Electrical and Electronics Engineering
August 29, 2024 2025-07-08 9:43Electrical and Electronics Engineering
Department
Affiliation
Approvals
Accreditation
Duration
Intake
Electrical & Electronics Engineering
VTU, Belagavi
AICTE & Govt. of Karnataka
NAAC & NBA
4 years (8 semesters)
60
Department
Electrical & Electronics Engineering
Affiliation
VTU, Belagavi
Approvals
AICTE
Duration
4 years (8 semesters)
Intake
60
The Department of Electrical and Electronics Engineering (EEE) was established in the academic year 2003-04 with an intake of 60. The program is approved by AICTE and affiliated to VTU, Belgaum. The program is accredited by NBA and NAAC. The department is committed to the academic and individual development of the students in enabling them to learn the current trends of Electrical & Electronics Engineering. The department has highly qualified and efficient faculty, with some members bringing valuable industry experience. The department has a student forum called “Spark Aura” which actively conducts various co-curricular and extracurricular activities. The department has been organizing several national and state-level conferences and student symposiums every year. In addition to workshops, seminars, and guest lectures, the department hosts hackathons and innovation challenges to further stimulate student engagement. It also provides platforms for students to collaborate on real-world problems with industry partners. The department invites projects from industries to be implemented by the students, enhancing their practical skills. With robust support from the placement cell, students have secured esteemed positions in reputed companies. The department has signed MOUs with several core companies such as AMPS, JLL, and PYRA WINDO, which enhances job opportunities and offers pathways to improve technical skills through hands-on projects and internships. Furthermore, these partnerships foster an environment of continuous learning and innovation, preparing students to excel in a rapidly evolving field. The department is also dedicated to supporting research initiatives and encourages students to participate in cutting-edge projects that contribute to advancements in electrical and electronics engineering. By maintaining strong connections with alumni and industry leaders, the department continuously adapts its curriculum to meet emerging industry needs and technological advancements.
The Department of Electrical and Electronics Engineering (EEE) was established in the academic year 2003-04 with an intake of 60. The program is approved by AICTE and affiliated to VTU, Belgaum. The program is accredited by NBA and NAAC. The department is committed to the academic and individual development of the students in enabling them to learn the current trends of Electrical & Electronics Engineering. The department has highly qualified and efficient faculty, with some members bringing valuable industry experience. The department has a student forum called “Spark Aura” which actively conducts various co-curricular and extracurricular activities. The department has been organizing several national and state-level conferences and student symposiums every year. In addition to workshops, seminars, and guest lectures, the department hosts hackathons and innovation challenges to further stimulate student engagement. It also provides platforms for students to collaborate on real-world problems with industry partners. The department invites projects from industries to be implemented by the students, enhancing their practical skills. With robust support from the placement cell, students have secured esteemed positions in reputed companies. The department has signed MOUs with several core companies such as AMPS, JLL, and PYRA WINDO, which enhances job opportunities and offers pathways to improve technical skills through hands-on projects and internships. Furthermore, these partnerships foster an environment of continuous learning and innovation, preparing students to excel in a rapidly evolving field. The department is also dedicated to supporting research initiatives and encourages students to participate in cutting-edge projects that contribute to advancements in electrical and electronics engineering. By maintaining strong connections with alumni and industry leaders, the department continuously adapts its curriculum to meet emerging industry needs and technological advancements.
Welcome to the Department of Electrical and Electronics Engineering, DBIT
It is an immense pleasure to welcome you to the Department of EEE, Don Bosco Institute of Technology, Bengaluru. Our basic philosophy of the department is to transform the dreams of students and parents into reality. It is our fervent hope that the years you spend at DBIT would enable you to equip with leadership and managerial skills. The knowledge that you will gain, the fine qualities that you will imbibe, and the technical skills that you acquire will be your major strengths to serve your parents, society, and the nation. Each student is personally nurtured with a governing support system to achieve his academic credentials.
Teaching and learning practices in the department are aimed at providing an impartial atmosphere of enthusiasm and excitement in learning. Students are encouraged to conduct and participate in a variety of programmes at individual and group levels to enhance their confidence level and team spirit. I, take the privilege of inviting you to be a part of DBIT for a rewarding learning experience.

Dr. R Anguraja
Advisory Board
Vision & Mission
Vision
- Aspire to be a center of excellence to impart value based education in the field of Electrical and Electronics Engineering to transform the young minds to serve the societal needs.
Mission
- M1: To provide theoretical and practical knowledge in the field of Electrical and Electronics Engineering.
- M2: To enhance the computational skills by usage of software tools.
- M3: To provide the learning environment to gain knowledge of Inter-disciplinary domains.
- M4: To collaborate with industry to facilitate learning beyond the curriculum.
Goals
Short Term Goals
- To improve the academic performance of students using innovative and creative methods of teaching.
- To strengthen the department infrastructure and human resources.
- To depute faculty and staff regularly for skill up-gradation.
- To conduct programs for students to acquire soft and technical skills and inculcate leadership qualities, research orientation.
- To conduct continuing education programmes and workshops/conferences for knowledge sharing with the outside world.
- To encourage research activities.
Long Term Goals
- To have more number of publications and patents in the emerging areas of Electrical and Electronics Engineering.
- To establish centers-of-excellence in Power System Optimized Planning and Design, High Voltage Technologies, Renewable Energy Systems, Control Systems.
- To offer consultancy services to industries.
- To establish and strengthen industry-institute interaction and offer solutions to industries.
- To take up sponsored projects from private and government organizations.
- To be among the best leading institutes in India and abroad and be recognized as the best department in terms of research and innovation.
- To create better entrepreneurs in the area of Electrical and Electronics Engineering.
Outcome Based Education
- PEO1: To demonstrate skills to realize the structures and services for societal needs using technological tools.
- PEO2: To plan, analyze, design, estimate and implement the project using codal provisions.
- PEO3: To exemplify ethics, leadership, entrepreneurship and environmental consciousness with emphasis on optimization of resources and services.
- PEO4: To be a lifelong learner with innovative practices for a successful career.
- PO1: Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
- PO2: Problem analysis: Identify, formulate, research literature, and analyse complex engineering problems to arrive at substantiated conclusions using the first principles of mathematics, natural sciences, and engineering sciences.
- PO3: Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health, safety, and the cultural, societal, and environmental considerations.
- PO4: Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis, and interpretation of data and synthesis of the information to provide valid conclusions.
- PO5: Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modelling to complex engineering activities with an understanding of the limitations.
- PO6: The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues, and the consequent responsibilities relevant to the professional engineering practice.
- PO7: Environment and sustainability: Understand the impact of professional engineering solutions in societal and environmental contexts and demonstrate the knowledge of sustainable development and its need.
- PO8: Ethics: Apply ethical principles and commit to professional ethics, responsibilities, and norms of the engineering practice.
- PO9: Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
- PO10: Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as being able to comprehend and write effective reports and documentation, make effective presentations to give and receive clear instructions.
- PO11: Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s work, as a member and leader in a team, to manage projects in multidisciplinary environments.
- PO12: Life-long learning: Recognize the need for, and have the zeal and ability to engage in independent and life-long learning in the broadest context of technological change.
- PSO1: Apply the fundamentals of mathematics, electrical and electronics engineering knowledge to formulate and solve the problems.
- PSO2: Use the tools and techniques to implement the solutions in the area of electrical and electronic systems.
- PSO3: Develop the ability of interpersonal skills for successful adaptation in multidisciplinary platforms.
Course Curriculum
III SEMESTER | IV SEMESTER | V SEMESTER | ||||||
---|---|---|---|---|---|---|---|---|
BMATE301 | Engineering Mathematics for EEE | BEE401 | Electric Motors | BXX501 | Engineering Management and Entrepreneurship | |||
BEE302 | Electric Circuit Analysis | BEE402 | Transmission and Distribution | BEE502 | Signals & DSP | |||
BEE303 | Analog Electronic Circuits | BEE403 | Microcontrollers | BEE503 | Power Electronics | |||
BEE304 | Transformers and Generators | BEEL404 | Electric Motors Lab | BEE504 | Power Electronics Lab | |||
BEEL305 | Transformers and Generators Lab | BEE405x | ESC/ETC/PLC | BEE515x | Professional Elective Course (Industry suggested course) | |||
BEE306x | ESC/ETC/PLC | BEE456x | Ability Enhancement Course/Skill Enhancement Course – IV | BEE586 | Mini Project | |||
BSCK307 | Social Connect and Responsibility | BBOK407 | Biology For Engineers | BRMK557 | Research Methodology and IPR | |||
BMATE301 | Engineering Mathematics for EEE | BUHK408 | Universal Human Values Course | BESK508 | Environmental Studies | |||
BEE358x | Ability Enhancement Course/Skill Enhancement Course – III | BNSK459 | National Service Scheme (NSS) | BNSK559 | National Service Scheme (NSS) | |||
BNSK359 | National Service Scheme (NSS) | BPEK459 | Physical Education (PE) (Sports and Athletics) | BPEK559 | Physical Education (PE) (Sports and Athletics) | |||
BPEK359 | Physical Education (PE) (Sports and Athletics) | BEEL456A | Basics of VHDL Lab | BEE515A | Vertical Elective –I: Power Engineering | |||
Engineering Science Course (ESC/ETC/PLC) | BEE306A | Digital Logic Circuits | BEEL456C | PCB Design Laboratory | BEE515B | Vertical Elective –II: Converters and Drives | ||
BEE306B | Electrical Measurements and Instrumentation | BEEL456B | Sci Lab/MATLAB for Electrical and Electronic Measurements | BEE515C | Vertical Elective –III: Embedded Systems | |||
BEE306C | Electromagnetic Field Theory | BEEL456D | Arduino & Raspberry PI Based Projects | BEE515D | Vertical Elective –IV: Electric Vehicle Technology | |||
BEE306D | Physics of Electronic Devices | Ability Enhancement Course – III | BEE405A | Electrical Power Generation and Economics | BEE515E | Vertical Elective –V: Electrical System Automation | ||
BEEL358A | SCI LAB/MATLAB for Transformers and Generators | BEE405B | Op-Amp and LIC | |||||
BEEL358C | Circuit Laboratory using P Spice | BEE405C | Engineering Materials | |||||
BEEL358B | 555 IC Laboratory | BEE405D | Object Oriented Programming | |||||
BEEL358D | Electrical Hardware Laboratory |
VI SEMESTER | VII SEMESTER | VIII SEMESTER | ||||||
---|---|---|---|---|---|---|---|---|
BEE601 | Power System Analysis I | BEE701 | Switchgear and Protection | BEE801x | Professional Elective (Online Courses) | |||
BEE602 | Control Systems | BEE702 | Industrial Drives and Applications | BEE802x | Open Elective (Online Courses) | |||
BEE613x | Professional Elective Course | BEE703 | Power System Analysis II | BEE803 | Internship (Industry/Research) (14 – 20 weeks) | |||
BEE654x | Open Elective Course | BEE714x | Professional Elective Course | Professional Elective Course | ||||
BEE685 | Project Phase I | BEE755x | Open Elective Course | BEE801A | Vertical Elective –I: Power Engineering | |||
BEEL606 | Control System Lab | BEE786 | Major Project Phase-II | BEE801B | Vertical Elective –II: Converters and Drives | |||
BEE657x | Ability Enhancement Course/Skill Development Course V | BEE701 | Switchgear and Protection | BEE801C | Vertical Elective –III: Embedded Systems | |||
BNSK658 | National Service Scheme (NSS) | Professional Elective Course | BEE801D | Vertical Elective –IV: Electric Vehicle Technology | ||||
BPEK658 | Physical Education (PE) (Sports and Athletics) | BEE714A | Vertical Elective –I: Power Engineering | BEE801E | Vertical Elective –V: Electrical System Automation | |||
BYOK658 | Yoga | BEE714B | Vertical Elective –II: Converters and Drives | Open Elective Course | ||||
Professional Elective Course | BEE613A | Vertical Elective –I: Power Engineering | BEE714C | Vertical Elective –III: Embedded Systems | BEE802A | Industry Suggested Course/MOOCS | ||
BEE613B | Vertical Elective –II: Converters and Drives | BEE714D | Vertical Elective –IV: Electric Vehicle Technology | BEE802B | Industry Suggested Course/MOOCS | |||
BEE613C | Vertical Elective –III: Embedded Systems | BEE714E | Vertical Elective –V: Electrical System Automation | BEE802C | NPTEL/MOOCS | |||
BEE613D | Vertical Elective –IV: Electric Vehicle Technology | Open Elective Course | BEE802D | NPTEL MOOCS | ||||
BEE613E | Vertical Elective –V: Electrical System Automation | BEE755A | Fundamentals of Electric Vehicles | |||||
Open Elective Course | BEE654A | Utilization of Electrical Power | BEE755B | Energy Conservation and Audit | ||||
BEE654B | Renewable Energy Sources | BEE755C | PLC and SCADA | |||||
BEE654E | Industry Suggested Course | BEE755D | Smart System Automation | |||||
BEE654C | Industrial Servo Control Systems | |||||||
BEE654D | Semiconductor Devices | |||||||
BEE654F | Industry Suggested Course | |||||||
Ability Enhancement Course/Skill Enhancement Course | BEE/L657A | Industry Suggested Course | ||||||
BEEL657B | Simulation of Control of Power Electronics Circuits | |||||||
BEE/L657E | Industry Suggested Course | |||||||
BEEL657C | Project on Energy Audit | |||||||
BEEL657D | Project on Renewable Energy |
III SEMESTER | IV SEMESTER | V SEMESTER | |||
---|---|---|---|---|---|
21MAT31 | Transform Calculus, Fourier Series and Numerical Technics | 21MAT41 | Complex Analysis, Probability and Statistical Methods | PCC 21EE51 | Transmission and Distribution |
21EE32 | Analog Electronic Circuits and Op-Amps | 21EE42 | Digital System Design | IPCC 21EE52 | Control Systems |
21EE33 | Electric Circuit Analysis | 21EE43 | Microcontroller | PCC 21EE53 | Power System Analysis – 1 |
21EE34 | Transformers and Generators | 21EE44 | Electric Motors | PCC 21EE54 | Power Electronics |
21EEL35 | Electrical Machines Laboratory – I | 21BE45 | Biology for Engineers | PCC 21EEL55 | Power Electronics Laboratory |
21UH36/49 | Social Connect and Responsibility | 21EEL46 | Electrical Machines Laboratory – II | AEC 21RMI56 | Research Methodology & Intellectual Property Rights |
21KSK37/47 | Samskrutika Kannada | 21KSK37/47 | Samskrutika Kannada | HSMC 21CIV57 | Environmental Studies |
21KBK37/47 | Balake Kannada | 21KBK37/47 | Balake Kannada | AEC 21EE58X | Ability Enhancement Course-V |
OR | OR | Ability Enhancement Course – V | |||
21CIP37/47 | Constitution of India and Professional Ethics | 21CIP37/47 | Constitution of India & Professional Ethics | 21EEL581 | Scilab for Analysis of Power Systems |
21EE38X | Ability Enhancement Course – II | 21EE48X | Ability Enhancement Course- IV | 21EEL582 | Scilab for Power Electronics |
Ability Enhancement Course – III | 21UH36/49 | Universal Human Values | 21EEP583 | Energy Audit Project | |
21EEL381 | Scilab for Transformers and Generators | 21INT49 | Inter/Intra Institutional Internship | 21EEP584 | Renewable Energy Project |
21EEL382 | Circuit Laboratory using Pspice | Ability Enhancement Course – IV | |||
21EEL383 | 555 IC Laboratory | 21EEP481 | Microcontroller Based Projects | ||
21EEL384 | Scilab for Mathematics | 21EEL482 | Scilab for Electric Motors | ||
21EEL483 | Scilab for Electrical and Electronic Measurements | ||||
21EEL484 | Simulation of Op-Amp Circuits |
VI SEMESTER | VII SEMESTER | VIII SEMESTER | |||
---|---|---|---|---|---|
HSMC 21EE61 | Management and Entrepreneurship | PCC 21EE71 | High Voltage and Power System Protection | Seminar 21EE81 | Technical Seminar |
IPCC 21EE62 | Power System Analysis – 2 | PCC 21EE72 | Power System Operation and Control | INT 21INT82 | Research Internship/Industry Internship |
PCC 21EE63 | Signals and Digital Signal Processing | PEC 21EE72X | Professional Elective Course-II | NCMC – 21NS83 | National Service Scheme (NSS) |
PEC 21EE64x | Professional Elective Course-I | PEC 21EE73X | Professional Elective Course-III | NCMC – 21PE83 | Physical Education (PE) (Sports and Athletics) |
OEC 21EE65x | Open Elective Course-I | OEC 21EE74X | Open Elective Course-II | NCMC – 21YO83 | Yoga |
PCC 21EEL66 | Digital Signal Processing Laboratory | Project 21EEP75 | Project Work | ||
MP 21EEMP67 | Mini Project | Open Electives – II offered by the Department of Electrical and Electronics Engineering to other Department Students | |||
INT 21INT68 | Innovation/Entrepreneurship/Societal Internship | 21EE741 | Carbon Capture and Storage | ||
Professional Elective – I | 21EE742 | Electric Vehicles | |||
21EE641 | Sensors and Transducers | 21EE743 | Disasters Management | ||
21EE642 | Electromagnetic Field Theory | 21EE744 | Electrical Power Quality | ||
21EE643 | Electrical Machine Design | 21EE745 | Energy Conservation and Audit | ||
21EE644 | Electrical Engineering Materials | Professional Elective – II | |||
Open Electives – I offered by the Department of Electrical and Electronics Engineering to other Department Students | 21EE721 | Power System Planning | |||
21EE651 | Utilization of Electrical Power | 21EE722 | Smart Grid | ||
21EE652 | Renewable Energy Resources | 21EE723 | ANN for Power Systems Applications | ||
21EE653 | Industrial Servo Control Systems | 21EE724 | Electric Vehicle Technologies | ||
21EE654 | Advanced Control Systems | 21EE725 | PLC and SCADA | ||
Professional Elective – III | 21EE731 | Computer Aided Electrical Drawing | |||
21EE732 | Micro- and Nano-Scale Sensors and Transducers | ||||
21EE733 | Big Data Analytics in Power Systems | ||||
21EE734 | Industrial Drives and Applications | ||||
21EE735 | FACTS and HVDC |
III SEMESTER | IV SEMESTER | V SEMESTER | |||
---|---|---|---|---|---|
18MAT31 | Transform Calculus, Fourier Series and Numerical Techniques | 18MAT41 | Complex Analysis, Probability And Statistical Methods | 18EE51 | Management and Entrepreneurship |
18EE32 | Electric Circuit Analysis | 18EE42 | Power Generation and Economics | 18EE52 | Microcontroller |
18EE33 | Transformers and Generators | 18EE43 | Transmission and Distribution | 18EE53 | Power Electronics |
18EE34 | Analog Electronic Circuits | 18EE44 | Electric Motors | 18EE54 | Signals and Systems |
18EE35 | Digital System Design | 18EE45 | Electromagnetic Field Theory | 18EE55 | Electrical Machine Design |
18EE36 | Electrical and Electronic Measurements | 18EE46 | Operational Amplifiers and Linear ICs | 18EE56 | High Voltage Engineering |
18EEL37 | Electrical Machines Laboratory – 1 | 18EEL47 | Electrical Machines Laboratory – 2 | 18EEL57 | Microcontroller Laboratory |
18EEL38 | Electronics Laboratory | 18EEL48 | Op-amp and Linear ICs Laboratory | 18EEL58 | Power Electronics Laboratory |
18KVK39/49 | Vyavaharika Kannada (Kannada for communication) | 18KVK39/49 | Vyavaharika Kannada (Kannada for communication) | 18CIV59 | Environmental Studies |
18KAK39/49 | Aadalitha Kannada (Kannada for Administration) | 18KAK39/49 | Aadalitha Kannada (Kannada for Administration) | ||
OR | OR | ||||
18CPC39 | Constitution of India, Professional Ethics and Cyber Law | 18CPC39 | Constitution of India, Professional Ethics and Cyber Law |
VI SEMESTER | VII SEMESTER | VIII SEMESTER | |||
---|---|---|---|---|---|
18EE61 | Control Systems | 18EE71 | Power System Analysis – 2 | 18EE81 | Power System Operation and Control |
18EE62 | Power System Analysis – 1 | 18EE72 | Power System Protection | 18EE82X | Professional Elective – 4 |
18EE63 | Digital Signal Processing | 18EE73X | Professional Elective – 2 | 18EEP83 | Project Work Phase – 2 |
18EE64X | Professional Elective -1 | 18EE74X | Professional Elective – 3 | 18EES84 | Technical Seminar |
18EE65X | Open Elective -A | 18EE75X | Open Elective -B | 18EEI85 | Internship |
18EEL66 | Control System Laboratory | 18EEL76 | PSS Laboratory | ||
18EEL67 | Digital Signal Processing Laboratory | 18EEL77 | Relay & HV Lab | ||
18 EEMP68 | Mini-project | 18EEP78 | Project Work Phase – 1 | ||
— | Internship | — | Internship | 18EE821 | FACTs and HVDC Transmission |
Professional Elective -1 | Professional Elective – 2 | 18EE822 | Electrical Estimation and Costing | 18EE823 | Electric Vehicles Technologies |
Course code under 18EE64X | Course code under 18EE73X | 18EE824 | Power System Planning | 18EE825 | Electrical Power Quality |
18EE641 | Introduction to Nuclear Power | 18EE731 | Solar and Wind Energy | 18EE832 | Sensors and Transducers |
18EE642 | Electrical Engineering Materials | 18EE732 | Sensors and Transducers | 18EE833 | Integrated of Distribution Generation |
18EE643 | Computer Aided Electrical Drawing | 18EE733 | Integrated of Distribution Generation | 18EE834 | Advanced Control Systems |
18EE644 | Embedded System | 18EE734 | Advanced Control Systems | 18EE835 | Reactive Power Control in Electric Power Systems |
18EE645 | Object Oriented Programming using C++ | 18EE735 | Reactive Power Control in Electric Power Systems | ||
Open Elective -A | Professional Electives – 3 | Course code under 18EE65X | Course code under 18EE74X | ||
18EE651 | Industrial Servo Control Systems | 18EE741 | Industrial Drives and Application | 18EE751 | Industrial Motors and Control |
18EE652 | PLC and SCADA | 18EE742 | Utilization of Electrical Power | 18EE752 | Sensors and Transducers |
18EE653 | Renewable Energy Systems | 18EE743 | PLC and SCADA | 18EE753 | Electric Vehicles |
18EE654 | Testing and Commissioning of Electrical Equipment | 18EE744 | Smart Grid | 18EE754 | Energy Conservation and Audit |
18EE745 | Artificial Neural Network With Applications to Power Systems |
Course Outcome
3rd Semester | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Mathematics-III for EE Engineering | BMATE 301 | 201.1 | Able to understand that physical systems can be described by differential equations and solve such equations |
201.2 | Able to make use of correlation and regression analysis to fit a suitable mathematical model for statistical data | |||
201.3 | Able to demonstrate the Fourier series to study the behaviour of periodic functions and their applications in system communications, digital signal processing, and field theory. | |||
201.4 | Able to use Fourier transforms to analyse problems involving continuous-time signals and to apply Z-Transform techniques to solve difference equations | |||
201.5 | Able to apply discrete and continuous probability distributions in analysing the probability models arising in the engineering field. Demonstrate the validity of testing the hypothesis. | |||
2 | Electric Circuit Analysis | BEE302 | C202.1 | Able to understand and apply star-delta transformation, Source-transformation, nodal and mesh analysis to solve complex problems. |
C202.2 | Able to solve complex circuits using network theorems, evaluate performance of two-port networks and solve unbalanced three-phase systems. | |||
C202.3 | Able to solve series and parallel circuits under resonance, perform transient analysis and synthesize typical waveforms using Laplace Transform. | |||
3 | Analog Electronic Circuits | BEE303 | C203.1 | Able to obtain the output characteristics of clipper and clamper |
C203.2 | Able to design and compare biasing circuits for transistor amplifier switching | |||
C203.3 | Able to explain the concept of feedback ,its types and design of feedback circuits | |||
C203.4 | Able to design and analyse the power amplifier ,FET ,MOSFET & Oscillators | |||
C203.5 | Able to demonstrate various applications of op-amps | |||
4 | Transformer & Generators | BEE303 | C204.1 | Able to understand the construction and working principle of single phase & three phase transformers and its parallel operation. |
C204.2 | Able to understand and explain the construction working and analysis of synchronous generators. | |||
C204.3 | Able to explain the construction, working of solar and wind generators | |||
5 | Transformers and Generators Lab | BEEL305 | C205.1 | Able to Conduct test on transformers and synchronous machines and their performance |
C205.2 | Able to verify the performance of synchronous generator | |||
C205.3 | Able to calculate the voltage regulation of an alternator using different methods | |||
6 | Digital Logic Circuits | BEE306A | C206.1 | Able to develop simplified switching equation using K Map and Quine MC clusky techniques. |
C206.2 | Able to design multiplexer, Encoder, decoder, adder, subtractor and comparators as digital combinational control circuits | |||
C206.3 | Able to design flip-flops, counter, shift register as sequential control circuits | |||
C206.4 | Able to develop mealy/moore models and state diagrams for the given clocked sequential circuit and explain the functioning of different types of memories | |||
7 | Social Connect & Responsibility | BSCK307 | C207.1 | Able to communicate and connect to the surrounding. |
C207.2 | Able to create a responsible connection with the society. | |||
C207.3 | Able to involve in the community in general in which they work. | |||
C207.4 | Able to notice the needs and problems of the community and involve them in problem –solving. | |||
C207.5 | Able to develop among themselves a sense of social & civic responsibility & utilize their knowledge in finding practical solutions to individual and community problems. | |||
C207.6 | Able to develop competence required for group-living and sharing of responsibilities & gain skills in mobilizing community participation to acquire leadership qualities and democratic attitudes. | |||
8 | CIRCUIT LAB USING PSPICE | BEEL358C | C208.1 | Able to design & simulate KVL & KCL |
C208.2 | Able to design and simulate various theorems | |||
C208.3 | Able to Design & simulate Resonance | |||
C208.4 | Able to Design & simulate Two port network |
4th Semester | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Electric Motors | BEE401 | C211.1 | Able to Explain the construction and operation, characteristics, testing of DC motors and determine losses and efficiency |
C211.2 | Able to Explain the construction and operation of three-phase IM along with its classification. | |||
C211.3 | Able to Explain the performance characteristics of three-phase IMs and demonstrate its speed control, and explain operation of single-phase IM with its types. | |||
C211.4 | Able to Explain the construction and operation of synchronous motors, Universal motors, BLDC motor and other special motors. | |||
2 | Transmission and Distribution | BEE402 | C212.1 | Able to explain the structure of electrical power system and its components, Sag, types of insulators & string efficiency. |
C212.2 | Able to Explain the various transmission line parameters & to evaluate the performance of transmission lines. | |||
C212.3 | Able to Explain corona, underground cables and its construction, classification, limitation. | |||
C212.4 | Able to evaluate the different types of distribution systems. | |||
3 | MICROCONTROLLER | BEE403 | C213.1 | Able to Describe 8051 architecture, registers, internal memory organization, addressing modes, instruction. |
C213.2 | Able to Write assembly and C program for ALU operations, data conversions, accessing data and I/O port programming. | |||
C213.3 | Able to Summarize basics of Serial Communication & interrupts & develop 8051 programs for the same. | |||
C213.4 | Able to Interface 8051 to work with external devices for ADC, DAC, sensors, stepper motor, DC motor, LCD, Keyboard, Elevator using ALP & C. | |||
4 | Electric Motors Lab | BEEL404 | C214.1 | Perform tests on DC machine to determine their characteristics. |
C214.2 | Control the speed of DC motor using different methods. | |||
C214.3 | Conduct load test on single phase and three-phase IM and draw performance characteristics. | |||
C214.4 | Conduct test on Synchronous motor to draw performance curves. | |||
C214.5 | Analyze the performance of DC motor and three-phase IM using MATLAB / Simulink. | |||
5 | Electrical Power Generation and Economics | BEE405A | C215a.1 | Explain the basics of hydroelectric power plant, merits and demerits of hydroelectric power plants, site selection, arrangement and elements of hydroelectric plant. |
C215a.2 | Explain the working, site selection and arrangement of Steam, Diesel and Gas Power Plants. | |||
C215a.3 | Explain the working, site selection and arrangement of Nuclear Power Plants. | |||
C215a.4 | Explain the importance of different equipment’s in substation, Interconnection of power stations and different types of grounding. | |||
C215a.5 | Explain the economics of power generation. | |||
6 | OPAMPS and LIC | BEE405B | C215b.1 | Describe the characteristics of ideal and practical operational Amplifier. |
C215b.2 | Design Filters and signals generators using Linear ICS | |||
C215b.3 | Demonstration and application of Linear IC’s of comparators and rectifiers | |||
7 | Sci Lab / MATLAB for Electrical and Electronic Measurements | BEEL456B | C216.1 | To measure the Resistance, Inductance and Capacitance using Bridges |
C216.2 | To Analyse and measure the frequency, power and energy in 3-phase circuits | |||
C216.3 | To Design and Analyse RMS meters, Digital volt meters and Q-meters | |||
C216.4 | To Test and analyse CT’S and PT’S using Silsbee’s method. | |||
8 | Biology for Engineers | BBOK407 | C217.1 | Elucidate the basic biological concepts via relevant industrial applications and case studies |
C217.2 | Evaluate the principles of design and development, for exploring novel bioengineering projects | |||
C217.3 | Corroborate the concepts of biomimetic for specific requirements | |||
C217.4 | Think critically towards exploring innovative bio based solutions for socially relevant problems | |||
9 | Universal Human Values | BUHK409 | C219.1 | They would become more responsible in life, and in handling problems with sustainable solutions, while keeping human relationships and human nature in mind. |
C219.2 | They would have better critical ability. | |||
C219.3 | They would also become sensitive to their commitment towards what they have understood (human values, human relationship and human society). | |||
C219.4 | It is hoped that they would be able to apply what they have learnt to their own self in different day-to-day settings in real life, at least a beginning would be made in this direction |
Fifth Semester | ||||
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Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Engineering Management and Entrepreneurship | BEE501 | C301.1 | Able to understand the fundamental concepts of management and its functions. |
C301.2 | Able to understand different functions to be performed by managers. | |||
C301.3 | Able to understand social responsibilities of a business. | |||
C301.4 | Able to understand the concept of entrepreneurship and to identify business opportunities. | |||
C301.5 | Able to understand the components in developing business plan and awareness about various sources of funding institutions supporting entrepreneurship. | |||
2 | Signals & DSP | BEE502 | C302.1 | Conduct the sampling of signals in time and frequency domains. |
C302.2 | Evaluate the impulse response of a system. | |||
C302.3 | Obtain the convolution of given sequences to evaluate the response of a system. | |||
C302.4 | Compute the DFT and IDFT of a given sequence using the basic definition and/or fast methods. | |||
C302.5 | Provide a solution for a given difference equation. | |||
C302.6 | Design and implement IIR and FIR filters. | |||
3 | Power Electronics | BEE503 | C303.1 | Explain the applications of power electronics, different types of power semiconductor devices, their switching characteristics, power diode characteristics, types, their operation and effects, design and analysis of single phase diode rectifier circuits. |
C303.2 | Understand and remember different power transistors, their steady state and switching characteristics and limitations. | |||
C303.3 | Remember different types of Thyristors, design and analyse their gate characteristics and gate control requirements. | |||
C303.4 | Design & analyse techniques, performance parameters and characteristics of controlled rectifiers and Voltage controllers. | |||
C303.5 | Design & analyse DC- DC, DC -AC converters. | |||
4 | Power Electronics Lab | BEEL504 | C304.1 | Obtain static characteristics of semiconductor devices to discuss their performance. |
C304.2 | Trigger the SCR by different methods. | |||
C304.3 | Verify the performance of single phase controlled full wave rectifier and AC voltage controller with R and RL loads. | |||
C304.4 | Control the speed of a dc motor, universal motor and stepper motors. | |||
C304.5 | Verify the performance of single phase controlled full bridge inverter connected to resistive load. | |||
5 | High Voltage Engineering | BEE515A | C306.1 | Explain conduction and breakdown phenomenon in gases, liquid dielectrics, and solid dielectrics. |
C306.2 | Explain generation of high voltages and currents. | |||
C306.3 | Discuss measurement techniques for high voltages and currents. | |||
C306.4 | Discuss overvoltage phenomenon and insulation coordination in electric power systems and testing of Electrical apparatus. | |||
6 | Mini Project | BEE586 | C306.1 | Students will be able to practice acquired knowledge within the chosen area of technology for project development. |
C306.2 | Identify, discuss and justify the technical aspects of the chosen project with a comprehensive and systematic approach. | |||
C306.3 | Reproduce, improve and refine technical aspects for engineering projects. | |||
C306.4 | Work as an individual or in a team in development of technical projects. | |||
C306.5 | Communicate and report effectively project related activities and findings. | |||
7 | Research Methodology & Intellectual Property Rights | BRMK557 | C306.1 | Able to understand the meaning of research and ethics in engineering research. |
C306.2 | Able to understand the procedure of Literature Review, attributions and Citations. | |||
C306.3 | Able to Understand the fundamentals of patent laws and drafting procedure. | |||
C306.4 | Able to Understanding the laws and subject matters related to copyrights and basic principles of Industrial Design. | |||
C306.5 | Able to Understanding Geographical Indications of India, Study interesting Case Studies on Patents and Schemes and Programmes related to IP Organizations In India. | |||
8 | Environmental Studies | BESK508 | C307.1 | Able to understand the principles of ecology and environmental issues that apply to air, land, and water issues on a global scale. |
C307.2 | Able to develop critical thinking and/or observation skills, and apply them to the analysis of a problem or questions related to the environment. | |||
C307.3 | Able to apply their ecological knowledge to illustrate and graph a problem and describe the realities that managers face when dealing with complex issues. |
Third Semester | ||||
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Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Transform Calculus, Fourier Series and Numerical Techniques | 21MAT31 | C201.1 | Know the use of periodic signals and Fourier series to analyse circuits and system communications |
C201.2 | Explain the general linear system theory for continuous time signals and digital signal processing using the Fourier Transform and Z- Transforms | |||
C201.3 | Employ appropriate numerical Methods to solve algebraic and transcendental equations | |||
C201.4 | Apply Greens theorem, Divergence theorem and Stokes theorem in various applications in the field of electro-magnetic and flow problems | |||
C201.5 | Determine the extremals of functions and solve the simple problems of the calculus of variations | |||
2 | Analog Electronic Circuits & Op-Amps | 21EE32 | C202.1 | Obtain the output characteristics of clipper and clamper |
C202.2 | Design and compare biasing circuits for transistor amplifier switching | |||
C202.3 | Explain the concept of feedback, its types, and design of feedback circuits | |||
C202.4 | Design and analyze the power amplifier, FET, MOSFET & Oscillators | |||
C202.5 | Demonstrate various applications of op-amps | |||
3 | Electric Circuit Analysis | 21EE33 | C203.1 | Understand the basic concepts, basic laws and methods of analysis of DC and AC networks and reduce the complexity of network using source shifting, source transformation and network reduction using transformations. |
C203.2 | Solve complex electric circuits using network theorems. | |||
C203.3 | Discuss resonance in series and parallel circuits and also the importance of initial conditions and their evaluation. | |||
C203.4 | Synthesize typical waveforms using Laplace transformation. | |||
C203.5 | Solve unbalanced three-phase systems and also evaluate the performance of two-port networks. | |||
4 | Transformer & Generators | 21EE34 | C204.1 | To Understand the construction and operation of single-phase Transformers performance. |
C204.2 | To understand the performance of three-phase transformers and concepts of DC machines. | |||
C204.3 | To understand the performance of AC machines. | |||
5 | ELECTRICAL MACHINE LAB – 1 | 21EEL35 | C205.1 | To Evaluate the performance of single-phase & Three-phase Transformer and its operation |
C205.2 | To Compute the voltage regulation of synchronous generator. | |||
C205.3 | Evaluate the performance & Power angle curve of synchronous generators from the test data. | |||
6 | Social Connect & Responsibility | 21SCR36 | C206.1 | Communicate and connect to the surrounding. |
C206.2 | Create a responsible connection with the society. | |||
C206.3 | Involve in the community in general in which they work. | |||
C206.4 | Notice the needs and problems of the community and involve them in problem-solving. | |||
C206.5 | Develop among themselves a sense of social & civic responsibility & utilize their knowledge in finding practical solutions to individual and community problems. | |||
C206.6 | Develop competence required for group-living and sharing of responsibilities & gain skills in mobilizing community participation to acquire leadership qualities and democratic attitudes. | |||
7 | Constitution of India and Professional Ethics | 21CIP37 | C207.1 | Analyse the basic structure of Indian Constitution |
C207.2 | Remember their Fundamental Rights, DPSP’s and Fundamental Duties (FD’s) of our constitution. | |||
C207.3 | Know about our Union Government, political structure & codes, procedures. | |||
C207.4 | Understand our State Executive & Elections system of India. | |||
C207.5 | Remember the Amendments and Emergency Provisions, other important provisions given by the constitution. | |||
8 | Circuit Lab Using PSPICE | 21EEL382 | C208.1 | Able to design & simulate KVL & KCL |
C208.2 | Able to design and simulate various theorems | |||
C208.3 | Able to Design & simulate Resonance | |||
C208.4 | Able to Design & simulate Two port network |
Fourth Semester | ||||
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Sl. No | Course Title | Course Code | Course Outcomes (CO) | |
1 | Complex Analysis, Probability and Statistical Methods | 21MAT41 | C211.1: Use the concepts of analytic function and complex potentials to solve the problems arising in electromagnetic field theory. C211.2: Utilize conformal transformation and complex integral arising in aerofoil theory, fluid flow visualization and image processing. C211.3: Apply discrete and continuous probability distributions in analyzing the probability models. C211.4: Make use of the correlation and regression analysis to fit a suitable mathematical model for statistical data. C211.5: Construct joint probability distributions and demonstrate the validity of testing the hypothesis. | |
2 | Digital System Design | 21EE42 | C212.1: Develop simplified switching equation using K Map and Quine McClusky techniques. C212.2: Design multiplexer, Encoder, decoder, adder, subtractor and comparators as digital combinational control circuits. C212.3: Design flipflops, counter, shift register as sequential control circuits. C212.4: Develop mealy/moore models and state diagrams for the given clocked sequential circuit and explain the functioning of different types of memories. | |
3 | MICROCONTROLLER | 21EE43 | C213.1: Describe 8051 architecture, registers, internal memory organization, addressing modes, instruction. C213.2: Write assembly and C program for ALU operations, data conversions, accessing data and I/O port programming. C213.3: Summarize basics of Serial Communication & interrupts & develop 8051 programs for the same. C213.4: Interface 8051 to work with external devices for ADC, DAC, sensors, stepper motor, DC motor, LCD, Keyboard, Elevator using ALP & C. | |
4 | Electric Motors | 21EE44 | C214.1: Explain the classification of DC motors, different methods of speed control and determine the efficiency. C214.2: Explain different tests conducted on dc motors, determine various parameters from the tests conducted and explain torque-slip characteristics of three-phase IM in different regions. C214.3: Explain no-load and blocked-rotor tests on three-phase IM, determine its equivalent circuit parameters and evaluate the performance of 3-phase IM from circle diagram. C214.4: Explain different methods of starting and speed control of three-phase IM and construction and operation of single-phase IM. C214.5: Explain the operation of SMs, V and inverted V curves and construction & operation of special motors. | |
5 | Biology for Engineers | 21BE45 | C215.1: Elucidate the basic biological concepts via relevant industrial applications and case studies. C215.2: Evaluate the principles of design and development, for exploring novel bioengineering projects. C215.3: Corroborate the concepts of biomimetic for specific requirements. C215.4: Think critically towards exploring innovative bio-based solutions for socially relevant problems. | |
6 | ELECTRICAL MACHINE LAB – II | 21EEL46 | C216.1: To determine the performance characteristics and control of speed of DC Machines. C216.2: To Perform test on Induction motor and their characteristics. C216.3: To Conduct test on synchronous motor and their performance curves. | |
7 | Samskrutika Kannada | 21KSK47 | C217.1: To introduce Kannada Language, literature and culture. C217.2: To attach a desire for Pre-modern and Modern Kannada Literary works and culture. C217.3: To understand and mention about people associated with Kannada. C217.4: To use the Administrative and Common words associated with Administrative Kannada. | |
8 | Op-Amp Lab | 21EE484 | C218.1: To design and simulate full wave rectifier voltage follower and frequency response of inverting non-inverting op-amp amplifiers. C218.2: To design and simulate oscillator and schmitt trigger circuit. C218.3: To design and simulate voltage comparator, different methods of waveform generation based on Op-Amp. C218.4: To design and simulate the response of filters and generate various signal waveforms. C218.5: To design and analyze DAC, ADC and Op-Amp instrument amplifier. | |
9 | Universal Human Values | BUHK409 | C219.1: They would become more responsible in life, and in handling problems with sustainable solutions, while keeping human relationships and human nature in mind. C219.2: They would have better critical ability. C219.3: They would also become sensitive to their commitment towards what they have understood (human values, human relationship and human society). C219.4: It is hoped that they would be able to apply what they have learnt to their own self in different day-to-day settings in real life, at least a beginning would be made in this direction. | |
10 | Inter/Intra Institutional Internship | 21INT49 | C219B.1: Student is able to construct the company profiles by compiling the brief history management structure, achievement. C219B.2: Able to learn assess its strength, threat, opportunities. C219B.3: Able to determine the challenges and future potential for organization in particular and in general. C219B.4: Able to learn theory and practical situations by accompanying tasks during the period. |
Fifth Semester | ||||
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Sl. No | Course Title | Course Code | Course Outcomes (CO) | |
1 | Transmission and Distribution | 21EE51 | C301.1: Able to explain the importance of transmission and distribution systems, types of insulators, analyse & compute the parameters of transmission lines. C301.2: Able to assess the performance of the overhead line, interpret corona & use of underground cables. C301.3: Able to explain the classification of types of distribution system examine its quality & reliability. |
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2 | Control Systems | 21EE52 | C302.1: Analyse and model electrical and mechanical systems using analogous methods. C302.2: Formulate triangular functions using block diagram and signal flow graphs. C302.3: Analyse the stability of control systems ability to determine transient and steady state time response. C302.4: Illustrate the performance of a given system in time and frequency domains, stability analysis. C302.5: Discuss stability analysis using Bode, Nyquist plot design and compensator for a given specification. |
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3 | Power System Analysis – 1 | 21EE53 | C303.1: Able to model the power system components & construct PU impedance diagram of power system. C303.2: Able to analyse 3-phase symmetrical faults on power system. C303.3: Able to compute unbalanced phasor in terms of sequence components & vice versa & also develop sequence networks. C303.4: Able to develop various unsymmetrical faults in power system. C303.5: Able to examine dynamics of synchronous machines & determine the power system stability. |
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4 | Power Electronics | 21EE54 | C304.1: Able to explain the applications of power electronics, different types of power semiconductor devices, their switching characteristics, power diode characteristics, types, their operation and effects, design and analysis of single-phase diode rectifier circuits. C304.2: Able to understand and remember different power transistors, their steady state and switching characteristics and limitations. C304.3: Able to remember different types of Thyristors, design and analyse their gate characteristics and gate control requirements. C304.4: Able to design & analyse techniques, performance parameters and characteristics of controlled rectifiers and voltage controllers. C304.5: Able to design & analyse DC-DC, DC-AC converters. |
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5 | Power Electronics Laboratory | 21EEL55 | C305.1: Able to obtain static characteristics of semiconductor devices to discuss their performance. C305.2: Able to trigger the SCR by different methods. C305.3: Able to verify the performance of single-phase controlled full wave rectifier and AC voltage controller with R and RL loads. C305.4: Able to control the speed of a DC motor, universal motor and stepper motors. C305.5: Able to verify the performance of single-phase controlled full bridge inverter connected to resistive load. |
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6 | Research Methodology & Intellectual Property Rights | 21RMI56 | C306.1: Able to understand the meaning of research and ethics in engineering research. C306.2: Able to understand the procedure of Literature Review, attributions and Citations. C306.3: Able to understand the fundamentals of patent laws and drafting procedure. C306.4: Able to understand the laws and subject matters related to copyrights and basic principles of Industrial Design. C306.5: Able to understand Geographical Indications of India, study interesting Case Studies on Patents and Schemes and Programmes related to IP Organizations in India. |
|
7 | Environmental Studies | 21CIV57 | C307.1: Able to understand the principles of ecology and environmental issues that apply to air, land, and water issues on a global scale. C307.2: Able to develop critical thinking and/or observation skills, and apply them to the analysis of a problem or questions related to the environment. C307.3: Able to apply their ecological knowledge to illustrate and graph a problem and describe the realities that managers face when dealing with complex issues. |
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8 | Energy Audit Project | 21EEP583 | C308.1: Able to analyze the data collected for energy audit of a building or industry or organization. C308.2: Able to perform comparative analysis with and without energy audit. C308.3: Able to analyze the energy saving measures to be considered with economy considerations. C308.4: Able to analyze in a systematic way, think better, and perform better. |
Sixth Semester | ||||
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Sl. No | Course Title | Course Code | Course Outcomes (CO) | |
1 | Management and Entrepreneurship | 21EE61 | C311.1: Able to explain the field of management, task of the manager, planning and steps in decision making. C311.2: Able to discuss the structure of organization, importance of staffing, leadership styles, modes of communication, and techniques of coordination and importance of managerial control in business. C311.3: Able to explain the concepts of entrepreneurship and a businessman’s social responsibilities towards different groups. C311.4: Able to understand the role of SSI’s in the development of country and state/central level institutions/agencies supporting business enterprises. C311.5: Able to discuss the concepts of project management, capital budgeting, project feasibility studies, need for project report and new control techniques. |
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2 | Power System Analysis – 2 | 21EE62 | C312.1: Able to formulate Network Matrices and model for solving Load flow problems. C312.2: Able to perform steady state power flow analysis using numerical iterative techniques. C312.3: Able to analyse issues of economic load dispatch and Unit commitment Problems. C312.4: Able to analyse SC faults in power system networks using Bus impedance matrix and apply point by point method and Runge-Kutta method to solve swing equation. |
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3 | Signals and Digital Signal Processing | 21EE63 | C313.1: Able to discuss classification and basic operation that can be performed on both continuous and discrete time signals. C313.2: Able to evaluate DFT of a sequence and convolution of two sequences to determine the output sequence. C313.3: Able to evaluate the DFT of a sequence using fast methods. C313.4: Able to design Butterworth and Chebyshev IIR digital filters and FIR filters using different techniques. C313.5: Able to develop different structures for IIR and FIR filters. |
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4 | Sensors and Transducers | 21EE641 | C314.1: Ability to classify transducers, working of transducers and sensors and selection of sensor technology. C314.2: Ability to analyze the signal conditioning equipment, data transmission & telemetry and illustrate different configurations of data acquisition system and data conversion. C314.3: Ability to measure non-electrical quantities like temperature, flow, speed, force, torque, power, and viscosity. |
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5 | Introduction to Cyber Security | 21CS653 | C315.1: Able to describe the cybercrime terminologies. C315.2: Able to analyze cybercrime in mobiles and wireless devices along with the tools for Cybercrime and prevention. C315.3: Able to analyze the motive and causes for cybercrime, cybercriminals, and investigators. C315.4: Able to apply the methods for understanding criminal cases and evidence, detection standing criminal case and evidence. |
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6 | Introduction to Database Management Systems | 21EE652 | C315.1: Able to identify, analyze and define database objects, enforce integrity constraints on a database using RDBMS. C315.2: Able to use Structured Query Language (SQL) for database manipulation. C315.3: Able to design and build simple database systems. C315.4: Able to develop applications to interact with databases. |
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7 | Digital Signal Processing Laboratory | 21EEL66 | C316.1: Able to conduct the sampling of signals in time and frequency domains. C316.2: Able to evaluate the impulse response of a system. C316.3: Able to obtain the convolution of given sequences to evaluate the response of a system. C316.4: Able to compute the DFT and IDFT of a given sequence using the basic definition and/or fast methods. C316.5: Able to provide a solution for a given difference equation. C316.6: Able to design and implement IIR and FIR filters. |
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8 | Mini Project | 21EEMP67 | C317.1: Students will be able to practice acquired knowledge within the chosen area of technology for project development. C317.2: Able to identify, discuss and justify the technical aspects of the chosen project with a comprehensive and systematic approach. C317.3: Able to reproduce, improve and refine technical aspects for engineering projects. C317.4: Able to work as an individual or in a team in development of technical projects. C317.5: Able to communicate and report effectively project related activities and findings. |
Seventh Semester | ||||
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Sl. No | Course Title | Course Code | Course Outcomes (CO) | |
1 | High Voltage and Power System Protection | 21EE71 | C401.1: Able to apply the knowledge of dielectric property for insulation, its performances as per standards and high voltage application in power system equipment. C401.2: Able to analyze the circuits of high voltages, high currents in generation and measurements. C401.3: Able to apply relays to the power system protection. C401.4: Able to discuss the construction, operating principles, and performances of circuit breakers. C401.5: Able to discuss protection of generators, motors, transformers, and bus zone protection. C401.6: Able to describe the causes of over voltages and their remedial measures. |
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2 | Power System Operation and Control | 21EE72 | C402.1: Able to describe various levels of controls in the power system, architecture, and configuration. C402.2: Able to develop & analyze mathematical models of ALFC, AGC interconnected power systems. C402.3: Able to discuss the control of voltage, reactive power, and voltage collapse. C402.4: Able to explain security, contingency analysis, and state estimation of power systems. |
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3 | Electric Vehicle Technologies | 21EE724 | C403.1: Able to explain the basics of Electric and Hybrid Electric vehicles, their architecture, technologies, and fundamentals. C403.2: Able to explain the use of different energy storage devices used for hybrid electric vehicles, their technologies, and control, and select appropriate technology. C403.3: Able to analyze the use of different power converter topology and develop the electric propulsion unit and its control for Electric vehicle applications. C403.4: Able to design Series Hybrid Electric Drive Train and Parallel Hybrid Electric Drive Train vehicles. C403.5: Able to design converters for battery charging and explain transformer-less topology. |
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4 | Industrial Drives and Applications | 21EE734 | C403.1: Able to explain the advantages, choice, and control of electric drive. C403.2: Able to explain the dynamics, generating and motoring modes of operation of electric drives. C403.3: Able to explain the selection of motor power rating to suit industry requirements. C403.4: Able to analyze the performance & control of DC motor drives using controlled rectifiers. C403.5: Able to analyze the performance & control of converter-fed Induction motor, synchronous motor & stepper motor drives. |
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5 | Introduction to AIML | 21CS752 | C405.1: Able to design intelligent agents for solving simple gaming problems. C405.2: Able to have a good understanding of machine learning in relation to other fields and fundamental issues and challenges of machine learning. C405.3: Able to understand data and apply machine learning algorithms to predict the outputs. C405.4: Able to model the neuron and neural network, and to analyze ANN learning and its applications. |
1st Semester (Physics Cycle) | ||||
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Sl. No | Subject Name | Subject Code | Course Code | Course Outcomes (CO) |
1 | Calculus and Linear Algebra | 18MAT11 | C101 | C101.1: Apply the knowledge of calculus to solve problems related to polar curves and in determining the bentness of curve. C101.2: Learn the notion of partial differentiation, calculate rates of change of multivariate functions and solve problems related to composite functions and Jacobians. C101.3: Apply the concept of change of order of integrations and variables to evaluate multiple integrals and their usage in computing the area and volumes. C101.4: Solve first order linear/nonlinear differential equations analytically using standard methods. C101.5: Make use of matrix theory for solving system of linear equations and compute Eigen values and Eigen vectors required for matrix diagonalization process. |
2 | Engineering Physics | 18PHY12 | C102 | C102.1: Understand various types of oscillations and their implications, the role of shock waves in various fields. C102.2: Recognize the elastic properties of materials for engineering. C102.3: Realize the interrelation between time varying electric field and magnetic field, the transverse nature of the EM waves and their role in optical fiber communication. C102.4: Compute Eigen values, Eigen functions for a particle using Time independent 1-D Schrodinger’s wave equation. Apprehend the principle of laser, working of different types of lasers and applications. C102.5: Understand various electrical and thermal properties of materials like conductors, semiconductors and dielectrics using different theoretical models. |
3 | Basic Electrical Engineering | 18ELE13 | C103 | C103.1: Analyse Basic DC and AC Electric Circuits. C103.2: Able to explain the principle of operation, construction of 1-phase transformer, AC and DC machines. C103.3: Able to explain the concept of wiring, protective devices and earthing. |
4 | Elements of Civil Engineering & Mechanics | 18CIV14 | C104 | C104.1: Mention the applications of various fields of Civil Engineering. C104.2: Compute the resultant of given force system subjected to various loads. C104.3: Comprehend the action of Forces, Moments and other loads on systems of rigid bodies and compute the reactive forces that develop as a result of the external loads. C104.4: Locate the Centroid and compute the Moment of Inertia of regular and built-up sections. C104.5: Express the relationship between the motion of bodies and analyse the bodies in motion. |
5 | Engineering Graphics | 18EGDL15 | C105 | C105.1: Able to understand and visualize the Points, lines and planes with manual and computer aided drafting. C105.2: Able to analyze the shape and size of different solids using orthographic projections by manual and computer aided tools. C105.3: Able to create 3D isometric view of objects and development of lateral surfaces and truncated shapes of the solids by manual and Solid Edge software. |
6 | Engineering Physics Lab | 18PHYL16 | C106 | C106.1: Recall the concepts of interference of light, diffraction of light, Fermi energy. C106.2: Understand the principles of operations of optical fibers and semiconductor devices such as photodiode, and NPN transistor, and frequency response of LCR circuits. C106.3: Determine elastic modulii and moment of inertia of given materials with the help of suggested procedures. C106.4: Gain practical knowledge of Magnetic field intensity due to current and spring constant of a spring. C106.5: Understand the importance of measurement procedures, honest recording and representing the data, reproduction of final results. |
7 | Basic Electrical Engg. Lab | 18ELEL17 | C107 | C107.1: Identify the common electrical components used for conducting experiments and verify the Kirchhoff’s law for basic DC circuits. C107.2: Compare power factor of lamps and also study the effect of open & short circuits. C107.3: Determine impedance of an electrical circuits and analyse phase and line quantities with power consumed in a star and delta 3-phase load. C107.4: Determine earth resistance and understand two way and three way control of lamps. |
8 | Technical English – I | 18EGH18 | C108 | C108.1: Use grammatical English and essentials of language skills and identify the nuances phonetics, intonation and flawless pronunciation. C108.2: Implement English vocabulary at command and language proficiency, Identify common errors in spoken and written communication. C108.3: Understand and improve the non-verbal communication and kinesics, Perform well in campus recruitment, engineering and all other general competitive exams. |
Second Semester (Chemistry Cycle) | ||||
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Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Advanced Calculus and Numerical Methods | 18MAT21 | C111.1 | Illustrate the applications of multivariate calculus to understand the solenoidal and irrotational vectors and also exhibit the interdependence of line, surface, and volume integrals. |
1 | Advanced Calculus and Numerical Methods | 18MAT21 | C111.2 | Demonstrate various physical models through higher order differential equations and solve such linear ordinary differential equations. |
1 | Advanced Calculus and Numerical Methods | 18MAT21 | C111.3 | Construct a variety of partial differential equations and solution by Exact methods, Bernoulli D.E, and Variable separable method. |
1 | Advanced Calculus and Numerical Methods | 18MAT21 | C111.4 | Explain the applications of infinite series and obtain series solutions of ordinary differential equations. |
1 | Advanced Calculus and Numerical Methods | 18MAT21 | C111.5 | Apply the knowledge of Numerical Methods to solve problems arising in physics and engineering. |
2 | Engineering Chemistry | 21CHE22 | C112.1 | Impart the basic knowledge of chemistry and its principles involved in electrochemistry, energy storage devices, and its commercial applications. |
2 | Engineering Chemistry | 21CHE22 | C112.2 | Understand the basic principles of corrosion and its prevention, metal finishing, and its technological importance. |
2 | Engineering Chemistry | 21CHE22 | C112.3 | Master the knowledge of synthesis, properties, and utilization of engineering materials like polymers & Nano materials. |
2 | Engineering Chemistry | 21CHE22 | C112.4 | Apply the knowledge of Green Chemistry principles for production of chemical compounds. Understanding the concepts of alternative energy sources. |
2 | Engineering Chemistry | 21CHE22 | C112.5 | Understand the basic concepts of water chemistry & theory, basic principles, and applications of volumetric analysis and analytical instruments. |
3 | C Programming for Problem Solving | 18CPS23 | C113.1 | Illustrate simple algorithms from different domains such as mathematics, physics, etc. |
3 | C Programming for Problem Solving | 18CPS23 | C113.2 | Construct a programming solution to the given problem using C. |
3 | C Programming for Problem Solving | 18CPS23 | C113.3 | Identify and correct the syntax and logical errors in C programs. |
3 | C Programming for Problem Solving | 18CPS23 | C113.4 | Modularize the given problem using functions & structures. |
4 | Basic Electronics | 18ELN24 | C114.1 | Describe the operation of diodes, BJT, FET, and operational amplifiers. |
4 | Basic Electronics | 18ELN24 | C114.2 | Design and explain the construction of rectifiers, regulators, amplifiers, and oscillators. |
4 | Basic Electronics | 18ELN24 | C114.3 | Describe general operational principles of SCR and its application. |
4 | Basic Electronics | 18ELN24 | C114.4 | Explain the different number systems and their conversions and construct simple combinational and sequential logic circuits using Flip-Flops. |
4 | Basic Electronics | 18ELN24 | C114.5 | Describe the basic principle of operation of communication systems and mobile phones. |
5 | Elements of Mechanical Engineering | 18ME25 | C115.1 | Student shall identify different sources of energy & their conversion processes & explain the working principle of hydraulic pumps, IC engines, and refrigeration. |
5 | Elements of Mechanical Engineering | 18ME25 | C115.2 | Student shall recognize various metal joining processes & power transmission elements and also understand the properties of common engineering materials & their applications. |
5 | Elements of Mechanical Engineering | 18ME25 | C115.3 | Student shall discuss the working of conventional machine tools, machining processes, tools & accessories. |
6 | Engineering Chemistry Laboratory | 18CHEL26 | C116.1 | Handle different types of instruments for analysis of materials using small quantities of materials involved for quick and accurate results. |
6 | Engineering Chemistry Laboratory | 18CHEL26 | C116.2 | Analyze different types of titrations for estimation of concerned materials using comparatively more quantities for better results. |
6 | Engineering Chemistry Laboratory | 18CHEL26 | C116.3 | Demonstrate technical information by means of oral presentations and written reports/records as a team. |
7 | C Programming Laboratory | 18CPL27 | C117.1 | Write Algorithms, flowcharts, and programs for simple problems. |
7 | C Programming Laboratory | 18CPL27 | C117.2 | Correct syntax and logical errors to execute a program. |
7 | C Programming Laboratory | 18CPL27 | C117.3 | Write iterative and wherever possible recursive programs. |
7 | C Programming Laboratory | 18CPL27 | C117.4 | Demonstrate use of functions, arrays, strings, structures, and pointers in problem-solving. |
8 | Technical English – II | 18EGH28 | C118.1 | Identify common errors in spoken and written communication, get familiar with English vocabulary and language proficiency. |
8 | Technical English – II | 18EGH28 | C118.2 | Improve the nature and style of sensible writing and acquire employment and workplace communication skills, improve their technical communication skills through technical reading and writing practices. |
8 | Technical English – II | 18EGH28 | C118.3 | Perform well in campus recruitment, engineering, and all other general competitive exams. |
Third Semester | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Transform, Calculus, Fourier Series & Numerical Techniques | 18MAT31 | C201.1 | Use Laplace Transform and Inverse Laplace Transform in solving Differential Equations in Network Analysis, Control Systems, and other fields of Engineering. |
1 | Transform, Calculus, Fourier Series & Numerical Techniques | 18MAT31 | C201.2 | Demonstrate Fourier Series to study the behavior of periodic functions and their applications in system communications, digital signal processing, and field theory. |
1 | Transform, Calculus, Fourier Series & Numerical Techniques | 18MAT31 | C201.3 | Make use of Fourier Transform and Z Transforms to illustrate the functions arising in wave and heat propagation, signals, and systems. |
1 | Transform, Calculus, Fourier Series & Numerical Techniques | 18MAT31 | C201.4 | Solve the first and second-order ordinary DE arising in Engineering problems using single-step and multi-step numerical methods. |
1 | Transform, Calculus, Fourier Series & Numerical Techniques | 18MAT31 | C201.5 | Determine the extremum of functional using the calculus of variations and solve problems arising in the dynamics of rigid bodies and vibrational analysis. |
2 | NETWORK THEORY | 18EC32 | C202.1 | Determine currents and voltages using source transformation/source shifting/mesh/nodal analysis and reduce given network using star-delta transformation/source transformation/source shifting. |
2 | NETWORK THEORY | 18EC32 | C202.2 | Solve network problems by applying Superposition/Reciprocity/Thevenin’s/Norton’s/Maximum power transfer/Millman’s network theorems. |
2 | NETWORK THEORY | 18EC32 | C202.3 | Calculate current and voltages for the given circuit under transient conditions. Apply Laplace transform to solve the given network. |
2 | NETWORK THEORY | 18EC32 | C202.4 | Evaluate for RLC elements/frequency response related parameters like resonant frequency, quality factor, half-power frequencies, voltage across inductors and capacitors, and current through the RLC elements in resonant circuits. |
3 | ELECTRONIC DEVICES | 18EC33 | C203.1 | Understand the principles of semiconductor physics. |
3 | ELECTRONIC DEVICES | 18EC33 | C203.2 | Analyze the characteristics of different types of semiconductor devices. |
3 | ELECTRONIC DEVICES | 18EC33 | C203.3 | Analyze the fabrication process of semiconductor devices. |
3 | ELECTRONIC DEVICES | 18EC33 | C203.4 | Create mathematical models of semiconductor junctions and MOS transistors for circuits and systems. |
4 | DIGITAL SYSTEM DESIGN | 18EC34 | C204.1 | Able to explain the concept of combinational and sequential logic circuits. |
4 | DIGITAL SYSTEM DESIGN | 18EC34 | C204.2 | Able to design combinational logic circuits. |
4 | DIGITAL SYSTEM DESIGN | 18EC34 | C204.3 | Able to design sequential circuits using SR, JK, D, T flip-flops and Mealy & Moore machines. |
4 | DIGITAL SYSTEM DESIGN | 18EC34 | C204.4 | Able to design applications of combinational & sequential circuits. |
5 | COMPUTER ORGANIZATION AND ARCHITECTURE | 18ECL35 | C205.1 | Able to explain the basic organization of a computer system. |
5 | COMPUTER ORGANIZATION AND ARCHITECTURE | 18ECL35 | C205.2 | Able to describe the addressing modes, instruction formats, and program control statements. |
5 | COMPUTER ORGANIZATION AND ARCHITECTURE | 18ECL35 | C205.3 | Able to describe the different ways of accessing input/output devices including interrupts. |
5 | COMPUTER ORGANIZATION AND ARCHITECTURE | 18ECL35 | C205.4 | Able to illustrate the organization of different types of semiconductor and other secondary storage memories. Simple processor organization based on hardwired control and microprogrammed control. |
6 | POWER ELECTRONICS AND INSTRUMENTATION | 18EC36 | C206.1 | Able to build and test circuits using power electronic devices. |
6 | POWER ELECTRONICS AND INSTRUMENTATION | 18EC36 | C206.2 | Able to analyze and design controlled rectifiers, DC to DC converters, DC to AC inverters, and SMPS. |
6 | POWER ELECTRONICS AND INSTRUMENTATION | 18EC36 | C206.3 | Able to define instrument errors. |
6 | POWER ELECTRONICS AND INSTRUMENTATION | 18EC36 | C206.4 | Able to develop circuits for multirange ammeters, voltmeters, and bridges to measure passive component values and frequency. |
6 | POWER ELECTRONICS AND INSTRUMENTATION | 18EC36 | C206.5 | Able to describe the principle of operation of digital instruments and PLCs. |
6 | POWER ELECTRONICS AND INSTRUMENTATION | 18EC36 | C206.6 | Able to use instrumentation amplifiers for measuring physical parameters. |
7 | ELECTRONIC DEVICES AND INSTRUMENTATION LABORATORY | 18ECL37 | C207.1 | Able to recognize and demonstrate the functioning of semiconductor power devices. |
7 | ELECTRONIC DEVICES AND INSTRUMENTATION LABORATORY | 18ECL37 | C207.2 | Able to evaluate the characteristics, switching, power conversion, and control by semiconductor power devices. |
7 | ELECTRONIC DEVICES AND INSTRUMENTATION LABORATORY | 18ECL37 | C207.3 | Able to analyze the response and plot the characteristics of transducers such as LDR, photodiode, etc. |
7 | ELECTRONIC DEVICES AND INSTRUMENTATION LABORATORY | 18ECL37 | C207.4 | Able to design and test simple electronics circuits for the measurement of temperature and resistance. |
7 | ELECTRONIC DEVICES AND INSTRUMENTATION LABORATORY | 18ECL37 | C207.5 | Able to use circuit simulation software for the implementation and characterization of electronic circuits and devices. |
8 | DIGITAL SYSTEM DESIGN LABORATORY | 18ECL38 | C208.1 | Design, realize and verify De Morgan’s theorem, SOP, and POS forms. |
8 | DIGITAL SYSTEM DESIGN LABORATORY | 18ECL38 | C208.2 | Demonstrate the truth table of various expressions and combinational circuits using logic gates. |
8 | DIGITAL SYSTEM DESIGN LABORATORY | 18ECL38 | C208.3 | Design various combinational circuits such as adder, comparators, subtractors, multiplexers, and demultiplexer. |
8 | DIGITAL SYSTEM DESIGN LABORATORY | 18ECL38 | C208.4 | Construct flip-flops, counters, and shift registers. |
8 | DIGITAL SYSTEM DESIGN LABORATORY | 18ECL38 | C208.5 | Simulate serial adder and Binary multiplier. |
9 | CONSTITUTION OF INDIA, PROFESSIONAL ETHICS AND CYBER LAW (CPC) | 18CPC39/49 | C209.1 | Able to have constitutional knowledge and legal literacy. |
9 | CONSTITUTION OF INDIA, PROFESSIONAL ETHICS AND CYBER LAW (CPC) | 18CPC39/49 | C209.2 | Able to understand Engineering and professional ethics and responsibilities of engineers. |
9 | CONSTITUTION OF INDIA, PROFESSIONAL ETHICS AND CYBER LAW (CPC) | 18CPC39/49 | C209.3 | Able to understand the cybercrimes and cyber laws for cyber safety measures. |
Fourth Semester | ||||
---|---|---|---|---|
Course Title | Course Code | CO No. | Course Outcomes (CO) | |
COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS | 18MAT41 | C211.1 | Use the concept of analytic function and complex potential to solve the problem arising in Electromagnetic Theory | |
COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS | 18MAT41 | C211.2 | Utilize conformal transformation and complex integral arising in aerofoil theory, fluid flow visualization and image processing | |
COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS | 18MAT41 | C211.3 | Apply discrete and continuous probability distribution in analysing the probability model arising in engineering field | |
COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS | 18MAT41 | C211.4 | Apply discrete and continuous probability distribution in analysing the probability model arising in engineering field | |
COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS | 18MAT41 | C211.5 | Construct joint probability distribution and demonstrate the validity of testing of Hypothesis | |
ANALOG CIRCUITS | 18EC42 | C212.1 | Able to understand the characteristics of BJT and FET | |
ANALOG CIRCUITS | 18EC42 | C212.2 | Able to design and analyze BJT and FET amplifier circuits | |
ANALOG CIRCUITS | 18EC42 | C212.3 | Able to design sinusoidal and non-sinusoidal oscillators | |
ANALOG CIRCUITS | 18EC42 | C212.4 | Able to understand the functioning of linear ICs | |
ANALOG CIRCUITS | 18EC42 | C212.5 | Able to design linear IC based Circuits | |
CONTROL SYSTEMS | 18EC43 | C213.1 | Develop the mathematical model of mechanical and electrical systems. | |
CONTROL SYSTEMS | 18EC43 | C213.2 | Develop transfer function for a given control system using block diagram reduction techniques and signal flow graph method. | |
CONTROL SYSTEMS | 18EC43 | C213.3 | Determine the time domain specifications for first and second order systems. | |
CONTROL SYSTEMS | 18EC43 | C213.4 | Determine the stability of a system in the time domain using RH criterion and root locus technique. | |
CONTROL SYSTEMS | 18EC43 | C213.5 | Determine the stability of a system in the frequency domain using Nyquist and Bode plots | |
ENGINEERING STATISTICS and LINEAR ALGEBRA | 18EC44 | C214.1 | Able to analyze and evaluate single and multiple Random Variables | |
ENGINEERING STATISTICS and LINEAR ALGEBRA | 18EC44 | C214.2 | Able to identify and associate Random Variables and Random process in communication events | |
ENGINEERING STATISTICS and LINEAR ALGEBRA | 18EC44 | C214.3 | Able to analyze and model the Random events in typical communication events to extract quantitative statistical parameters | |
ENGINEERING STATISTICS and LINEAR ALGEBRA | 18EC44 | C214.4 | Able to analyze and model typical signal sets in terms of a basis function set of amplitude, phase and frequency | |
ENGINEERING STATISTICS and LINEAR ALGEBRA | 18EC44 | C214.5 | Able to demonstrate by way of simulation or emulation the case of analysis employing basis functions, statistical representation and eigenvalues | |
SIGNALS AND SYSTEMS | 18EC45 | C215.1 | Classify the signals as continuous/discrete, periodic/aperiodic, even/odd, energy/power and deterministic/random signals. | |
SIGNALS AND SYSTEMS | 18EC45 | C215.2 | Determine the linearity, causality, time-invariance and stability properties of continuous and discrete time systems. | |
SIGNALS AND SYSTEMS | 18EC45 | C215.3 | Compute the response of a Continuous and Discrete LTI system using convolution integral and convolution sum. | |
SIGNALS AND SYSTEMS | 18EC45 | C215.4 | Determine the spectral characteristics of continuous and discrete time signals using Fourier analysis. | |
SIGNALS AND SYSTEMS | 18EC45 | C215.5 | Compute Z-transforms, inverse Z-transforms and transfer functions of complex LTI systems. | |
MICROCONTROLLER | 18EC46 | C216.1 | Explain the difference between Microprocessors & Microcontrollers, Architecture of 8051 Microcontroller, Interfacing of 8051 to external memory and Instruction set of 8051. | |
MICROCONTROLLER | 18EC46 | C216.2 | Write 8051 Assembly level programs using 8051 instruction set. | |
MICROCONTROLLER | 18EC46 | C216.3 | Explain the Interrupt system, operation of Timers/Counters and Serial port of 8051 | |
MICROCONTROLLER | 18EC46 | C216.4 | Write 8051 Assembly language program to generate square wave on 8051 I/O port pin using interrupt and C programme to send & receive serial data using 8051 serial port | |
MICROCONTROLLER | 18EC46 | C216.5 | Interface simple switches, simple LEDs, ADC 0804, LCD and Stepper Motor to 8051 using 8051 I/O ports. | |
MICROCONTROLLER LABORATORY | 18ECL47 | C217.1 | Enhance Programming Skills Using Assembly Language and C | |
MICROCONTROLLER LABORATORY | 18ECL47 | C217.2 | Write Assemble Language Programs in 8051 for solving simple Problems that manipulate input data using different instructions of 8051 | |
MICROCONTROLLER LABORATORY | 18ECL47 | C217.3 | Interface different Input Output Devices using 8051 and control them using Assembly Language Program | |
MICROCONTROLLER LABORATORY | 18ECL47 | C217.4 | Interface Serial devices to 8051 and do serial transfer using C Programming | |
MICROCONTROLLER LABORATORY | 18ECL47 | C217.5 | Develop Applications based on Microcontroller 8051 | |
ANALOG CIRCUITS LABORATORY | 18ECL48 | C218.1 | Design analog circuits using BJT/FETs and evaluate their performance characteristics. | |
ANALOG CIRCUITS LABORATORY | 18ECL48 | C218.2 | Design analog circuits using OPAMPs for different applications | |
ANALOG CIRCUITS LABORATORY | 18ECL48 | C218.3 | Simulate and analyze analog circuits that use ICs for different electronic applications. | |
ANALOG CIRCUITS LABORATORY | 18ECL48 | C218.4 | Simulate Half wave and Full wave rectifier | |
ANALOG CIRCUITS LABORATORY | 18ECL48 | C218.5 | Simulate RC Phase shift oscillator and Hartley oscillator |
Fifth Semester | ||||
---|---|---|---|---|
Course Title | Course Code | CO No. | Course Outcomes (CO) | |
TECHNOLOGICAL INNOVATION MANAGEMENT AND ENTREPRENEURSHIP | 18ES51 | C301.1 | Understand the fundamental concept of management and entrepreneurship and opportunities in order to set up a business. | |
TECHNOLOGICAL INNOVATION MANAGEMENT AND ENTREPRENEURSHIP | 18ES51 | C301.2 | Describe the functions of managers, Entrepreneurs and their social responsibilities. | |
TECHNOLOGICAL INNOVATION MANAGEMENT AND ENTREPRENEURSHIP | 18ES51 | C301.3 | Understand the components in developing a business plan. | |
TECHNOLOGICAL INNOVATION MANAGEMENT AND ENTREPRENEURSHIP | 18ES51 | C301.4 | Awareness about various sources of funding and institutions supporting entrepreneurs. | |
DIGITAL SIGNAL PROCESSING | 18EC52 | C302.1 | Able to determine the response of LTI systems using time domain and DFT techniques. | |
DIGITAL SIGNAL PROCESSING | 18EC52 | C302.2 | Able to compute DFT of real and complex discrete time signals. | |
DIGITAL SIGNAL PROCESSING | 18EC52 | C302.3 | Able to compute DFT using FFT algorithms and linear filtering approach. | |
DIGITAL SIGNAL PROCESSING | 18EC52 | C302.4 | Able to design and realize FIR and IIR digital filters. | |
DIGITAL SIGNAL PROCESSING | 18EC52 | C302.5 | Able to understand the DSP processor architecture. | |
PRINCIPLES OF COMMUNICATION SYSTEMS | 18EC53 | C303.1 | Ability to analyse and compute performance of AM and FM modulation in presence of noise at the receiver. | |
PRINCIPLES OF COMMUNICATION SYSTEMS | 18EC53 | C303.2 | Ability to analyse and compute performance of digital formatting processes with quantization noise. | |
PRINCIPLES OF COMMUNICATION SYSTEMS | 18EC53 | C303.3 | Ability to multiplex digitally formatted signals at transmitter and demultiplex and reconstruct finally formatted signals at the receiver. | |
PRINCIPLES OF COMMUNICATION SYSTEMS | 18EC53 | C303.4 | Ability to design and demonstrate the use of digital formatting in multiplexers, vocoders, and video transmission. | |
INFORMATION THEORY and CODING | 18EC54 | C304.1 | Ability to explain concept of Dependent & Independent Source, measure of information, Entropy, Rate of Information and Order of a source. | |
INFORMATION THEORY and CODING | 18EC54 | C304.2 | Ability to represent the information using Shannon Encoding, Shannon Fano, Prefix and Huffman Encoding Algorithms. | |
INFORMATION THEORY and CODING | 18EC54 | C304.3 | Ability to model the continuous and discrete communication channels using input, output, and joint probabilities. | |
INFORMATION THEORY and CODING | 18EC54 | C304.4 | Ability to determine a codeword comprising of the check bits computed using Linear Block codes, cyclic codes & convolutional codes. | |
INFORMATION THEORY and CODING | 18EC54 | C304.5 | Ability to design the encoding and decoding circuits for Linear Block codes, cyclic codes, convolutional codes and Golay codes. | |
ELECTROMAGNETIC WAVES | 18EC55 | C305.1 | Evaluate problems on electrostatic force, electric field due to point, linear, volume charges by applying conventional methods and charge in a volume. | |
ELECTROMAGNETIC WAVES | 18EC55 | C305.2 | Apply Gauss law to evaluate Electric fields due to different charge distributions and Volume Charge distribution by using Divergence Theorem. | |
ELECTROMAGNETIC WAVES | 18EC55 | C305.3 | Determine potential and energy with respect to point charge and capacitance using Laplace equation and Apply Biot-Savart’s and Ampere’s laws for evaluating Magnetic field for different current configurations. | |
ELECTROMAGNETIC WAVES | 18EC55 | C305.4 | Calculate magnetic force, potential energy and Magnetization with respect to magnetic materials and voltage induced in electric circuits. | |
ELECTROMAGNETIC WAVES | 18EC55 | C305.5 | Apply Maxwell’s equations for time varying fields, EM waves in free space and conductors and Evaluate power associated with EM waves using Poynting theorem. | |
Verilog HDL | 18EC56 | C306.1 | Write Verilog programs in gate, dataflow (RTL), behavioral and switch modelling levels of abstraction. | |
Verilog HDL | 18EC56 | C306.2 | Design and verify the functionality of digital circuit systems using test benches. | |
Verilog HDL | 18EC56 | C306.3 | Identify the suitable abstraction level for a particular digital design. | |
Verilog HDL | 18EC56 | C306.4 | Write programs more effectively using Verilog tasks, functions, and directives. | |
Verilog HDL | 18EC56 | C306.5 | Perform timing delay simulation and interpret the various constructs in logic synthesis. | |
DIGITAL SIGNAL PROCESSING LABORATORY | 18ECL57 | C307.1 | Understand the concepts of analog to digital conversion of signals and frequency domain sampling of signals. | |
DIGITAL SIGNAL PROCESSING LABORATORY | 18ECL57 | C307.2 | Model the discrete time signals and systems and verify its properties and results. | |
DIGITAL SIGNAL PROCESSING LABORATORY | 18ECL57 | C307.3 | Implement discrete computations using DSP processor and verify the results. | |
DIGITAL SIGNAL PROCESSING LABORATORY | 18ECL57 | C307.4 | Realize the digital filters using a simulation tool and analyze the response of the filter for an audio signal. | |
DIGITAL SIGNAL PROCESSING LABORATORY | 18ECL57 | C307.5 | Write programs using Matlab/Scilab/Octave to illustrate DSP concepts. | |
HDL LABORATORY | 18ECL58 | C308.1 | Ability to write the Verilog/VHDL programs to simulate Combinational circuits in Dataflow, Behavioral, and Gate level Abstractions. | |
HDL LABORATORY | 18ECL58 | C308.2 | Ability to describe sequential circuits like flip flops and counters in Behavioral description and obtain simulation waveforms. | |
HDL LABORATORY | 18ECL58 | C308.3 | Ability to synthesize Combinational and Sequential circuits on programmable ICs and test the hardware. |
Sixth Semester | ||||
---|---|---|---|---|
Course Title | Course Code | CO No. | Course Outcomes (CO) | |
DIGITAL COMMUNICATION | 18EC61 | C311.1 | Able to associate and apply the concepts of Bandpass sampling to well specified signals and channels. | |
DIGITAL COMMUNICATION | 18EC61 | C311.2 | Able to analyze and compute performance parameters and transfer rates for low pass and bandpass symbols under ideal and corrupted non-band limited channels. | |
DIGITAL COMMUNICATION | 18EC61 | C311.3 | Able to test and validate symbol processing and performance parameters at the receiver under ideal and corrupted bandlimited channels. | |
DIGITAL COMMUNICATION | 18EC61 | C311.4 | Able to demonstrate by simulation and emulation that bandpass signals subjected to corrupted and distorted symbols in a bandlimited channel can be demodulated and estimated at the receiver to meet specified performance criteria. | |
EMBEDDED SYSTEMS | 18EC62 | C312.1 | Able to describe the architectural features and instructions of 32-bit microcontroller ARM Cortex M3. | |
EMBEDDED SYSTEMS | 18EC62 | C312.2 | Able to apply the knowledge gained for programming ARM Cortex M3 for different applications. | |
EMBEDDED SYSTEMS | 18EC62 | C312.3 | Able to understand the basic hardware components and their selection method based on the characteristics and attributes of an embedded system. | |
EMBEDDED SYSTEMS | 18EC62 | C312.4 | Able to develop the hardware software co-design and firmware design approaches. | |
EMBEDDED SYSTEMS | 18EC62 | C312.5 | Able to explain the need for real-time operating system for embedded system applications. | |
MICROWAVE AND ANTENNA | 18EC63 | C313.1 | Describe the use and advantages of microwave transmission. | |
MICROWAVE AND ANTENNA | 18EC63 | C313.2 | Analyze various parameters related to microwave transmission lines and waveguides. | |
MICROWAVE AND ANTENNA | 18EC63 | C313.3 | Identify microwave devices for several applications. | |
MICROWAVE AND ANTENNA | 18EC63 | C313.4 | Analyze various antenna parameters necessary for building an RF system. | |
MICROWAVE AND ANTENNA | 18EC63 | C313.5 | Recommend various antenna configurations according to the applications. | |
DIGITAL SYSTEM DESIGN USING VERILOG | 18EC644 | C304.1 | Write Verilog programs in gate, dataflow (RTL), behavioral and switch modeling levels of abstraction. | |
DIGITAL SYSTEM DESIGN USING VERILOG | 18EC644 | C304.2 | Design and verify the functionality of digital circuit systems using test benches. | |
DIGITAL SYSTEM DESIGN USING VERILOG | 18EC644 | C304.3 | Identify the suitable abstraction level for a particular digital design. | |
DIGITAL SYSTEM DESIGN USING VERILOG | 18EC644 | C304.4 | Write programs more effectively using Verilog tasks, functions, and directives. | |
DIGITAL SYSTEM DESIGN USING VERILOG | 18EC644 | C304.5 | Perform timing delay simulation and interpret the various constructs in logic synthesis. | |
SENSORS AND SIGNAL CONDITIONING | 18EC652 | C315.1 | Able to appreciate various types of sensors. | |
SENSORS AND SIGNAL CONDITIONING | 18EC652 | C315.2 | Able to describe the manufacturing process of sensors. | |
SENSORS AND SIGNAL CONDITIONING | 18EC652 | C315.3 | Able to understand about the material properties required to make sensors. | |
SENSORS AND SIGNAL CONDITIONING | 18EC652 | C315.4 | Able to use sensors specific to the end-use application. | |
SENSORS AND SIGNAL CONDITIONING | 18EC652 | C315.5 | Able to design systems integrated with sensors. | |
EMBEDDED SYSTEMS LABORATORY | 18ECL66 | C316.1 | Able to understand the instruction set of 32-bit microcontroller ARM Cortex M3, and the software tool required for programming in Assembly and C language. | |
EMBEDDED SYSTEMS LABORATORY | 18ECL66 | C316.2 | Able to develop assembly language programs using ARM Cortex M3 for different applications. | |
EMBEDDED SYSTEMS LABORATORY | 18ECL66 | C316.3 | Able to interface external devices and I/O with ARM Cortex M3. | |
EMBEDDED SYSTEMS LABORATORY | 18ECL66 | C316.4 | Able to develop C language programs and library functions for embedded system applications. | |
COMMUNICATION LABORATORY | 18ECL67 | C317.1 | Able to design and test circuits for analog modulation and demodulation schemes viz., AM, FM, etc. | |
COMMUNICATION LABORATORY | 18ECL67 | C317.2 | Able to determine the characteristics and response of microwave waveguides. | |
COMMUNICATION LABORATORY | 18ECL67 | C317.3 | Able to determine characteristics of microstrip antennas and devices & compute the parameters associated with it. | |
COMMUNICATION LABORATORY | 18ECL67 | C317.4 | Able to design and test the digital and analog modulation circuits and display the waveforms. | |
COMMUNICATION LABORATORY | 18ECL67 | C317.5 | Able to simulate the digital modulation systems and compare the error performance of basic digital modulation schemes. | |
MINI PROJECT | 18ECMP68 | C318.1 | Able to practice acquired knowledge within the chosen area of technology for project development. | |
MINI PROJECT | 18ECMP68 | C318.2 | Able to explore and strengthen the understanding of fundamentals through practical application of theoretical concepts. | |
MINI PROJECT | 18ECMP68 | C318.3 | Able to provide students hands-on experience on troubleshooting, maintenance, fabrication, innovation, record-keeping, documentation, etc., thereby enhancing the skill and competency part of technical education. | |
MINI PROJECT | 18ECMP68 | C318.4 | Able to identify, improve, develop, and justify the technical aspects of the chosen project for societal and environmental benefits. | |
MINI PROJECT | 18ECMP68 | C318.5 | Able to simulate the digital modulation systems and compare the error performance of basic digital modulation schemes. |
Seventh Semester | ||||
---|---|---|---|---|
Course Title | Course Code | CO No. | Course Outcomes (CO) | |
COMPUTER NETWORKS | 18EC71 | C401.1 | Understand the concept of networking. | |
COMPUTER NETWORKS | 18EC71 | C401.2 | Identify the protocols and services of different layers. | |
COMPUTER NETWORKS | 18EC71 | C401.3 | Distinguish the basic network configurations and standards associated with each network. | |
COMPUTER NETWORKS | 18EC71 | C401.4 | Analyze a simple network and measure its parameters. | |
VLSI DESIGN | 18EC72 | C402.1 | Demonstrate understanding of MOS transistor theory, CMOS fabrication flow, and technology scaling. | |
VLSI DESIGN | 18EC72 | C402.2 | Draw the basic gates using the stick and layout diagrams with the knowledge of physical design aspects. | |
VLSI DESIGN | 18EC72 | C402.3 | Demonstrate ability to design Combinational, sequential, and dynamic logic circuits as per the requirement. | |
VLSI DESIGN | 18EC72 | C402.4 | Interpret Memory elements along with timing considerations. | |
VLSI DESIGN | 18EC72 | C402.5 | Interpret testing and testability issues in VLSI Design. | |
SATELLITE COMMUNICATION | 18EC732 | C403.1 | Able to describe the satellite orbits and its trajectories with the definitions of parameters associated with it. | |
SATELLITE COMMUNICATION | 18EC732 | C403.2 | Able to classify the electronic hardware systems associated with the satellite subsystem and earth station. | |
SATELLITE COMMUNICATION | 18EC732 | C403.3 | Able to discuss the communication satellites with the focus on national satellite system. | |
SATELLITE COMMUNICATION | 18EC732 | C403.4 | Able to compute the satellite link parameters under various propagation conditions with the illustration of multiple access techniques. | |
SATELLITE COMMUNICATION | 18EC732 | C403.5 | Able to illustrate the satellites used for applications in remote sensing, weather forecasting, and navigation. | |
MULTIMEDIA COMMUNICATION | 18EC743 | C404.1 | Able to understand basics of different multimedia networks and applications. | |
MULTIMEDIA COMMUNICATION | 18EC743 | C404.2 | Able to understand different compression techniques to compress audio and video. | |
MULTIMEDIA COMMUNICATION | 18EC743 | C404.3 | Able to describe multimedia Communication across Networks. | |
MULTIMEDIA COMMUNICATION | 18EC743 | C404.4 | Able to analyze different media types to represent them in digital form. | |
MULTIMEDIA COMMUNICATION | 18EC743 | C404.5 | Able to compress different types of text and images using different compression techniques. | |
ENERGY AND ENVIRONMENT | 18ME751 | C405.1 | Able to compare different forms of energy sources and their availability. | |
ENERGY AND ENVIRONMENT | 18ME751 | C405.2 | Identify different energy storage systems and their management. | |
ENERGY AND ENVIRONMENT | 18ME751 | C405.3 | Understand the environment and different ecosystems. | |
ENERGY AND ENVIRONMENT | 18ME751 | C405.4 | Analyze the environmental pollution along with social issues and acts. | |
PYTHON APPLICATION PROGRAMMING | 18CS752 | C405CS.1 | Learn syntax and semantics and create functions in Python. | |
PYTHON APPLICATION PROGRAMMING | 18CS752 | C405CS.2 | Handle Strings and files in Python. | |
PYTHON APPLICATION PROGRAMMING | 18CS752 | C405CS.3 | Understand lists, dictionaries, and regular expressions in Python. | |
PYTHON APPLICATION PROGRAMMING | 18CS752 | C405CS.4 | Implement object-oriented concepts in Python. | |
PYTHON APPLICATION PROGRAMMING | 18CS752 | C405CS.5 | Build web services and handle database and network programs in Python. | |
ELECTRIC VEHICLES | 18EE752 | C405EE.1 | Able to explain the working of electric vehicles and recent trends. | |
ELECTRIC VEHICLES | 18EE752 | C405EE.2 | Able to analyze different power converter topologies used for electric vehicle applications. | |
ELECTRIC VEHICLES | 18EE752 | C405EE.3 | Able to develop the electric propulsion unit and its control for its application in electric vehicles. | |
ELECTRIC VEHICLES | 18EE752 | C405EE.4 | Able to design converters for battery charging and explain transformerless topology. | |
COMPUTER NETWORKS LAB | 18ECL76 | C406.1 | Choose suitable tools to model a network. | |
COMPUTER NETWORKS LAB | 18ECL76 | C406.2 | Use the network simulator for learning and practice of networking algorithms. | |
COMPUTER NETWORKS LAB | 18ECL76 | C406.3 | Illustrate the operations of network protocols and algorithms using C programming. | |
COMPUTER NETWORKS LAB | 18ECL76 | C406.4 | Simulate the network with different configurations to measure the performance parameters. | |
COMPUTER NETWORKS LAB | 18ECL76 | C406.5 | Implement the data link and routing protocols using C programming. | |
VLSI LABORATORY | 18ECL77 | C407.1 | Design and simulate combinational and sequential digital circuits using Verilog HDL. | |
VLSI LABORATORY | 18ECL77 | C407.2 | Understand the Synthesis process of digital circuits using EDA tool. | |
VLSI LABORATORY | 18ECL77 | C407.3 | Perform ASIC design flow and understand the process of synthesis, synthesis constraints and evaluating the synthesis reports to obtain optimum gate level net list. | |
VLSI LABORATORY | 18ECL77 | C407.4 | Design and simulate basic CMOS circuits like inverter, common source amplifier, and differential amplifiers. | |
VLSI LABORATORY | 18ECL77 | C407.5 | Perform RTL-GDSII flow and understand the stages in ASIC design. | |
PROJECT WORK PHASE-1 | 18ECP78 | C408.1 | Able to analyze the problem, formulation, and solution of the selected project. | |
PROJECT WORK PHASE-1 | 18ECP78 | C408.2 | Able to develop solutions for contemporary problems using modern tools for sustainable development. | |
PROJECT WORK PHASE-1 | 18ECP78 | C408.3 | Able to demonstrate ethical and professional sustainability while working in a team and communicate effectively for the benefit of society. | |
PROJECT WORK PHASE-1 | 18ECP78 | C408.4 | Able to understand the engineering, finance, and management principles. |
Eighth Semester | ||||
---|---|---|---|---|
Course Title | Course Code | CO No. | Course Outcomes (CO) | |
WIRELESS AND CELLULAR COMMUNICATION | 18EC81 | C411.1 | Able to explain the concepts of propagation mechanisms like reflection, diffraction, scattering in wireless channels. | |
WIRELESS AND CELLULAR COMMUNICATION | 18EC81 | C411.2 | Able to develop a scheme for idle mode, call setup, call progress handling, call teardown in GSM network. | |
WIRELESS AND CELLULAR COMMUNICATION | 18EC81 | C411.3 | Able to develop a scheme for idle mode, call setup, call progress handling, call teardown in CDMA network. | |
WIRELESS AND CELLULAR COMMUNICATION | 18EC81 | C411.4 | Able to understand the basic operations of Air interface in LTE 4G system. | |
NETWORK SECURITY | 18EC821 | C412.1 | Able to explain Network Security protocols. | |
NETWORK SECURITY | 18EC821 | C412.2 | Able to understand and discuss the basic concepts of cybersecurity. | |
NETWORK SECURITY | 18EC821 | C412.3 | Able to explain Enterprise Security Framework. | |
NETWORK SECURITY | 18EC821 | C412.4 | Able to apply concept of cybersecurity framework in computer system administration. | |
NETWORK SECURITY | 18EC821 | C412.5 | Interpret testing and testability issues in VLSI Design. | |
OPTICAL COMMUNICATION NETWORKS | 18EC824 | C412.1 | Classification and working of optical fiber with different modes of signal propagation. | |
OPTICAL COMMUNICATION NETWORKS | 18EC824 | C412.2 | Describe the transmission characteristics and losses in optical fiber communication. | |
OPTICAL COMMUNICATION NETWORKS | 18EC824 | C412.3 | Describe the construction and working principle of optical connectors, multiplexers and amplifiers. | |
OPTICAL COMMUNICATION NETWORKS | 18EC824 | C412.4 | Describe the constructional features and the characteristics of optical sources and detectors. | |
OPTICAL COMMUNICATION NETWORKS | 18EC824 | C412.5 | Illustrate the networking aspects of optical fiber and describe various standards associated with it. | |
PROJECT WORK PHASE-2 | 18ECP83 | C413.1 | Analyze the problem, formulation and solution of the selected project. | |
PROJECT WORK PHASE-2 | 18ECP83 | C413.2 | Develop solutions for contemporary problems using modern tools for sustainable development. | |
PROJECT WORK PHASE-2 | 18ECP83 | C413.3 | Demonstrate ethical and professional sustainability while working in a team and communicate effectively for the benefit of the society. | |
PROJECT WORK PHASE-2 | 18ECP83 | C413.4 | Understand the engineering, finance and management principles. | |
TECHNICAL SEMINAR | 18ECS84 | C414.1 | Able to identify state-of-the-art and futuristic technologies through self-motivation and collaboration with others. | |
TECHNICAL SEMINAR | 18ECS84 | C414.2 | Able to conduct a detailed literature survey and self-study in order to completely understand the intricacies of the chosen topic. | |
TECHNICAL SEMINAR | 18ECS84 | C414.3 | Able to conceptualize solutions built using state-of-the-art technologies in terms of their architecture, design, and deployment. | |
TECHNICAL SEMINAR | 18ECS84 | C414.4 | Able to identify the scope and limitations of specific technology in terms of their applicability along with a visualization of the means to grow specific technology. | |
TECHNICAL SEMINAR | 18ECS84 | C414.5 | Able to create comprehensive technical reports using relevant tools and to make oral presentation of technical topics with adherence to timeliness, clarity and other soft skills. | |
INTERNSHIP | 18ECI85 | C415.1 | Able to learn current technologies used in Industry. | |
INTERNSHIP | 18ECI85 | C415.2 | Able to communicate effectively and write profound technical reports. | |
INTERNSHIP | 18ECI85 | C415.3 | Able to provide illustrations of the technology learnt. | |
INTERNSHIP | 18ECI85 | C415.4 | Able to provide additional information beyond the learnings during the internship out of his/her own thoughts. |
Electrical machines Lab
This lab features industrially mounted machines like induction motors and alternators. Students perform experiments on transformers, DC machines, and induction motors, learning concepts and performance analysis of synchronous and asynchronous machines, including speed control and operation principles.


Power System Labs
In this lab, students build and analyze system models using MATLAB or MI Power, covering load flow studies, short circuits, unit commitment, and transmission line parameters.
Power Electronics Lab
In this lab, students learn about power electronics components like SCR, TRIAC, and DIAC. They study triggering circuits and motor speed control using converters. Power electronics are vital in devices like cars, phones, and computers.

Student Chapter

INFONIX” inaugurated on 27 th of September for the academic year 2018-19.

Computer Society of India (CSI), inaugurated on 27 th of September for the academic year 2018-19.
Tie - Up & MoU
Organization with which MOU is signed | Year of signing MOU | Duration | List the actual activities under each MOU year wise | Number of students/teachers participated under MOUs |
---|---|---|---|---|
Brainovision Solutions PVT. LTD. | 2021 | 3 years | National Level Workshop on MULTITECHNOLOGIES (2021) | 100 |
ICT Academy | 2021 | Renewed for the year | Women Empowerment on DotNet through DXC Technologies Salesforce |
40 |
Tech Trunk Ventures Pvt. Ltd | 2020 | Open-Ended | Value-Added Course on DSML Internship for 28 days Industrial training on Data Science and Machine Learning Add on/Bridge Course on Machine Learning |
16 26 2 44 |
Century IT Services | 2018 | 3 years | - | - |
Vtricks Technologies | 2018 | 3 years | - | - |
Innostem Edunce Edlabs Private Limited, Bengaluru | 2018 | 3 years | - | - |
Infosys Campus Connect | 2017 | 4 years | - | - |
AB Stream Technologies | 2018 | 2 years | Enterprises Technology and Data Center Architecture Course | 10 Students |
Teaching

Ms. Sharmila R. S.
Associate Professor
25 Years

Ms. Sulochana I. Akkalkot
Associate Professor
26 Years

Dr. Jyoti M Roogi
Associate Professor
18.5 Years

Mr. Sirasappa. Y. Pattar
Professor
36 Years

Dr. R. Anguraja
Professor and Head
26 Years
Non Teaching
Sl. No | Publications/FDP | Total Numbers |
---|---|---|
1 | Text Books | 03 |
2 | Scopus Indexed Journals | 11 |
3 | Peer-Reviewed Journals | 43 |
4 | National and International Journals | 53 |
5 | National and International Conferences | 27 |
6 | FDP | 76 |
Student
Year | 1st Topper | 2nd Topper |
---|---|---|
2021-22 | Name: Rojin Rajan Aggregate: 8.85 |
Name: Madhura K Aggregate: 8.72 |
2020-21 | Name: J B Divya Bai Salanke Aggregate: 9.09 |
Name: A Jahnavi Aggregate: 8.99 |
2019-20 | Name: Sushma R Aggregate: 8.55 |
Name: Kavana E Aggregate: 8.35 |
2018-19 | Name: Salbia Maria Almeida Aggregate: 8.34 |
Name: Salfia Anna Almeida Aggregate: 8.28 |
2017-18 | Name: Hemanth Kumar S Aggregate: 80.21% |
Name: Tejaswini R Aggregate: 80.05% |
2016-17 | Name: Harish Murthy Aggregate: 79.56% |
Name: Vishwa Prasad Aggregate: 75.71% |
SI. No | USN | Name | Title | Guide |
---|---|---|---|---|
AY 2021-2022 | ||||
1 | 1DB18EE003 | AKASH R | Solar Powered Refrigeration for Pushcart (street vendors) | Dr. R Anguraja |
1DB18EE038 | SREERAJ GUPTA Y S | |||
1DB18EE040 | THASWIN GOWDA M | |||
1DB18EE043 | VEERENDRA GOWDA R.K | |||
2 | 1DB18EE002 | AKASH. K M | Ultra-Violet Sterilization Disinfectant Robot used in COVID-19 pandemic situation | Prof. Padmashree V Kulkarni |
1DB18EE010 | DEEPIKA G | |||
1DB18EE017 | KAMAL NAYAN SINGH | |||
1DB18EE019 | MADHURA. K |
SI. No | USN | Name | Title | Guide |
---|---|---|---|---|
AY 2020-2021 | ||||
1 | 1DB16EE042 | KIRAN KUMAR S | Automatic robotics on air purification with air quality indicator | Dr. Anguraja R |
1DB17EE019 | LIKHITHA G | |||
1DB17EE031 | NIRANJAN REDDY N | |||
2 | 1DB17EE006 | DAARSHANIK K | GSM-based portable system for monitoring home-quarantined COVID-19 patients | Prof. Sulochana I Akkalkot |
1DB17EE035 | PRIYANKA R L | |||
1DB17EE053 | VASUNDHARA M R |
SI. No | USN | Name | Title | Guide |
---|---|---|---|---|
AY 2019-2020 | ||||
1 | 1DB16EE017 | MADHU H | Multi-function digital mirror using Raspberry Pi with IOT | Prof. Sneha Shetty |
1DB16EE024 | PAVITHRA. M | |||
1DB16EE036 | SYED LUQMAN | |||
1DB16EE422 | ROHITH S | |||
2 | 1DB15EE013 | KIRTHI P | Battery and its Management for E-rickshaw | Prof. Santhosh |
1DB15EE029 | B.C. RANJEETA | |||
1DB16EE010 | GEETHA SHREE |
SI. No | USN | Name | Title | Guide |
---|---|---|---|---|
AY 2018-2019 | ||||
1 | 1DB15EE045 | Vidyashree G | RFID Coin Based Mobile Charger Using Solar | Ms. Vijayshree.G |
1DB15EE022 | Nayan D Mahindrakar | |||
1DB15EE047 | Yashwanth Gowda S | |||
1DB16EE409 | Kiran Kumar P | |||
2 | 1DB15EE032 | Salbia Maria Almeida | Hand Gesture Controlled Robot | Mr. Raveendra.R |
1DB15EE036 | Shiva Kumar H R | |||
1DB16EE420 | Ravi Kumar M P | |||
1DB15EE004 | Basavaraju D K |
SI. No | USN | Name | Title | Guide |
---|---|---|---|---|
AY 2017-2018 | ||||
1 | 1DB14EE025 | Nischay | Smart Underground waste management system | Dr. Anguraja R |
1DB14EE041 | Vinutha B | |||
1DB15EE407 | Chetan N S | |||
1DB15EE426 | Vinutha K | |||
2 | 1DB13EE047 | Praveen Kumar A | Enhancement of solar power using tracking and cooling of solar panels | Mr. Raveendra R |
1DB14EE002 | Anagha V Kulkarni | |||
1DB14EE005 | Bindhu V | |||
1DB14EE019 | Mahesh M |
SI. No | USN | Name | Title | Guide |
---|---|---|---|---|
AY 2016-2017 | ||||
1 | 1DB13EE002 | Akshay Palankar | A novel approach to reduce the noise pollution caused by the honking of vehicles | Dr. Anguraja R |
1DB13EE027 | Manoj Hedge | |||
1DB13EE031 | Naveen M R | |||
1DB13EE016 | Gopi N | |||
2 | 1DB13EE009 | Chandan R Sindhe | Sorting of grapes based on quality parameters | Ms. Sulochana I Akkalkot |
1DB13EE010 | Chetan Nayak | |||
1DB13EE011 | D R Rajashekar | |||
1DB13EE041 | Shivraj B V |
SI. No | USN | Name | Title | Guide | Publication |
---|---|---|---|---|---|
AY 2021-2022 | |||||
1 | 1DB16EE035 | R Sushma | Water Pollution Monitoring System Using IoT | Sharmila R S | ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications |
1DB17EE405 | M U Mahanth | ||||
1DB16EE006 | A Chandana | ||||
1DB16EE033 | C Sunil | ||||
2 | 1DB17EE001 | A Jahnavi | Solar Powered Self-Charging Circuit for Mobile Application | Padmashree V Kulkarni | ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications |
1DB17EE022 | Madhurya L | ||||
3 | 1DB16EE030 | N Shwetha | Smart Garbage Separation Using Robotic Arm with Image Processing | Raveendra R | ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications |
1DB16EE026 | Sahana S | ||||
1DB16EE038 | Veeresh | ||||
1DB17EE401 | P Bharath Kumar | ||||
4 | 1DB16EE034 | Sunil Davis | Monitoring and Controlling of Domestic Appliance Using IoT | Rajath Shankar P S | ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications |
1DB16EE008 | P.J.Deepika | ||||
1DB16EE429 | Megha Sandesh | ||||
1DB16EE009 | Dinesh | ||||
5 | 1DB16EE021 | Meenaz Sadaf M | Automatic Engine Locking System for Drunken Driving | Padmashree V Kulkarni | ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications |
1DB16EE019 | Manu | ||||
1DB17EE412 | Rani | ||||
1DB16EE028 | Shadab Khan | ||||
6 | 1DB16EE010 | Geetha Shree | Battery and Its Management for E-Rickshaw | Santosh R | ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications |
1DB15EE013 | Kirthi P | ||||
1DB15EE029 | B.C. Ranjeeta | ||||
7 | 1DB16EE031 | Sonica J | Multi-Function Digital Mirror Using Raspberry Pi with IOT | Sneha A S | ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications |
1DB16EE024 | Pavithra M | ||||
1DB16EE036 | Syed Luqman | ||||
1DB16EE422 | S Rohith |
SI. No | USN | Name | Title | Guide | Publication |
---|---|---|---|---|---|
AY 2020-2021 | |||||
1 | 1DB18EPS02 | Santosh E | Adaptable SVC Design Methodology for Power Quality Improvements in Steel Melting Shops | Dr. Anguraja R | International Journal of Innovative Technology and Exploring Engineering (IJITEE) |
2 | 1DB18EPS04 | Sriram S | Selective Coordination and its impact on Low-Voltage System Design & Arc Flash | Dr. Anguraja R | International Journal of Innovative Technology and Exploring Engineering (IJITEE) |
3 | 1DB18EPS03 | Sinan Muhiuddeen | Power System Voltage Stability analysis with Renewable power Integration | Anguraja R, W M Shivkumar | International Journal of Innovative Technology and Exploring Engineering (IJITEE) |
SI. No | USN | Name | Title | Guide | Publication |
---|---|---|---|---|---|
AY 2019-2020 | |||||
1 | 1DB15EE045 | Vidyashree G | RFID Coin Based Mobile Charger using Solar Energy | Vijayshree G | Journal of Emerging Technologies of Emerging Technologies and Innovative Research |
1DB15EE047 | Yashwanth Gowda | ||||
1DB15EE022 | Nayan Mahindrakar | ||||
1DB16EE409 | Kiran Kumar P | ||||
2 | 1DB14EPS03 | Deepti Rao | Design and Simulation of Bidirectional Inverter for Hybrid Power Systems for Grid Mode & Islanding Mode | Sharmila R.S | International Journal for Research in Applied Science and Engineering Technology |
3 | 1DB15EE017 | Mohammed Faizan | IOT Based Industrial Automation | Sharmila R.S | Journal of Emerging Technologies of Emerging Technologies and Innovative Research |
1DB15EE025 | Preethi T | ||||
1DB15EE039 | Suryakant | ||||
1DB16EE415 | Nagarudra Pratap | ||||
4 | 1DB16EE414 | Mohan | LabVIEW Based Speed Control of Induction Motor | Padmashree V Kulkarni | 10th National Conference on Advanced Techniques in Electrical & Electronics Engineering (NCATEE-2019), Bengaluru |
1DB16EE405 | Gowrav L | ||||
1DB16EE419 | Ramya C | ||||
1DB15EE011 | Harshavardhan |
Sl. No | USN | Name | Title | Guide | Publication |
---|---|---|---|---|---|
AY 2018-2019 | |||||
1 | 1DB16EPS04 | Meghana M C | The reduction in multilevel inverter by solving SHE equations using an improved optimization technique. | Dr. W M Sivakumar | International Organization of Scientific Research |
2 | 1DB16EPS06 | Sushma KM | Design and simulation of bidirectional inverter for hybrid power systems for grid mode & Islanding Mode. | Dr. Anguraja R | International Journal for Research in Applied Science and Engineering Technology |
3 | 1DB16EPS02 | Dakshayini R | Design & simulation of BLDC motor drive using PID controller & Hall Sensors. | Dr. Anguraja R | International Journal of Emerging Technologies and Innovative Research |
4 | 1DB16EPS05 | Nandisha B C | Hybrid energy storage supported back up for photovoltaic based microgrid. | Dr. W M Sivakumar | International Organization of Scientific Research |
5 | 1DB16EPS01 | Abhishek Gowda | Current Quality improvement by photovoltaic integrated UPQC S using modified PQ theory | Dr. Anguraja R | International Organization of Scientific Research |
6 | 1DB16EPS03 | Jyothi M | Study & simulation of four legs, 3-level NPC inverter for power quality improvement using second-order sliding mode. | Ms. Sharmila R S | International Journal of Emerging Technologies and Innovative Research |
7 | 1DB16EPS07 | Thara | Design & simulation of transistor clamped H Bridge with multi-carrier pulse width modulation. | Ms. Sulochana I Akkalkot | International Journal of Emerging Technologies and Innovative Research |
Sl. No | USN | Name | Title | Guide | Publication |
---|---|---|---|---|---|
AY 2017-2018 | |||||
1 | 1DB15EPS05 | Gururaj | Comprehensive Approach of Modeling and Simulation of Solar Photovoltaic Power Plant | Dr. Anguraja.R | Int. Journal of Engineering Research and Application |
2 | 1DB15EPS09 | Sohandeep | Dynamic modeling of a sustainable microgrid with the wind, PV, and fuel cell resources. | Dr. Anguraja R | International organization of scientific research. |
3 | 1DB14EPS06 | Jaffer Hussain Baig | Performance Analysis of Soft – Switching Isolated Buck-Boost Converters with Interleaved Functioning of boost converter using Matlab/Simulink | Dr. Anguraja R | International Journal for Research in Applied Science & Engineering Technology |
4 | 1DB14EPS08 | Krishnegowda J | Grid Current Compensator to mitigate Total Harmonic distortion under various types of loads for grid-connected distributed generation | Mr. Rafi Ahmed Z | International Journal of advanced engineering research & Technology |
5 | 1DB15EPS04 | Girish M | Artificial Neuro-Fuzzy Logic-based non-sinusoidal synchronous reluctance motor for Torque ripple minimization | Ms. Padmashree V Kulkarni | International Journal for Research in Applied Science & Engineering Technology |
6 | 1DB15EPS03 | Chiranth L N | The mechanism to Regulate DC Fault Currents in DC Solid State Transformers under Continuous Working Performance of Multi-Terminal HVDC Systems | Ms. Sindhuja G | International Journal for Research in Applied Science & Engineering Technology (IJRASET) |
7 | 1DB14EE420 | Sachin K | Design, Manufacture, and Testing of Energy Efficient 2kVA Single-phase shell-type Class ‘H” insulated 12/24- 230V Dry Type Transformer | Mr. Rafi Ahmed Z | International Journal of Engineering Research & Technology (IJERT) |
7 | 1DB14EE402 | Chaitra K | |||
7 | 1DB13EE414 | Mani R | |||
8 | 1DB15EPS10 | Ullasa KK | Optimal Power Flow in Electricity Market using Demand Response | Mr. Rafi Ahmed Z | International Journal for Research in Applied Science & Engineering Technology (IJRASET) |
9 | 1DB15EPS07 | Nandhini G | Economic Dispatch And Interruptable Load Management With Renewable Energy Using Particle Swarm Optimisation | Dr. R Prakash | Journal of Electrical Engineering |
Awards
Department has secured 04 VTU ranks for UG & PG
Students have achieved excellent academic records in both UG & PG level by securing ranks at University level.
Department has secured 04 VTU ranks for UG & PG
Students have achieved excellent academic records in both UG & PG level by securing ranks at University level.
Department has secured 04 VTU ranks for UG & PG
Students have achieved excellent academic records in both UG & PG level by securing ranks at University level.
Academic Result
AY – 2019-20
SL.NO | USN | NAME |
---|---|---|
01 | 1DB15EE032 | Salbia Maria Almeida |
02 | 1DB15EE033 | Salfia Anna Almeida |
AY – 2018-19
SL.NO | USN | NAME |
---|---|---|
1 | 1DB14EE014 | Hemanth Kumar S |
2 | 1DB14EE038 | Tejaswini R |
3 | 1DB14EE008 | Chethan M |
AY – 2017-18
UG
SL.NO | USN | NAME |
---|---|---|
1 | 1DB13EE030 | Nandhish S R |
PG
SL.NO | USN | NAME |
---|---|---|
1 | 1DB15EPS07 | NANDHINI G |
2 | 1DB15EPS08 | PREETI |
3 | 1DB15EPS05 | GURURAJ |
4 | 1DB15EPS09 | SOHANDEEP M |
5 | 1DB15EPS01 | ARUN MULIMANI |
6 | 1DB15EPS04 | GIRISH M |
7 | 1DB15EPS11 | VINAY KUMAR A V |
8 | 1DB15EPS03 | CHIRANTH L N |
9 | 1DB16EPS04 | MEGHANA M C |
AY – 2019-20 UG
Sl No | NAME | USN |
---|---|---|
1 | CHETHAN N S | 1DB15EE407 |
2 | VINUTHA K | 1DB15EE426 |
3 | ABHINAV KUMAR JHA | 1DB14EE001 |
4 | NAVEENKUMAR H S | 1DB14EE023 |
5 | VEDA N | 1DB14EE040 |
6 | ANAGHA V KULKARNI | 1DB14EE002 |
7 | BINDU V | 1DB14EE005 |
8 | CHAITRA R | 1DB14EE006 |
9 | MEGHA S G | 1DB14EE022 |
10 | SUCHITHA | 1DB14EE036 |
11 | JYOTHI N S | 1DB15EE410 |
12 | SALFIA ANNA ALMEIDA | 1DB15EE033 |
13 | AISHWARYA S L | 1DB15EE001 |
14 | KAVYA J C | 1DB15EE012 |
15 | SALBIA MARIA ALMEIDA | 1DB15EE032 |
16 | SUSHMA N | 1DB15EE040 |
17 | J B DIVYA BAI SALANKE | 1DB17EE011 |
18 | A JAHNAVI | 1DB17EE001 |
19 | SANTOSH KUMAR G P | 1DB17EE043 |
20 | SNEHA V | 1DB17EE050 |
21 | MADHURYA L | 1DB17EE022 |
22 | TEJASWINI A R | 1DB17EE051 |
23 | SNEHA N | 1DB17EE049 |
24 | VASUNDHARA M R | 1DB17EE053 |
25 | LIKITHA G | 1DB17EE019 |
26 | PRIYANKA R L | 1DB17EE035 |
27 | VARALAKSHMI R | 1DB17EE052 |
28 | GANESH A S | 1DB17EE007 |
29 | PALAKSHA M S | 1DB17EE032 |
30 | RADHIKA A | 1DB17EE037 |
31 | HEMANTH GOWDA H S | 1DB17EE009 |
32 | SANJANA G N | 1DB17EE042 |
33 | CHANDRU R CHIKKOL | 1DB17EE004 |
34 | YASHAS RAJU R | 1DB17EE056 |
35 | JEEVITHA C | 1DB17EE013 |
AY – 2019-20 PG
Sl. No | USN | Name |
---|---|---|
1 | 1DB18EPS04 | SRIRAM S |
2 | 1DB18EPS02 | SANTOSH E |
AY – 2018-19 UG
SI.No | USN | Name |
---|---|---|
1 | 1DB14ME068 | MANOJ KUMAR N R |
2 | 1DB14ME010 | AMIT NAIK |
3 | 1DB14ME013 | ANAND B R |
4 | 1DB14ME079 | NAVEEN A |
5 | 1DB14ME072 | MOHAMMED SHAHEED |
6 | 1DB15ME455 | PRIYANKA K |
7 | 1DB14ME074 | MOHAN G THIMMEGOWDA |
8 | 1DB14ME087 | PAVAN KUMAR C |
9 | 1DB14ME123 | SRIKANTH S |
10 | 1DB15ME440 | NAVEEN G |
11 | 1DB14ME015 | ANJAN C S |
12 | 1DB14ME035 | DEEPASH JOSHI |
13 | 1DB14ME009 | AKASH S |
14 | 1DB14ME106 | ROHITH C RAO |
15 | 1DB14ME112 | SACHIN M R |
16 | 1DB15ME451 | PRADEEPA K |
17 | 1DB15ME418 | GUNA SHEKAR M |
18 | 1DB15ME479 | UMESHA K |
19 | 1DB15ME405 | ASHWINI G |
20 | 1DB14ME082 | NIKHIL KUMAR K |
21 | 1DB14ME058 | LAXMAN |
22 | 1DB15ME468 | SAVITRI KONAL |
23 | 1DB15ME441 | NAVEEN KUMAR G |
24 | 1DB14ME060 | MADHUKIRAN Y S |
25 | 1DB14ME051 | KALYANA RAMAN K V |
26 | 1DB14ME034 | DEEKSHA SHETTY S |
27 | 1DB14ME138 | VINAYAKA M SHARMA |
28 | 1DB15ME439 | MUDDANNA S |
29 | 1DB14ME016 | ARJUN CN |
30 | 1DB15ME452 | PRAMOD B R |
31 | 1DB14ME031 | D.VINAYAKA ATHREYA |
32 | 1DB15ME411 | DARSHAN P |
33 | 1DB14ME142 | VISHWAS G |
34 | 1DB15ME430 | MADHUSUDHAN J D |
35 | 1DB15ME433 | MALA V |
36 | 1DB15ME444 | NEETHA B S |
37 | 1DB14ME113 | SANDIPAN ROY |
38 | 1DB15ME407 | CHANDHAN BABU A |
39 | 1DB14ME128 | SUPRIT J |
40 | 1DB15ME457 | RAGHU K |
41 | 1DB15ME477 | SURESH B N |
42 | 1DB15ME456 | RAGHAVENDRA H |
43 | 1DB14ME117 | SHARATH P |
44 | 1DB15ME464 | S R DARSHAN |
45 | 1DB14ME077 | N ABHISHEK SAGAR |
46 | 1DB14ME101 | RAKESH S |
47 | 1DB15ME483 | VINAY R |
48 | 1DB15ME454 | PREM KUMAR R G |
49 | 1DB15ME421 | HEMANTH L |
50 | 1DB15ME449 | PRACHETH S P |
51 | 1DB15ME415 | DIXITH G R |
52 | 1DB14ME141 | VISHNU M |
53 | 1DB14ME067 | MANOJ KUMAR R |
54 | 1DB15ME458 | RAJKIRAN T S |
55 | 1DB15ME409 | CHETHAN K |
56 | 1DB14ME140 | VISHAL B S |
57 | 1DB14ME089 | PAVITHRA |
AY – 2017-18
UG
SL.No | USN | Name |
---|---|---|
1 | 1DB14EE405 | HARISH MURTHY |
2 | 1DB13EE045 | VISHWA PRASAD |
3 | 1DB14EE404 | GIRISH B S |
4 | 1DB13EE042 | SURAJ PRADEEP REVANKAR |
5 | 1DB14EE417 | RAMU A V |
6 | 1DB14EE406 | JAGADISHA B S |
7 | 1DB13EE029 | NAMRATHA |
8 | 1DB14EE014 | HEMANTH KUMAR S |
9 | 1DB14EE038 | TEJASWINI R |
10 | 1DB14EE008 | CHETAN M |
11 | 1DB14EE040 | VEDA N |
12 | 1DB14EE016 | KIRTHI SURANA |
13 | 1DB14EE005 | BINDU V |
PG
SL.No | USN | Name |
---|---|---|
1 | 1DB16EPS04 | MEGHANA M C |
AY – 2016-17
UG
SL.No | USN | Name |
---|---|---|
1 | 1DB14EE405 | HARISH MURTHY |
2 | 1DB13EE030 | NANDISHA S R |
3 | 1DB13EE035 | RAHUL D N |
4 | 1DB13EE026 | MANASA B R |
5 | 1DB13EE031 | NAVEEN M R |
6 | 1DB14EE408 | KARTHIK S U |
7 | 1DB14EE406 | JAGADISHA B S |
8 | 1DB14EE038 | TEJASWINI R |
9 | 1DB14EE008 | CHETHAN M |
10 | 1DB14EE014 | HEMANTH KUMAR S |
11 | 1DB14EE16 | KIRTI SURANA |
12 | 1DB15EE032 | SALBIA MARIA ALMEIDA |
13 | 1DB15EE033 | SALFIA ANNA ALMEIDA |
14 | 1DB15EE040 | SUSHMA N |
15 | 1DB15EE045 | VIDYASHREE G |
16 | 1DB15EE012 | KAVYA J C |
17 | 1DB15EE005 | CHETAN R |
18 | 1DB15EE047 | YASHWANTH GOWDA S |
19 | 1DB15EE001 | AISHWARYA S L |
20 | 1DB15EE038 | SOWMYA L |
21 | 1DB15EE046 | VIJAY KUMAR K |
PG
SL.No | USN | Name |
---|---|---|
1 | 1DB14EPS01 | APARNA B R |
2 | 1DB14EPS12 | PRAKRUTHI K M |
3 | 1DB14EPS05 | GIRISH B M |
4 | 1DB14EPS07 | HARSHITHA M R |
5 | 1DB14EPS09 | KRISHNEGOWDA J |
6 | 1DB14EPS13 | RANJITHA R |
7 | 1DB15EPS07 | NANDHINI G |
8 | 1DB15EPS08 | PREETI |
9 | 1DB15EPS05 | GURURAJ |
10 | 1DB15EPS09 | SOHANDEEP M |
11 | 1DB15EPS04 | GIRISH M |
12 | 1DB15EPS01 | ARUN MULIMANI |
13 | 1DB15EPS03 | CHIRANTH L N |
Media Coverage
Mr. Hemanth Kumar (1DB14EE014) received VTU 5th Rank
Our EEE student Mr. Hemanth Kumar (1DB14EE014) received VTU 5th Rank award and this achievement was published in leading newspaper on 9/6/2019 .We are proud of him.
Mr. Hemanth Kumar (1DB14EE014) received VTU 5th Rank
Our EEE student Mr. Hemanth Kumar (1DB14EE014) received VTU 5th Rank award and this achievement was published in leading newspaper on 9/6/2019 .We are proud of him.
Mr. Hemanth Kumar (1DB14EE014) received VTU 5th Rank
Our EEE student Mr. Hemanth Kumar (1DB14EE014) received VTU 5th Rank award and this achievement was published in leading newspaper on 9/6/2019 .We are proud of him.
RESEARCH AT THE DEPARTMENT OF EEE
Research Areas
The faculty is actively involved in several multi-faceted research and consulting activities with high relevance to industry and society. The department has been at the forefront in areas such as Power Systems, Power Electronics, Renewable Energy Sources, Electric Vehicles
Power Systems
Power System deals with the generation, transmission, and distribution of electricity. Also, it is concerned with the study, analysis, design, and application of equipment/devices connected to its network. At present, India is the world’s third-largest producer and consumer of electricity with a total installed capacity of 368.69 GW as of Jan 2020. With the growing need for electricity in almost all fields such as residential, commercial, agriculture, industrial, transportation, medical, etc., these domains provide a wide scope for research and innovation.
Power Electronics
Recent advances in power electronics have enabled the rapid development of applications in power systems, including renewable energy generation, high-voltage DC (HVDC) transmission, flexible AC transmission systems, energy storage, electric vehicles, and microgrids. Power electronics are also the foundation of new mobile power systems technologies, such as variable-frequency AC distribution for electric aircraft and medium-voltage DC grids for electric ships.
Electric Vehicles
As the world is shifting from fossil fuels to sustainable energy sources, it attracts a growing research interest in the development of energy storage systems, e.g., batteries and fuel cells. Among them, rechargeable lithium-ion batteries, with the advantage of high-power density, have been widely used in many applications, such as consumer electronics and electric vehicles (EVs). Electrical Vehicle is based on an electric propulsion system. No internal combustion engine is used. All the power is based on electric power as the energy source. The main advantage is the high efficiency in power conversion through its proposition system of electric motor.
Sl. No | Research Scholar Name | Status | Research Centre and University |
---|---|---|---|
1 | Ms. Sulochana I. Akkalkot | Open seminar 1 Completed | RVCE, Bengaluru – VTU |
2 | Ms. Padmashree V. Kulkarni | Open seminar 1 Completed | Dr. AIT, Bengaluru – VTU |
3 | Mr. R. Santhosh Kumar | Course Work Completed | SIT, Tumkur – VTU |
4 | Ms. Ramyashree H P | Course Work Completed | BNMIT, Bengaluru – VTU |
Research Initiative
Department of EEE is dynamically engaging in research areas ranging from practical implementation to theoretical investigations. The focal aim is to motivate BE and MTech students through theory and laboratory courses to involve in R and D activities. Department of EEE is sub-divided into three areas like academic, development, and research work and all these are being combined to achieve appropriate goals with the help of administrative support.
Future Skills
- Competence in the application of the latest software for various domains.
- Adaption to various kinds of challenges/harsh environments.
- Data collection and analysis.
- Use of state-of-art IT tools.
List of Future Domains
The major thrust areas are:
- Power Systems
- Power Electronics
- Renewable Energy Sources
- Hybrid Electric Vehicles
- Smart Grids
Industry Connect
The department shares a robust connection with industry on multiple fronts. The department organizes periodic visits to the industries driving core segments. The expert talks from the host of industry folks not only triggers the interest among the students about the futuristic models but also prepares them to handle the unforeseen challenges of the industry. The department has also signed MOUs with reputed core firms to boost the employability of the fresh engineers apart from venturing into consultancy activities.
Sl. No. | Name of the Faculty/ Principal Investigator | Year of Sanction | Duration | Funding Agency | Total Amount Sanctioned | Area | Title of the Research Project |
---|---|---|---|---|---|---|---|
1 | Dr. Anguraja R | 2022 | 6 Months | KSCST, Bangalore | Rs. 7,000 | Renewable Energy | Low Cost Solar Power Refrigeration For Village Push Cart Vendors |
2 | Mrs. Sharmila R S Mr. R Santhosh Kumar | 2022 | 6 Months | KSCST, Bangalore | Rs. 8,000 | Renewable Energy | Smart Electric Tri-Vehicle For Physically Challenged People |
3 | Dr. Anguraja R | 2021 | 9 months | VTU | Rs. 5000 | Society | Air purification/Recycle |
4 | Mrs. Sulochana I Akkalkot | 2021 | 9 months | VTU | Rs. 5000 | Society | GSM Based Portable System for Monitoring Home Quarantine COVID-19 Patients |
5 | Dr. Ramesh Kumar V | 2020 | 9 months | VTU | Rs. 5000 | Renewable Energy | Solar Automated ultrasonic sound and visual animal deterrent using motion detection |
6 | Dr. Anguraja R | 2020 | 9 months | VTU | Rs. 5000 | Renewable Energy | Motor and its control for E-rickshaw |
7 | Dr. Anguraja R | 2020 | 9 months | Pyra windo power academy | Rs. 6000 | Renewable Energy | Transparent PV solar harvesting in buildings (Solar Window) |
8 | Dr. Prasanth V | 2020 | 9 months | Pyra windo power academy | Rs. 7000 | Renewable Energy | Domestic Automation System using Renewable Energy |
9 | Dr. Anguraja R | 2019 | Rs. 5000 | Traffic | Driver Drowsiness Detection systems | ||
10 | Mrs. Vijayshree G | 2019 | 6 months | Rs. 5000 | Renewable Energy | RFID Coin Based Mobile Charger using Solar | |
11 | Mrs. Vijayshree G | 2019 | 6 Months | KSCST, Bangalore | Rs. 5000 | Renewable Energy | RFID Coin Based Mobile Charger using Solar |
Research Projects and Funding
Sl. No. | Faculty Name | Scheme | Funding Agency | Amount Rs. | |
---|---|---|---|---|---|
1 | Mr. Prasanth Reddy | Dr. P K Prakasha | CESEM | VGST | 50,00,000 |
2 | Dr. Anguraja R | Mr. Santhosh Kumar R | K-FISTL-2 | VGST | 40,00,000 |
Publication
RESEARCH AT THE DEPARTMENT OF ELECTRICAL AND ELECTRONICS
- Mrs. Padmashree V Kulkarni, H.V. Goindaraju, Babitha S, 2023, “Comparative Analysis of Different Controllers for Adjustable Speed Switched Reluctance Motor using Closed Loop Operation”, Intelligent Systems and Applications in Engineering, ISSN: 2147-6799, Vol. 11(4), pp. 132–140.
- Rashmi Aradhya, R. Santosh Kumar, 2024, “Recent Trends in Development of Magnetic Material for Power Electronics Applications: A Review”, 2023 International Conference on Smart Systems for Applications in Electrical Sciences (ICSSES), 979-8-3503-4729-6/23/$31.00 ©2023 IEEE, DOI: 10.1109/ICSSES58299.2023.10201073.
- Mrs. Padmashree V Kulkarni, K. M. Akash, G. Deepika, Kamal Nayan Singh, and K. Madhura, 2024, “Ultraviolet Sterilization Disinfectant Robot for Combating the COVID-19 Pandemic”, Computational Intelligence in Machine Learning, Proceedings of the 2nd International Conference ICCIML 2022, Lecture Notes in Electrical Engineering, ISSN 1876-1100, ISSN 1876-1119 (electronic), https://doi.org/10.1007/978-981-99-7954-7.
- Dr. R Anguraja, 2023, “Renewable Energy Sources and Emerging Technology”, Deccan International Academic Publishers, First Edition, ISBN: 978-81-965752-6-7.
- R. Santhosh Kumar, Rashmi, Lalithamba H.S, 2022, “Study of Electrical and Magnetic Properties of Zn-Co-Ferrite Nanocomposites”, Journal of Mines, Metals and Fuels, ISSN: 0022-2755, DOI: 10.18311/jmmf/2022/32035.
- Mrs. Padmashree V Kulkarni, H.V. Goindaraju, Babitha S, 2023, “Real-time implementation of Fuzzy Controller to minimize torque ripple in Switched Reluctance Motor”, Intelligent Systems and Applications in Engineering, ISSN: 2147-6799, pp. 308–317.
- Chithrashree K, Harish E, Kiran R D, Madan S N, Akshatha R Hegde, 2023, “Fire Fighting Robot”, International Journal of Advances in Engineering and Management (IJAEM), Volume 5, Issue 5, May 2023, pp. 1040-1043, ISSN: 2395-5252.
- Dr. Anguraja R, Dr.W M Sivakumar “Power Quality Improvement by Photovoltaic Integrated-UPQC-S with Three Level Neutral Point Clamped Diode Inverter Using Modified PQ Theory”ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications, LNEE,Volume-783,Springer,November 2021,ISBN 978-981-16-3690-5
- Dr. Anguraja R “Electric Field Distribution of 800 kV OIP Transformer Bushing”ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications, LNEE,Volume-783,Springer, November 2021,ISBN 978-981-16-3690-5
- Dr. P.K Prakasha”An overview on development of policies and barriers for wind energy generation; Indian scenario”International journal for health sciences,April 2022
- Dr. P.K Prakasha”PID gain tuning for robust control of PMDC motor for external disturbances rejection with constraints motor parameter variation through H infinity”INTECH OPEN PUBLISHER ENGLAND,February 2022.
- Dr. P.K Prakasha” Organizational change and development” NOTION PRESS India,Feburary 2022.
- Dr. Ramesh Kumar V” Transformerless Bidirectional Converter for Hybrid Power System” ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications ISBN 978-981-16-3690-5, November 2021,LNEE,Volume-783,Springer.
- Mrs. Sharmila R S “Water Pollution Monitoring System Using IoT”ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications ISBN 978-981-16-3690-5, November 2021,LNEE,Volume-783,Springer.
- Mrs.Padmashree V Kulkarni “Automatic Engine Locking System for Drunken Driving”ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications ISBN 978-981-16-3690-5, November 2021,LNEE,Volume-783,Springer.
- Mrs.Padmashree V Kulkarni “Solar Powered Self-Charging Circuit for Mobile Application” International Journal of Advanced Research in Science, Communication and Technology (IJARSCT),Volume 11, Issue 1,Impact factor:5.731,November 2021,ISSN (Online) 2581-9429.
- Mr. Raveendra R “ Smart Garbage Separation Using Robotic Arm with Image Processing “, ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications ISBN 978-981-16-3690-5, November 2021,LNEE,Volume-783,Springer.
- Mr. Rajath Shankar P. S “ Monitoring and Controlling of Domestic Appliance Using IoT “ ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications ISBN 978-981-16-3690-5, November 2021,LNEE,Volume-783,Springer.
- Mr. R Santosh Kumar “Battery and Its Management for E-Rickshaw “ ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications ISBN 978-981-16-3690-5, November 2021,LNEE,Volume-783,Springer.
- Mrs. Sneha A S “ Multi-Function Digital Mirror Using Raspberry Pi with IOT “ICDSMLA 2020 Proceedings of the 2nd International Conference on Data Science, Machine Learning and Applications ISBN 978-981-16-3690-5, November 2021,LNEE,Volume-783,Springer.
- Dr. Anguraja R,” Selective Coordination and its impact on Low-Voltage System Design & Arc Flash” International Journal of Innovative Technology and Exploring Engineering (IJITEE) , Volume-9 Issue-10,August 2020,ISSN: 2278-3075.
- Dr. Anguraja R,”Adaptable SVC Design Methodology for Power Quality Improvements in Steel Melting Shops”International Journal of Innovative Technology and Exploring Engineering (IJITEE), Volume-9,August 2020, Issue-10 ISSN: 2278-3075.
- Dr. Anguraja R,Dr.W M Sivakumar” Power System Voltage Stability analysis with Renewable power Integration” International Journal of Innovative Technology and Exploring Engineering (IJITEE), Volume-1,April 2021,Issue-6,ISSN: 2278-3075 (Online).
- Mrs.Padmashree V Kulkarni” Development of Lab VIEW Based Model of Switched Reluctance Motor Using PI Controller” New Approaches in Engineering Research Vol. 7, Article No. 2021/BP/9174D, July 2021, ISBN: 978-93-91473-54-9.
- Mr. R Santosh Kumar” Design and Simulation of the Three Phase Z-source Inverter” International Research Journal Of Engineering And Technology ( IRJET), VOLUME: 07, June 2020,P-ISSN: 2395-0072.
- Vijayshree G., S. Sumathi, 2020, “Power Quality Improvement of Isolated Power System Network using UPQC”, IJRTE, Volume-8 Issue-5, January 2020. ISSN: 2277-3878 (Online).
- Padmashree V. Kulkarni, Jyoti Koujalagi, Babitha S., 2020, “Lab View Based Model of Switched reluctance Motor using PI controller”, IJRTE, Volume-8 Issue-6, March 2020. ISSN: 3668-3671 (Online).
- Prasanth Venkatareddy, Subhas Kulkarni,“ H∞ Controller Design of PID Gain Tuning based for Robust Control of PMDC Motor with Uncertain Parameters”, Journal of Advanced Research in Dynamical & Control Systems, Vol. 11, 5,2019, ISSN 1943-023X.
- Prasanth Venkatareddy, Subhas Kulkarni, “PID gain tuning for robust PMDC Motor control with tracking and disturbance rejection–An H∞ Approach”, International Journal of Innovative Technology and Exploring Engineering (IJITEE), Vol 9,2019, ISSN:2278-3075.
- Ramesh Kumar; Pradipkumar Dixit, “Daily peak load forecast using artificial neural network”, International Journal of Electrical & Computer Engineering (2088-8708), Vol. 9 Issue 4, Part 1, p2256-2263.
- Padmashree V Kulkarni, “Vector control based speed & flux estimation in switched reluctance motor using ANN Controller”, International, RTEICT-2019 IEEE, 978-1-7281-0630-4/19.
- Prasanth Venkatareddy, Subhas Kulkarni , “Design of robust H∞ controller for a realistic PMDC motor with GA based performance optimization”, International Journal of Applied Engineering Research (IJAER), Vol .13,2018, ISSN:0973-4562.
- Anguraja.R, Pradipkumar Dixit , “Effect of Foils on Electric Field Distribution of a 245kV Condenser Bushing ”, Journal of Electrical Engineering , Volume 17 / 2017 – Edition : 3, ISSN : 1582-4594.
- Anguraja R, Dr.Pradip Kumar Dixit, “Electric Field Analysis of High Voltage Condensor Bushing”, Grenze International Journal of Engineering and Technology, Volume -3, 2017, Issue -3, ,ISSN: 2395-5295.
- Anguraja R, Dr. Pradip Kumar Dixit, “Field Analysis of High Voltage transformer bushing using quick field ”, National conference on Zen & Tao At Electrical & Electronics Engineering, ISBN:978-93-82880-98-1.
- Padamshree V Kukarni, Babitha. S, Dr. Jyoti Koujalagi, “Comprehensive Review on smart controllers for switched reluctance motor ”, International Journal of Electrical & Electronics Engineering, Volume 4, Issue6, ISSN 2348 – 8379.
Placements
Placement Training Program
Placement Training Program
The Department of Training & Placement offers comprehensive training to ensure students are fully prepared for successful placements. We conduct exclusive, extended pre-placement training programs to enhance employability skills.- Java Enterprise Edition (JEE) & Soft Skills Training: A 400-hour intensive program sponsored by Capgemini through Technoserve, focusing on JEE and essential soft skills development.
- Aptitude & Soft Skills Training for MBA Students: Tailored sessions designed to enhance both technical and interpersonal skills crucial for MBA graduates.
- Aptitude & Soft Skills Training for Engineering Streams: Comprehensive training programs aimed at equipping engineering students across all streams with necessary aptitude and soft skills.
Career Guidance
Career Guidance
The Department of Training & Placement is dedicated to guiding every student towards a successful career path. We regularly organize career guidance sessions and invite industry experts for discussions and webinars to provide insights and advice.
Job Opportunities
Our department offers a range of pre-placement training programs and value-added courses to enhance students’ skills in line with the latest market trends. We assist students in securing internships and pre-placement offers with renowned companies and organizations, providing personalized support and guidance. Additionally, we raise awareness about career opportunities in Indian Civil Services, government, and public sectors, offering the necessary guidance to help students navigate these options.
Higher Studies
For students interested in pursuing higher education or studying abroad, the Department of Training & Placement offers extensive guidance. We conduct awareness programs on various entrance examinations, including GRE, IELTS, TOEFL, SAT, MCAT, LSAT, GMAT, and GATE, and provide information on university selection criteria and application processes.
Entrepreneurship
We actively encourage our students, faculty, and alumni to foster innovation and entrepreneurship through our Entrepreneurship Development Cell. We provide comprehensive support and guidance for writing project reports, understanding company registration processes, preparing investment pitches, and utilizing infrastructure facilities to help turn unique ideas into successful business ventures.
Industry Interface
Industry Interface
- Technical Seminar on: “Semiconductor Nation Building ESDM Nation”.
- Webinar on: “Next Generation Technology Focusing on Artificial Intelligence”.
- Motivational Lecture: Career Opportunities in the Indian Air Force.
- Collaboration with EdgeVerve Systems Ltd: Infosys Fintech Certification Program.
- Associated with TCS NQT: For placements.
- Collaboration with NASSCOM IT–ITeS SSC: Future Skill Program to upskill industry-relevant knowledge.
Value Added Programs
Certification Programs and Awareness Sessions
- Certification Program on Enterprise Technology and Data Centre Architecture: Offered by ABSTREAM Technologies. The Data Centre provides internships and projects that offer hands-on experience in Data Centre Architecture and Data Processing for research and analysis.
- Video Proctored Certification Drive: Conducted by Infosys Springboard.
- Certification Programs on Career Edge, Campus Commune & Code Vita CODING TEST: Offered by TCS.
- Certification Program in Robotics: Provided by KUKA.
- Certification Program on PLM: Provided by Siemens.
- Certification Program on Infosys Springboard Learning Portal: A comprehensive learning platform for students.
- Certification Program on Python Programming: Offered by M/s Eduranz.
- Awareness Session: Covers the Graduate Aptitude Test in Engineering (GATE), Civil Service Exams, and Higher Studies to prepare students for government sector jobs, private sector jobs, and study abroad opportunities.
Support to Admissions
Support to Admissions
The Department of Training and Placement has been actively supporting the admissions team through various initiatives.
- Venue for Conducting Online & Offline Exams: Hosting exams for several agencies to enhance brand visibility.
- Setting Up Helpdesks: At COMED K Seat Selection Centres to assist parents and students.
- Organizing Competitions: Such as the Science Wizard Quiz for PU students.
- Conducting Offline Recruitment Exams: For Mangalore Refinery Petrochemical Ltd (MRPL).
- Conducting Online CFA Exams: Through Vision Tech Park Pvt Ltd.
- Venue for GATE Online Recruitment Examination: Providing facilities for candidates.
- Venue for INDO-TIBETAN BORDER POLICE FORCE Offline Exam: Supporting recruitment efforts.
- Venue for NTA SWAYAM Online Exam: Facilitating online examinations.
- Venue for NTA JEE Exams: Providing a venue for online exams.
- Venue for Conducting Various Examinations: Including NEET, AIMS, CET, KSOU, and more.
Our Premium Recruters

Placement Training Program
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The data centre offers vast and real-time opportunities in the areas of Internships and Projects to provide exposure to the Architecture of the Data Centre along with Data Processing for Research and Analysis, and so on.
Placement Statics
SL NO | NAME | USN | BRANCH | COMPANY |
---|---|---|---|---|
1 | NEERAJ V | 1DB20CI028 | AI&ML | KIAAN AGROW TECH Pvt Ltd |
2 | JITHIN R | 1DB20CS053 | CSE | JUSAPAY |
3 | JAYALAKSHMI P | 1DB20IS056 | ISE | JUSPAY |
4 | MADHU P | 1DB21IS079 | ISE | JUSPAY |
5 | ANKIT GOWDA M | 1DB20CS131 | CSE | TCS (DIGITAL) |
6 | ABHISHEK JAGADISH ANGADAKI | 1DB20CS004 | CSE | TCS (DIGITAL) |
7 | TARUN S | 1DB20IS154 | ISE | ICICI PRUDENTIAL |
8 | VARSITHA G | 1DB20IS160 | ISE | ICICI PRUDENTIAL |
9 | SANDHYA PATIL B | 1DB20CI034 | AI&ML | SCHNEIDER ELECTRIC |
10 | JAYALAKSHMI | 1DB20IS056 | ISE | BETSOL |
11 | SHREYA U | 1DB20CI040 | AI&ML | MAVENBERG |
12 | UDAY KIRAN N | 1DB20CS120 | CSE | JOHNSON CONTROLS INDIA |
13 | DEV H GOWDA | 1DB20CS035 | CSE | JOHNSON CONTROLS INDIA |
14 | ADITYA RAJ GUPTA | 1DB20CS008 | CSE | JOHNSON CONTROLS INDIA |
15 | K SURYATEJA | 1DB20CS132 | CSE | JOHNSON CONTROLS INDIA |
16 | KEERTHANA G | 1DB20CS058 | CSE | JOHNSON CONTROLS INDIA |
17 | DEEPIKA M L | 1DB20IS043 | ISE | JOHNSON CONTROLS INDIA |
18 | MRUDULA H P | 1DB20IS086 | ISE | JOHNSON CONTROLS INDIA |
19 | MANASWINI V | 1DB20IS079 | ISE | JOHNSON CONTROLS INDIA |
20 | ASHIKA A | 1DB20CS024 | CSE | IBM |
21 | VISHAL M DAVASAM | 1DB20C1048 | AI&ML | IBM |
22 | SADASHIV | 1DB20IS123 | ISE | IBM |
23 | NIKHIL M | 1DB20IS094 | ISE | MPHASIS |
24 | RAKSHITHA S | 1DB20IS118 | ISE | MPHASIS |
25 | SADASHIV | 1DB20IS123 | ISE | MPHASIS |
26 | SRUSHTI PATIL | 1DB20IS141 | ISE | MPHASIS |
27 | SUSHMITHA R | 1DB20IS150 | ISE | MPHASIS |
28 | VARSHA SHETTY | 1DB20IS159 | ISE | MPHASIS |
29 | HARSHITHA M | 1DB20IS054 | ISE | MPHASIS |
30 | DIVYASHREE G | 1DB20IS047 | ISE | MPHASIS |
31 | AMULYA G L | 1DB20CS012 | CSE | MPHASIS |
32 | ANKITA P KARUR | 1DB20CS016 | CSE | MPHASIS |
33 | DARSHAN K | 1DB20CS032 | CSE | MPHASIS |
34 | KUSUMA S K | 1DB20CS063 | CSE | MPHASIS |
35 | TAMHEED SARWATH | 1DB20CS116 | CSE | MPHASIS |
36 | TEJAS M | 1DB20CS117 | CSE | MPHASIS |
37 | USHA N | 1DB20CS121 | CSE | MPHASIS |
38 | MANASI S | 1DB20CI022 | AI&ML | MPHASIS |
39 | LOCHANA PRABHAKAR | 1DB20CI020 | AI&ML | MPHASIS |
40 | ANANYA S | 1DB20CS015 | CSE | HEXAWARE TECHNOLOGIES |
41 | B K AMBHRUNI | 1DB20CS026 | CSE | HEXAWARE TECHNOLOGIES |
42 | HAINDAVI TOKALA | 1DB20CS119 | CSE | HEXAWARE TECHNOLOGIES |
43 | TARUN S | 1DB20IS154 | ISE | HEXAWARE TECHNOLOGIES |
44 | VARSHITHA G | 1DB20IS160 | ISE | HEXAWARE TECHNOLOGIES |
45 | ADINATH S JAIN | 1DB20IS005 | ISE | PEOL TECHNOLOGIES |
46 | KAVANA K.A | 1DB20CS056 | CSE | MUSIGMA |
47 | DEVESH KUMAR | 1DB20EC026 | ECE | VTIGER |
48 | RAKSHITH S | 1DB20IS114 | ISE | STRATOGENT |
49 | ABHISHEK R | 1DB20CS006 | CSE | OFX TRADE SOFTWARE |
50 | ANUSHA R | 1DB20CS019 | CSE | OFX TRADE SOFTWARE |
51 | K SURYA TEJA | 1DB20CS132 | CSE | OFX TRADE SOFTWARE |
52 | AMRUTHA R | 1DB20CS011 | CSE | OFX TRADE SOFTWARE |
53 | SANCHITHA T S | IDB20IS126 | ISE | OFX TRADE SOFTWARE |
54 | THRISHA K C | IDB20IS156 | ISE | OFX TRADE SOFTWARE |
55 | MRUDULA H P | IDB20IS086 | ISE | OFX TRADE SOFTWARE |
56 | SAMARTH R | IDB20IS0125 | ISE | OFX TRADE SOFTWARE |
57 | SADASHIV HINGUND | IDB20IS123 | ISE | OFX TRADE SOFTWARE |
58 | RAKSHITHA B N | IDB20IS115 | ISE | OFX TRADE SOFTWARE |
59 | VEDIKA JAYKUMAR | IDB20IS161 | ISE | OFX TRADE SOFTWARE |
60 | DASHA S DARSHAN | IDB20CI010 | AI&ML | OFX TRADE SOFTWARE |
61 | CHETAN A S | IDB20CI050 | AI&ML | OFX TRADE SOFTWARE |
62 | LOCHANA PRABHAKAR | 1DB20CI020 | AI&ML | HIVEMINDS |
63 | LOLIKA PRABHAKAR | 1DB20CI021 | AI&ML | HIVEMINDS |
64 | NIDHI SINHA | 1DB20CI029 | AI&ML | HIVEMINDS |
65 | ANANYA S | 1DB20CS015 | CSE | HIVEMINDS |
66 | PHALGUNI DESHPANDE | 1DB20IS102 | ISE | HIVEMINDS |
67 | MUCHALAPURI NAGA KEERTHANA | 1DB20IS087 | ISE | HIVEMINDS |
68 | DIVYASHREE | 1DB20IS047 | ISE | HIVEMINDS |
69 | TAMHEED SARWATH | 1DB20CS116 | CSE | HIVEMINDS |
70 | ABHISHEK R | 1DB20CS006 | CSE | HIVEMINDS |
71 | AMULYA G L | 1DB20CS012 | CSE | HIVEMINDS |
72 | VARSHITHA G | 1DB20IS160 | ISE | HIVEMINDS |
SL NO | NAME | USN | BRANCH | COMPANY |
---|---|---|---|---|
1 | AHANA SARKAR | 1DB19CS005 | CSE | KANINI SOFTWARE |
2 | NISARGA K | 1DB19CS097 | CSE | KANINI SOFTWARE |
3 | SHREYA GUPTA | 1DB19CS136 | CSE | KANINI SOFTWARE |
4 | CHITRA RAJSHEKAR | 1DB19CS036 | CSE | CLARIVATE |
5 | AHANA SARKAR | 1DB19CS005 | CSE | CLARIVATE |
6 | GURUPRASAD S R | 1DB19CS056 | CSE | CLARIVATE |
7 | BHOOMIKA L | 1DB19IS016 | ISE | CLARIVATE |
8 | SANDEEP M N | 1DB19IS079 | ISE | TORRY HARRIS INTEGRATION SOLUTION |
9 | SHASHANK H | 1DB19IS081 | ISE | TORRY HARRIS INTEGRATION SOLUTION |
10 | ABHINAV P ROTTI | 1DB19IS002 | ISE | TCS |
11 | AHANA SARKAR | 1DB19CS005 | CSE | TCS |
12 | ANUPAM BHARADWAJ | 1DB19CS012 | CSE | TCS |
13 | BHARGAVI V A | 1DB19EC019 | ECE | TCS |
14 | CHANDANA G | 1DB19IS021 | ISE | TCS |
15 | GAANA S KUMAR | 1DB19EC045 | ECE | TCS |
16 | NAMRATHA A NILAJAGI | 1DB19CS091 | CSE | TCS |
17 | NUMA NAVAL | 1DB19CS098 | CSE | TCS |
18 | SANDDESH RAJA L S | 1DB19IS078 | ISE | TCS |
19 | SUSHMA PATIL | 1DB19CS149 | CSE | TCS |
20 | GURUKANTH K R | 1DB19CS053 | CSE | TCS |
21 | SHAILESH D S | 1DB19CS118 | CSE | TCS |
22 | SHASHWAT K J | 1DB19IS073 | ISE | TCS |
23 | PRERANA S | 1DB19CS102 | CSE | TCS |
24 | BHOOMIKA B | 1DB19CS004 | CSE | TCS |
25 | RAHUL K J | 1DB19CS112 | CSE | TCS |
26 | ASHWIN S | 1DB19CS019 | CSE | TCS |
27 | SHREYAS H R | 1DB19CS135 | CSE | TCS |
28 | ROHIT V | 1DB19CS106 | CSE | TCS |
29 | NAVEEN K K | 1DB19CS085 | CSE | TCS |
30 | SAURABH R | 1DB19CS125 | CSE | TCS |
31 | SHALINI C | 1DB19CS135 | CSE | TCS |
32 | DEVIKA S H | 1DB19CS045 | CSE | TCS |
33 | SWATHI V S | 1DB19CS130 | CSE | TCS |
34 | ANKIT M K | 1DB19CS001 | CSE | MAVENBERG INNOVATIONS |
35 | AKSHATHA D S | 1DB19CS002 | CSE | MAVENBERG INNOVATIONS |
36 | DHAIRYA N G | 1DB19CS026 | CSE | MAVENBERG INNOVATIONS |
37 | ISHAN N A | 1DB19CS042 | CSE | MAVENBERG INNOVATIONS |
38 | MAHESH KUMAR | 1DB19CS067 | CSE | MAVENBERG INNOVATIONS |
39 | NIDHI V | 1DB19CS080 | CSE | MAVENBERG INNOVATIONS |
40 | NIMESH K | 1DB19CS087 | CSE | MAVENBERG INNOVATIONS |
41 | PARTHA P | 1DB19CS091 | CSE | MAVENBERG INNOVATIONS |
42 | SHRIJAY S K | 1DB19CS123 | CSE | MAVENBERG INNOVATIONS |
43 | SHASHANK P | 1DB19CS124 | CSE | MAVENBERG INNOVATIONS |
44 | SHIVAM K S | 1DB19CS126 | CSE | MAVENBERG INNOVATIONS |
45 | NIKHIL K S | 1DB19CS072 | CSE | MAVENBERG INNOVATIONS |
46 | SOUMYADIP D S | 1DB19CS141 | CSE | MAVENBERG INNOVATIONS |
47 | VISHAL P | 1DB19CS134 | CSE | MAVENBERG INNOVATIONS |
48 | YASHASWEE K | 1DB19CS114 | CSE | MAVENBERG INNOVATIONS |
49 | KAVYA P | 1DB19CS031 | CSE | MAVENBERG INNOVATIONS |
50 | KARTIK B R | 1DB19CS061 | CSE | MAVENBERG INNOVATIONS |
51 | HARDIK JAIN | 1DB19CS068 | CSE | MAVENBERG INNOVATIONS |
52 | GAURAV T | 1DB19CS055 | CSE | MAVENBERG INNOVATIONS |
53 | SHARWAN B | 1DB19CS135 | CSE | MAVENBERG INNOVATIONS |
54 | SHRAVAN H | 1DB19CS140 | CSE | MAVENBERG INNOVATIONS |
55 | VAISHNAVI S R | 1DB19CS145 | CSE | MAVENBERG INNOVATIONS |
SL NO | NAME | USN | BRANCH | COMPANY |
---|---|---|---|---|
1 | VIPUL SINGH | 1DB18CS162 | CSE | LEGATO HEALTH TECHNOLOGIES LLP |
2 | ROHITH S | 1DB18CS111 | CSE | LEGATO HEALTH TECHNOLOGIES LLP |
3 | ANUPAM MATHAD | 1DB18CS016 | CSE | LEGATO HEALTH TECHNOLOGIES LLP |
4 | SUNETHRA RANGANATH | 1DB18IS085 | ISE | LEGATO HEALTH TECHNOLOGIES LLP |
51 | SHAMANTH M H | 1DB18EC128 | ECE | MPHASIS |
52 | SHARANAMMA PATIL | 1DB18EC129 | ECE | MPHASIS |
53 | GURUPRASAD | 1DB18EC037 | ECE | TECHNOLOGICS GLOBAL |
54 | DIVYASHREE.R | 1DB18CS048 | CSE | TECHNOLOGICS GLOBAL |
55 | ULLAS A | 1DB18EE041 | EEE | TECHNOLOGICS GLOBAL |
56 | BHUSHAN HEGDE | 1DB18IS014 | ISE | APISERO |
57 | BHUSHAN HEGDE | 1DB18IS014 | ISE | ACCOLITE |
58 | HRITHIK SINGH | 1DB18CS063 | CSE | CLOUDTHING |
59 | HRITHIK ACHARYA | 1DB18EC048 | ECE | TCS |
60 | VINEETH VIRUPAKSH GOOLI | 1DB18CS161 | CSE | TCS |
61 | SACHINNATH P M | 1DB18ME051 | ME | TCS |
62 | SANJANA M | 1DB18IS067 | ISE | TCS |
63 | SUSHMITHA P | 1DB18EC148 | ECE | TCS |
64 | BHARATH N | 1DB18CS029 | CSE | TCS |
65 | SIRISHA G | 1DB18EC139 | ECE | TCS |
66 | SATHWIK HEBBAR K | 1DB18IS071 | ISE | TCS |
67 | CAROL SANJANA P | 1DB18EC016 | ECE | TCS |
68 | HARSHITHA S | 1DB18EC045 | ECE | TCS |
69 | SPURTHI S | 1DB18EC141 | ECE | TCS |
70 | ANNAPOORNESHWARI N G | 1DB18CS167 | CSE | TCS |
71 | CHANDANA U | 1DB18EC021 | ECE | TCS |
72 | MOHAMMAD WASEEM LONE | 1DB18CS079 | CSE | TCS |
73 | CHETHAN KUMAR G | 1DB18IS023 | ISE | TCS |
74 | SANJANA P SURYAVANSHI | 1DB18CS122 | CSE | TCS |
75 | SUHAS B P | 1DB18EC144 | ECE | TCS |
76 | MANJU SWAROOP | 1DB18EC066 | ECE | TCS |
77 | TEJESHWAR R | 1DB18IS090 | ISE | TCS |
78 | KARTHIK T | 1DB18CS069 | CSE | TCS |
79 | SANJANA M | 1DB18CS121 | CSE | TCS |
80 | V YESHWANTH | 1DB18EC154 | ECE | TCS |
81 | NITHIN GOWDA K | 1DB18ME040 | ME | TCS |
82 | SYED MUBEEN A | 1DB18EC150 | ECE | TCS |
83 | NITHESH B | 1DB18CS091 | CSE | TCS |
84 | AKSHATHA V TUNGA | 1DB18CS011 | CSE | TCS |
85 | BHAVITHA C P | 1DB18CS032 | CSE | TCS |
86 | BHAVANA B | 1DB18IS012 | ISE | TCS |
87 | AKHIL S P | 1DB18CS010 | CSE | TCS |
88 | ARCHANA E | 1DB18CS020 | CSE | TCS |
89 | SAGAR SINGH | 1DB18CS065 | CSE | TCS |
90 | AMOGH G KOTABAGI | 1DB18CS013 | CSE | TCS |
91 | SHAMANTH M H | 1DB18EC128 | ECE | TCS |
92 | B SAI CHARAN | 1DB18CS027 | CSE | TCS |
93 | MEGHANA S | 1DB18EC075 | ECE | TCS |
94 | ROMIKA RANI | 1DB18CS112 | CSE | TCS |
95 | SEEMA S | 1DB18EC127 | ECE | TCS |
96 | CHANDANA S | 1DB18EC019 | ECE | TCS |
97 | PRETTY JOYCE G | 1DB18CS096 | CSE | TCS |
98 | SIDDHANT SRIVASTAVA | 1DB18EC137 | ECE | TCS |
99 | SIDDAPPA BALIKAR | 1DB18CS136 | CSE | TCS |
100 | NAMITHA V ACHARYA | 1DB18CS085 | CSE | TCS |
101 | BHARGAVI R | 1DB18EC014 | ECE | TCS |
102 | CHETHAN B | 1DB18CS042 | CSE | TCS |
103 | MANJUNATH R S | 1DB18CS078 | CSE | TCS |
104 | GURUPRASAD | 1DB18EC037 | ECE | TCS |
105 | R PRAJWAL GOWDA | 1DB18EC101 | ECE | TCS |
106 | NITHIN R C | 1DB18IS054 | ISE | TCS |
107 | DEEPIKA A | 1DB18IS027 | ISE | TCS |
108 | ANUSHREE P NAIR | 1DB18CS018 | CSE | ATOS GLOBAL |
109 | SHIVAM KUMAR | 1DB18CS131 | CSE | ATOS GLOBAL |
110 | SIRISHA R | 1DB18CS139 | CSE | ATOS GLOBAL |
111 | LAKSHMI NARAYAN M D | 1DB18CS072 | CSE | ATOS GLOBAL |
112 | PADMARAJ DHANAPAL MANAGAVE | 1DB18CS092 | CSE | ATOS GLOBAL |
113 | VEDASHREE.V | 1DB18CS158 | CSE | ATOS GLOBAL |
114 | AISHWARYA MAIYA | 1DB18CS006 | CSE | ATOS GLOBAL |
115 | KAVYA V | 1DB18CS071 | CSE | ATOS GLOBAL |
116 | PRIYANKA S Y | 1DB18CS097 | CSE | ATOS GLOBAL |
117 | ASHIL P E | 1DB18CS022 | CSE | ATOS GLOBAL |
118 | NAFI RAFIQ | 1DB18CS083 | CSE | ATOS GLOBAL |
119 | SHARATH N | 1DB18CS128 | CSE | ATOS GLOBAL |
120 | MANJUNATH R S | 1DB18CS078 | CSE | ATOS GLOBAL |
121 | TANYA DOGRA | 1DB18CS147 | CSE | ATOS GLOBAL |
122 | PALLAVI G J | 1DB18CS093 | CSE | ATOS GLOBAL |
123 | LAKSHMI DEVI R | 1DB18IS041 | ISE | ATOS GLOBAL |
124 | CHETHAN KUMAR G | 1DB18IS023 | ISE | ATOS GLOBAL |
125 | HEMA R | 1DB18IS034 | ISE | ATOS GLOBAL |
126 | NAYANA S PAWAR | 1DB18IS052 | ISE | ATOS GLOBAL |
127 | RESHMA M | 1DB18IS064 | ISE | ATOS GLOBAL |
128 | AKASH.H.S | 1DB18EC165 | ECE | ATOS GLOBAL |
129 | R PRAJWAL GOWDA | 1DB18EC101 | ECE | ATOS GLOBAL |
130 | PRAVEEN P | 1DB18EC098 | ECE | ATOS GLOBAL |
131 | RACHANA M | 1DB18EC104 | ECE | ATOS GLOBAL |
132 | MANASI R S | 1DB18EC065 | ECE | ATOS GLOBAL |
133 | PATRICK BRUNO | 1DB18EC088 | ECE | ATOS GLOBAL |
134 | R YASHAS | 1DB18EC102 | ECE | ATOS GLOBAL |
135 | SHIVARAJ P | 1DB18EC133 | ECE | ATOS GLOBAL |
136 | NISHA SHREE S | 1DB18EC083 | ECE | ATOS GLOBAL |
137 | BHUMIKA S D | 1DB18TE002 | TCE | ATOS GLOBAL |
138 | POORVITHA H R | 1DB18TE009 | TCE | ATOS GLOBAL |
139 | NITHYASHREE.R | 1DB18EC085 | ECE | ATOS GLOBAL |
140 | SUMA K R | 1DB18IS082 | ISE | ATOS GLOBAL |
141 | SANDESH TIWARI S | 1DB18CS118 | CSE | VIRTUSA |
142 | DIVYASHREE.R | 1DB18CS048 | CSE | VIRTUSA |
143 | BHUSHAN HEGDE | 1DB18IS014 | ISE | HASHEDIN |
144 | KOTRESH T V | 1DB18EC060 | ECE | HASHEDIN |
145 | AKHILA H K | 1DB18EC005 | ECE | WIPRO |
146 | AKASH H S | 1DB18EC165 | ECE | WIPRO |
147 | NEERAJA N BALARAJ | 1DB18CS088 | CSE | WIPRO |
148 | ANNAPOORNESHWARI N G | 1DB18CS167 | CSE | WIPRO |
149 | SNEHA WALIKAR | 1DB18IS077 | ISE | WIPRO |
150 | HEMA R | 1DB18IS034 | ISE | WIPRO |
151 | AISHWARYA MAIYA | 1DB18CS006 | CSE | WIPRO |
152 | SHRINIDHI M | 1DB18IS075 | ISE | WIPRO |
153 | CHETAN CHIRAG K H | 1DB18CS041 | CSE | WIPRO |
154 | SIRISHA R | 1DB18CS139 | CSE | WIPRO |
155 | CHETHAN B | 1DB18CS042 | CSE | WIPRO |
156 | ARCHANA E | 1DB18CS020 | CSE | WIPRO |
157 | SHARATH N | 1DB18CS128 | CSE | WIPRO |
158 | BHARATH N | 1DB18CS029 | CSE | WIPRO |
159 | SHETTY SUNENA RAJEEV | 1DB18CS130 | CSE | WIPRO |
160 | M S AKSHAY | 1DB18CS075 | CSE | WIPRO |
161 | MOHIT KUNDU | 1DB18CS080 | CSE | WIPRO |
162 | BHAVANA B P | 1DB18CS031 | CSE | WIPRO |
163 | MANJUNATH R S | 1DB18CS078 | CSE | WIPRO |
164 | AYUSH NIGAM | 1DB18CS025 | CSE | WIPRO |
165 | PAVAN N | 1DB18EC089 | ECE | WIPRO |
166 | SHAMANTH M H | 1DB18EC128 | ECE | WIPRO |
167 | AISHWARYA R | 1DB18IS002 | ISE | WIPRO |
168 | JAYARAM KRISHNA R | 1DB18IS035 | ISE | WIPRO |
169 | AMOGH G KOTABAGI | 1DB18CS013 | CSE | WIPRO |
170 | VINAYAK P GANGARAMNAVAR | 1DB18EC158 | ECE | WIPRO |
171 | MONIKA V | 1DB18EE021 | EEE | WIPRO |
172 | VISHWAS D RAJ | 1DB18IS097 | ISE | WIPRO |
201 | SANJANA P SURYAVANSHI | 1DB18CS122 | CSE | WIPRO |
202 | CHETHAN V | 1DB18IS024 | ISE | WIPRO |
203 | ULLAS A | 1DB18EE041 | EEE | WIPRO |
204 | DARSHAN J D | 1DB18EC025 | ECE | WIPRO |
205 | SATHWIK HEBBAR K | 1DB18IS071 | ISE | WIPRO |
206 | SAHAJ SINGH SOHAL | 1DB18CS116 | CSE | WIPRO |
207 | SHREYAS K S | 1DB18IS073 | ISE | WIPRO |
208 | GURUPRASAD | 1DB18EC037 | ECE | WIPRO |
209 | CHETHANA S MATHAD | 1DB18IS022 | ISE | WIPRO |
210 | MAHESH KUMAR SAHU | 1DB18IS043 | ISE | WIPRO |
211 | K MADHU SUDHAN REDDY | 1DB18CS067 | CSE | WIPRO |
212 | SUDHA M B | 1DB18EC143 | ECE | WIPRO |
213 | ROHINI S GOWDA | 1DB18EC114 | ECE | WIPRO |
214 | RAMYA R | 1DB18EC112 | ECE | WIPRO |
215 | MANOJ KUMAR SAHU | 1DB18IS045 | ISE | WIPRO |
216 | PAVAN RAJ B | 1DB18IS056 | ISE | WIPRO |
217 | DIVYANSHU SINGH | 1DB18CS047 | CSE | WIPRO |
218 | BHOOMIKA T | 1DB18IS013 | ISE | WIPRO |
219 | KUSUMA L | 1DB18IS040 | ISE | WIPRO |
220 | POOJITH S | 1DB18IS058 | ISE | WIPRO |
221 | ATHIRA KRISHNAN R | 1DB18CS024 | CSE | WIPRO |
222 | SWATHI J S | 1DB19EE418 | EEE | WIPRO |
223 | ARAVINDKUMAR SATHYASAI BOBBA | 1DB18EC010 | ECE | WIPRO |
224 | MANOJ B R | 1DB18EC068 | ECE | WIPRO |
225 | SHIVA SHANKAR | 1DB18IS077 | ISE | WIPRO |
226 | ABHISHEK SHANKAR VASUDEV | 1DB18IS003 | ISE | WIPRO |
227 | PRAKASH M | 1DB18IS044 | ISE | WIPRO |
228 | NIKHIL H K | 1DB18CS116 | CSE | WIPRO |
229 | NAGARAJ K | 1DB18IS022 | ISE | WIPRO |
230 | AMAR KUMAR M | 1DB18IS020 | ISE | WIPRO |
231 | G VENKATESH | 1DB18ME020 | ME | WIPRO |
232 | THIPPESH H | 1DB18CS152 | CSE | WIPRO |
233 | SUSHMITHA NAYAK | 1DB18IS087 | ISE | WIPRO |
234 | JAYACHANDRA A S | 1DB18EE015 | EEE | WIPRO |
235 | CHANDAN V C | 1DB18EC017 | ECE | WIPRO |
236 | KAMAL NAYAN SINGH | 1DB18EE017 | EEE | WIPRO |
237 | MANJUNATHA M | 1DB18EC067 | ECE | WIPRO |
238 | JAYASHREE R | 1DB18EC050 | ECE | WIPRO |
239 | HRITHIK ACHARYA | 1DB18EC048 | ECE | WIPRO |
240 | YASHWANTH B H | 1DB18IS099 | ISE | WIPRO |
241 | MONISH B N | 1DB18ME037 | ME | WIPRO |
242 | RAJESH R | 1DB18EC107 | ECE | WIPRO |
243 | PUNEETH KUMAR R | 1DB18CS099 | CSE | WIPRO |
244 | KEERTHANA H N | 1DB18EC054 | ECE | WIPRO |
245 | BHOOMIKA I MARIYAN | 1DB18CS033 | CSE | WIPRO |
246 | SUHAS B P | 1DB18EC144 | ECE | WIPRO |
247 | ANVITHA V | 1DB18IS009 | ISE | WIPRO |
248 | C R POMPA REDDY | 1DB18IS017 | ISE | WIPRO |
249 | CHANDRAKANTH | 1DB18IS066 | ISE | WIPRO |
250 | SHRUTHI V J | 1DB18IS042 | ISE | WIPRO |
251 | PRATEEK K SHETTY | 1DB18CS050 | CSE | WIPRO |
252 | TARUN S | 1DB18IS077 | ISE | WIPRO |
253 | MOUNISH K B | 1DB18CS034 | CSE | WIPRO |
254 | RAKSHITH K P | 1DB18IS063 | ISE | WIPRO |
255 | NIKHIL K | 1DB18IS079 | ISE | WIPRO |
256 | SREEKANTH G | 1DB18IS046 | ISE | WIPRO |
257 | SHASHI K SHETTY | 1DB18CS035 | CSE | WIPRO |
258 | PRAVEEN KUMAR S | 1DB18IS054 | ISE | WIPRO |
259 | SWARUP S K | 1DB18EC003 | ECE | WIPRO |
260 | DHRUVIK NARAYANA | 1DB18CS139 | CSE | WIPRO |
261 | ANUSHREE S | 1DB18IS027 | ISE | WIPRO |
262 | SHASHWAT MISHRA | 1DB18IS037 | ISE | WIPRO |
263 | ANANYA N M | 1DB18CS069 | CSE | WIPRO |
264 | SUSHMA H N | 1DB18CS055 | CSE | WIPRO |
265 | HARSHITH K S | 1DB18IS078 | ISE | WIPRO |
266 | SANDESH H S | 1DB18IS082 | ISE | WIPRO |
267 | ANVITH M S | 1DB18IS039 | ISE | WIPRO |
268 | KARTHIK N | 1DB18EC071 | ECE | WIPRO |
269 | MITHUN K | 1DB18CS010 | CSE | WIPRO |
270 | RAJASHREE H S | 1DB18IS015 | ISE | WIPRO |
271 | SAHITH A | 1DB18CS138 | CSE | WIPRO |
272 | SHRUTHI S S | 1DB18CS072 | CSE | WIPRO |
273 | HARSHA H K | 1DB18IS057 | ISE | WIPRO |
274 | AASHISH KUMAR | 1DB18IS061 | ISE | WIPRO |
275 | KARTHIK S K | 1DB18EC108 | ECE | WIPRO |
276 | ASHWINI K M | 1DB18CS132 | CSE | WIPRO |
277 | VINAY KUMAR B | 1DB18CS014 | CSE | WIPRO |
278 | HARSHITH N S | 1DB18CS056 | CSE | WIPRO |
279 | HARSH K N | 1DB18EC034 | ECE | WIPRO |
280 | DHRUV D | 1DB18IS026 | ISE | WIPRO |
281 | KASHYAP D | 1DB18EC146 | ECE | WIPRO |
282 | ABHINAV G | 1DB18EC119 | ECE | WIPRO |
283 | KARTHIK R S | 1DB18IS022 | ISE | WIPRO |
284 | MEGHANA V | 1DB18IS029 | ISE | WIPRO |
285 | BHUVI A | 1DB18EC111 | ECE | WIPRO |
286 | SADHANA K S | 1DB18IS062 | ISE | WIPRO |
287 | RENUKA B | 1DB18CS040 | CSE | WIPRO |
288 | ARJUN V | 1DB18EC015 | ECE | WIPRO |
289 | SHIVAM V K | 1DB18CS005 | CSE | WIPRO |
290 | ABHISHEK H V | 1DB18CS013 | CSE | WIPRO |
291 | RAHUL V A | 1DB18IS071 | ISE | WIPRO |
292 | HEMANTH KUMAR M | 1DB18CS079 | CSE | WIPRO |
293 | SHASHANK G R | 1DB18IS036 | ISE | WIPRO |
294 | RUPESH G R | 1DB18EC020 | ECE | WIPRO |
295 | PRIYANKA G N | 1DB18EC089 | ECE | WIPRO |
296 | VISHAL C R | 1DB18IS084 | ISE | WIPRO |
297 | JAYASRI S | 1DB18CS017 | CSE | WIPRO |
298 | NIKHIL P N | 1DB18IS059 | ISE | WIPRO |
299 | ASHWINI S H | 1DB18CS061 | CSE | WIPRO |
300 | SIDDHARTH N K | 1DB18CS073 | CSE | WIPRO |
301 | LEKHASHREE A | 1DB18CS074 | CSE | UPGRADE |
302 | JAYANTH S | 1DB18ME029 | ME | UPGRADE |
303 | DHANALAKSHMI M | 1DB18EC029 | ECE | UPGRADE |
304 | REEMUS P ROWE | 1DB18CS106 | CSE | UPGRADE |
305 | HEMAVATHI D S | 1DB18EC047 | ECE | UPGRADE |
306 | SUCHITHRA V C | 1DB18EE039 | EEE | UPGRADE |
307 | HITHASHREE K | 1DB18CS062 | CSE | UPGRADE |
308 | CHETHAN K | 1DB18EC022 | ECE | UPGRADE |
309 | NANDITHA N | 1DB18CS086 | CSE | UPGRADE |
310 | SUDHA M B | 1DB18EC143 | ECE | UPGRADE |
311 | ROHAN M C | 1DB18EE029 | EEE | UPGRADE |
312 | VINAYAK P GANGARAMNAVAR | 1DB18EC158 | ECE | UPGRADE |
313 | BHOOMIKA T | 1DB18IS013 | ISE | UPGRADE |
314 | AYUSH NIGAM | 1DB18CS025 | CSE | TECH MAHINDRA |
315 | ANNAPOORNESHWARI N G | 1DB18CS167 | CSE | TECH MAHINDRA |
316 | DIVYASHREE.R | 1DB18CS048 | CSE | TECH MAHINDRA |
317 | VASU DEV SIRVI | 1DB18IS095 | ISE | TECH MAHINDRA |
318 | MANJUNATHA M | 1DB18EC067 | ECE | TECH MAHINDRA |
319 | TUSHAR SHUKLA | 1DB18CS156 | CSE | TECH MAHINDRA |
320 | CHETHAN B | 1DB18CS042 | CSE | TECH MAHINDRA |
321 | KOTRESH T V | 1DB18EC060 | ECE | TECH MAHINDRA |
322 | CHETHAN V | 1DB18IS024 | ISE | TECH MAHINDRA |
323 | AKASH KUMAR SINGH | 1DB18CS009 | CSE | TECH MAHINDRA |
324 | LIKHITH S G | 1DB18EC062 | ECE | TECH MAHINDRA |
325 | VARSHITHA N | 1DB18IS094 | ISE | TECH MAHINDRA |
326 | NAVEEN C SHETTY | 1DB18IS048 | ISE | RELIANCE JIO |
327 | M S AKSHAY | 1DB18CS075 | CSE | RELIANCE JIO |
328 | AISHWARYA R | 1DB18IS002 | ISE | RELIANCE JIO |
329 | ARCHANA E | 1DB18CS020 | CSE | RELIANCE JIO |
330 | SIRISHA R | 1DB18CS139 | CSE | RELIANCE JIO |
331 | NANDITHA N | 1DB18CS086 | CSE | RELIANCE JIO |
332 | AISHWARYA.C.HOMBALIMATH | 1DB18CS004 | CSE | IBM |
333 | M S AKSHAY | 1DB18CS075 | CSE | IBM |
334 | PRETTY JOYCE G | 1DB18CS096 | CSE | IBM |
335 | MANASI R S | 1DB18EC065 | ECE | IBM |
336 | TEJARAJ M P | 1DB17CS153 | CSE | IBM |
337 | DARSHAN GOWDA N | 1DB18EC024 | ECE | HCL |
338 | PAVAN N | 1DB18EC089 | ECE | HCL |
339 | VARSHINI U | 1DB18EC155 | ECE | HCL |
340 | ROJIN RAJAN | 1DB18EE030 | EEE | HCL |
341 | DIVYASHREE.R | 1DB18CS048 | CSE | HCL |
342 | NIVITHA N M | 1DB18EE025 | EEE | HCL |
343 | RIYA KUMARI | 1DB18CS108 | CSE | HCL |
344 | RAASHI SINGH | 1DB18IS061 | ISE | HCL |
345 | RUTHU R | 1DB18TE010 | TCE | HCL |
346 | SHAHID GULL | 1DB18CS125 | CSE | HCL |
347 | ANVITHA V | 1DB18IS009 | ISE | HCL |
348 | SANMATHI R | 1DB18IS069 | ISE | HCL |
349 | CHAITANYA S | 1DB18IS019 | ISE | HCL |
350 | SAHANA R | 1DB18IS066 | ISE | HCL |
351 | LAKSHMI DEVI R | 1DB18IS041 | ISE | HCL |
352 | GREESHMA N | 1DB18IS032 | ISE | HCL |
353 | NAMRATHA KINNERA | 1DB18IS047 | ISE | HCL |
354 | SAIPRASAD SHITHALE | 1DB18EC123 | ECE | HCL |
355 | PRIYADARSHINI K | 1DB18IS060 | ISE | HCL |
356 | CHETHAN K | 1DB18EC022 | ECE | PAYTM |
357 | KISHORE B G | 1DB18EC058 | ECE | PAYTM |
358 | NITHIN KUMAR S | 1DB19EE411 | EEE | PAYTM |
359 | MUTHURAJ A C | 1DB19ME418 | ME | PAYTM |
360 | VARUN KUMAR C R | 1DB17ME130 | ME | PAYTM |
361 | KUSHAL K | 1DB19ME412 | ME | PAYTM |
362 | PREM V | 1DB20BA026 | MBA | PAYTM |
363 | VIJAY Y | 1DB18ME070 | ME | PAYTM |
364 | KRISHNA KALBURGI | 1DB20BA013 | MBA | PAYTM |
365 | VINAYAKA M | 1DB20BA044 | MBA | PAYTM |
366 | BIRENDRA PARIDA G | 1DB20BA002 | MBA | PAYTM |
367 | PARAMESH K G | 1DB20BA023 | MBA | PAYTM |
368 | VINAY H P | 1DB20BA043 | MBA | PAYTM |
369 | CHANDAN B | 1DB20BA003 | MBA | PAYTM |
370 | HEMANTH G N | 1DB20BA010 | MBA | PAYTM |
371 | VRUSHANKA C BHATTA | 1DB18ME073 | ME | PAYTM |
372 | NAGENDRA M S | 1DB18ME432 | ME | PAYTM |
373 | SHASHANK K R | 1DB19EE415 | EEE | PAYTM |
374 | KOUSHIK R | 1DB19IS005 | ISE | PAYTM |
375 | ADARSH B C | 1DB19IS015 | ISE | PAYTM |
376 | PRAKASH G | 1DB19IS013 | ISE | PAYTM |
377 | PRAKASH S P | 1DB19EC013 | ECE | PAYTM |
378 | MURUGAN R | 1DB19CS043 | CSE | PAYTM |
379 | SHASHANK S G | 1DB19ME035 | ME | PAYTM |
380 | SHIVAKUMAR G | 1DB19ME038 | ME | PAYTM |
381 | SHARON T K | 1DB19EC011 | ECE | PAYTM |
382 | JERIN K E | 1DB19EE049 | EEE | PAYTM |
383 | AKHILA A | 1DB19ME049 | ME | PAYTM |
384 | SANGEETHA R | 1DB19EC035 | ECE | PAYTM |
385 | GOURAV K SINGH | 1DB19IS012 | ISE | PAYTM |
386 | SAHEB A | 1DB19EE036 | EEE | PAYTM |
387 | GOURAV R | 1DB19IS020 | ISE | PAYTM |
388 | ASHA J | 1DB19CS015 | CSE | PAYTM |
389 | PANKAJ K S | 1DB19CS007 | CSE | PAYTM |
390 | YASHASWEE M | 1DB19CS016 | CSE | PAYTM |
391 | ADITHYA V | 1DB19ME036 | ME | PAYTM |
392 | PRIYADARSHINI A | 1DB19EC008 | ECE | PAYTM |
393 | SHUBHAM GUPTA | 1DB19EE033 | EEE | PAYTM |
394 | HARSH M | 1DB19ME040 | ME | PAYTM |
395 | GURURAJ K M | 1DB19EC024 | ECE | PAYTM |
396 | SHRAVAN K R | 1DB19EE050 | EEE | PAYTM |
397 | PUSHKAL R | 1DB19CS018 | CSE | PAYTM |
398 | MUSKAN N | 1DB19IS017 | ISE | PAYTM |
399 | MITHUN K N | 1DB19CS036 | CSE | PAYTM |
400 | ABHISHEK A K | 1DB19IS011 | ISE | PAYTM |




Value Added Course (VAC) on “RENEWABLE ENERGY SOURCES” The event was conducted in association with Pyra Windo Power Academy
Date: 19th July to 24th July 2021
Resource persons: Shri. Ramachandra Rao , Director , PYRA Windo-Power Academy, Bengaluru and Dr. H. Naganagouda , Ex- Director, National Training Center for Solar Technology, KPCL.
Above-mentioned two resource persons gave intense knowledge on the Renewable energy sources & applications, which are necessary for greener society. The event was carried out for five days from 19th July 2021 to 24th July 2021. Electrical & Electronics students from 4th & 6th semester attended the FDP
Virtual Power Seminar on “Strategic Thinking and Effective Decision Making” by Mr. Ashish Gakrey, Founder, HR Shapers. The event was conducted in association with ICT Academy & Institution’s Innovation Council.
Date: June 12, 2021
Mr. Ashish Gakrey, Founder, HR Shapers, delivered talk on Strategic Thinking and Effective Decision Making. The webinar was hosted on 12th June 2021 from 11.00 AM to 12.00 PM at DBIT Campus using MS Teams Platform. Students and Staff from DBIT participated actively in the interactive session. The feedback received from the participants has been very encouraging and has motivated us to plan many more such virtual power seminars.
Webinar on “Career Skills on Communication” byDr.Vidya Bhat, Professor & Event Co-ordinator, DBIPUC.The event was conducted in association with IQAC & Institution’s Innovation Council.
Date: June 9, 2021
Dr.Vidya Bhat, Professor & Event Co-ordinator, DBIPUCdelivered talk onCareer Skills on Communication. The webinar was hosted on 9th June 2021 from 2.30 AM to 3.30 PM at DBIT Campus using MS Teams Platform. Students and Staff from DBIT participated actively in the interactive session. The feedback received from the participants has been very encouraging and has motivated us to plan many more such webinars.
“Industrial Automation 2020” by Mr. Manikandan P., Faculty coordinator, Centre for Industrial Automation, Christ University, Jury Mechatronics – India Skills and World Skills India [NSDC, Govt. of India], Karnataka Skill Council [Govt. of Karnataka].
Date: May 26, 2020
Mr. Manikandan P. delivered the technical talk on Industrial Automation 2020. The webinar was hosted on 26th May 2020 from 10.30 AM to 12.00 PM at DBIT Campus. Students and Staff from DBIT and various other institutions from all over Karnataka participated actively in the interactive session. The feedback received from the participants has been very encouraging and has motivated us to plan many more such webinars.
Webinar on “Emerging Career Opportunities in the Field of Electrical & Electronics Engineering”
Date: 29thAugust 2020
Resource persons: Dr.Sanjeev K Nayak, B.E. M.Tech, Ph.D(NITK, Surtahkal) Specialist, AutomativeDivision, L &T Technology Services, Bengaluru. and Mr. Santosh Eswarappa, Senior Engineer, Power system at Schneider Electric.
Dr.Sanjeev K Nayak, B.E. M.Tech, Ph.D(NITK, Surtahkal) Specialist, AutomativeDivision, L &T Technology Services, Bengaluru &Mr. Santosh Eswarappa, Senior Engineer, Power system at Schneider Electric delivered a technical talk on Emerging Career Opportunities in the Field of Electrical & Electronics Engineering. The webinar was hosted on 29thAugust 2020 from 2.30 AM to 3.30 PM at DBIT Campus using MS Teams Platform. Over 110 registered for this webinar and all attended the sessions. Participants represented students of PU from various colleges and 2nd year, 3rd year, 4th year and teaching staffs of EEE department. The session about opportunities in core sector was very useful and has made us aware of real time requirements as a student as an electrical engineer. So, overall it was a good and effective session & thus thanked for providing such an opportunity & also they expressed their views about having more such kind of webinars.
Confrence
A life to experience
Two days International Conference on "Current Trends in Engineering, Science and Technology"-ICCTEST-2017.
Date: June 03rd , 2020
Guest Name / Resource Person: Academic Expert Dr. Pradeep Dixit, Professor, MSRIT, Bengaluru.
No of Papers Presented: 21-Students and Faculty from various institution across Karnataka
About Conference/Seminar: —
Workshop
A life to experience




CAREER COUNSELING, PERSONALITY & SKILL DEVELOPMENT PROGRAMME for 4th Semester students. The event was conducted in association with IQAC & Institution’s Innovation Council.
Date: 9th February 2021 to 13th February 2021
Mode: Offline in College Seminar Hall
Resource persons: Dr. Anguraja R Professor & HOD, Department of EEE, DBIT | Dr. M Selvam Professor, Department of ISE, DBIT | Mr. Somashekhar Placement Head, Training & Placement, DBIT | Mr. Rafi Ahmed Z Placement Executive, Training & Placement, DBIT
Four experienced faculties of our college has trained 4th semester students on their Personality & Skill Development which will be useful for their placements. 50 students from 4th semester have attended the program.
FDP on “ELECTRIC, HYBRID ELECTRIC VEHICLES AND CHARGING INFRASTRUCTURE” The event was conducted in association with IQAC & Institution’s Innovation Council.
Date: 6th April to 10th April 2021
Mode: Online through MS Teams
Resource persons: Dr. Sanjeev K Nayak, Specialist, Automotive Division, L&T Technology Services, Bangalore | Mr. Samved Singh Deputy Manager, Mahindra Electric Mobility Ltd., Bengaluru | Mr. Hemanth Kumar Associate Director, Ola Electric Mobility Pvt. Ltd., Bengaluru | Dr. Venkatesha Professor, Dept. of EEE, BNMIT, Bengaluru. | Dr. Prajof Prabhakaran, Assistant Professor, Dept. of EEE, NITK, Surtahkal | Mr. Sahil Talathi Research and Development Engineer, Rethium Power Tech LLP – Bengaluru
Above mentioned 6 recourse persons gave intense knowledge on the Electric Vehicle, Hybrid Electric Vehicle and Infrastructure required for the Charging Station for Five days from 6th April 2021 to 10th April 2021. Faculties and research scholars from various Engineering colleges attended the FDP.
Workshop on "Focus 2025: You and Future".
Date: 24th August 2019
Guest Speaker / Resource Person: 1. Dr. Nagappa Veerappa Bakkannanavar – Branch Head, Information Resource Centre, TCS, Bengaluru.
2. Mr. Harry Coppoolse – Information and Data Services Manager, Shell, The Hague Area, Netherlands
No of Attendees, Audience: 108, 3rd, 5th Semester & 7th Students and Faculty
About Workshop: –
Two days Workshop on "Applications of MATLAB and MI-Power".
Date: 24th-25th May 2019
Guest Speaker / Resource Person: Mr. Santhosh E., Engineer, Schneider Electrics, Bengaluru.
No of Attendees, Audience: 47, 7th Semester Students
About Workshop: –
Five days Workshop on "Renewable Energy Sources".
Date: 26th Feb-2nd March 2019
Guest Speaker / Resource Person: Mr. Ramachandra Rao, Pyra Windo Power, Bengaluru.
No of Attendees, Audience: 110, 3rd, 5th & 7th Semester Students and Faculty
About Workshop: –
GUEST LECTURES / TECH TALKS / INTERACTION
A life to experience
Technical Talk on “Current Trends and Future of EV and Hybrid EV”
Date: 29th February 2020
Guest Speaker / Resource Person: Dr. Sanjeev K. Nayak, Specialist, Automotive Division, L & T Technology Services, Bengaluru.
No of Attendees, Audience:108, 3rd, 5th & 7th Semester Students and Faculty
Highlights of the Talk: –
Technical Talk on “Insight into Opportunities in IT Sector”
Date: 18th October 2019
Guest Speaker / Resource Person: Mr. Tokala Durga Rao, Senior Technical Head, Oracle, Bengaluru.
No of Attendees, Audience:92, 3rd & 5th Semester Students
Highlights of the Talk: –
BHEL
Industrial Visit to BHEL, Bengaluru, was undertaken by the students of the 3rd Semester [26 students] B.E – Electrical and Electronics Engineering, on 25-10-2019. Two Staff Members namely Dr. Prakash P. K. – Assoc. Professor and Dr. Ramesh Kumar V. – Assistant Professor, accompanied the students.
KAVIKA
Industrial Visit to KAVIKA, Bengaluru, was undertaken by the students of the 5th Semester [63 students] B.E – Electrical and Electronics Engineering, during 28-03-2019 and 02-04-2019. Three Staff Members namely–Ms. Padmashree V. Kulkarni Assoc. Professor, Mr. Raveendra R.- Assistant Professor and Mr. Rajath Shankar P S – Assistant Professor, accompanied the students.
Events
Internship
Recognizing the need for hands-on training during the course work, Internship has been arranged for the students of the final year in various reputed organizations belonging to both Government and Private Sectors. Some of them are Toyota Kirloskar, BEML, KAVIKA, JSW Steels, BESCOM, CESCOM, IMTMA, NPTI, and KREDL. A total of 50 students have benefited from the internship that they have undergone. Similarly, a total of 54 students have benefited from the internship during the previous academic year.
Calender of Events
Coming Soon
Time Table
Syllabus
2022 Schemes
Sl. No | Course Code | Course Title | Scheme/Syllabus |
---|---|---|---|
1 | BMATE301 | Engineering Mathematics for EEE | View/Download |
2 | BEE302 | Electric Circuit Analysis | View/Download |
3 | BEE303 | Analog Electronic Circuits | View/Download |
4 | BEE304 | Transformers and Generators | View/Download |
5 | BEEL305 | Transformers and Generators Lab | View/Download |
6 | BEE306x | ESC/ETC/PLC | View/Download |
7 | BSCK307 | Social Connect and Responsibility | View/Download |
8 | BMATE301 | Engineering Mathematics for EEE | View/Download |
9 | BEE358x | Ability Enhancement Course/Skill Enhancement Course – III | View/Download |
10 | BNSK359 | National Service Scheme (NSS) | View/Download |
11 | BPEK359 | Physical Education (PE) (Sports and Athletics) | View/Download |
Sl. No | Course Code | Course Title | Scheme/Syllabus |
---|---|---|---|
1 | BEE401 | Electric Motors | View/Download |
2 | BEE402 | Transmission and Distribution | View/Download |
3 | BEE403 | Microcontrollers | View/Download |
4 | BEEL404 | Electric Motors Lab | View/Download |
5 | BEE405x | ESC/ETC/PLC | View/Download |
6 | BEE456x | Ability Enhancement Course/Skill Enhancement Course – IV | View/Download |
7 | BBOK407 | Biology For Engineers | View/Download |
8 | BUHK408 | Universal Human Values Course | View/Download |
9 | BNSK459 | National Service Scheme (NSS) | View/Download |
10 | BPEK459 | Physical Education (PE) (Sports and Athletics) | View/Download |
11 | BEEL456A | Basics of VHDL Lab | View/Download |
12 | BEEL456B | Sci Lab/MATLAB for Electrical and Electronic Measurements | View/Download |
Sl. No | Course Code | Course Title | Scheme/Syllabus |
---|---|---|---|
1 | BXX501 | Engineering Management and Entrepreneurship | View/Download |
2 | BEE502 | Signals & DSP | View/Download |
3 | BEE503 | Power Electronics | View/Download |
4 | BEE504 | Power Electronics Lab | View/Download |
5 | BEE515x | Professional Elective Course (Industry suggested course) | View/Download |
6 | BEE586 | Mini Project | View/Download |
7 | BRMK557 | Research Methodology and IPR | View/Download |
8 | BESK508 | Environmental Studies | View/Download |
9 | BEE515A | Vertical Elective –I: Power Engineering | View/Download |
10 | BEE515B | Vertical Elective –II: Converters and Drives | View/Download |
11 | BEE515C | Vertical Elective –III: Embedded Systems | View/Download |
12 | BEE515D | Vertical Elective –IV: Electric Vehicle Technology | View/Download |
13 | BEE515E | Vertical Elective –V: Electrical System Automation | View/Download |
Sl. No | Course Code | Course Title | Scheme/Syllabus |
---|---|---|---|
1 | BEE601 | Power System Analysis I | View/Download |
2 | BEE602 | Control Systems | View/Download |
3 | BEE613x | Professional Elective Course | View/Download |
4 | BEE654x | Open Elective Course | View/Download |
5 | BEE685 | Project Phase I | View/Download |
6 | BEEL606 | Control System Lab | View/Download |
7 | BEE657x | Ability Enhancement Course/Skill Development Course V | View/Download |
8 | BNSK658 | National Service Scheme (NSS) | View/Download |
9 | BPEK658 | Physical Education (PE) (Sports and Athletics) | View/Download |
10 | BYOK658 | Yoga | View/Download |
Sl. No | Course Code | Course Title | Scheme/Syllabus |
---|---|---|---|
1 | BEE701 | Switchgear and Protection | View/Download |
2 | BEE702 | Industrial Drives and Applications | View/Download |
3 | BEE703 | Power System Analysis II | View/Download |
4 | BEE714x | Professional Elective Course | View/Download |
5 | BEE755x | Open Elective Course | View/Download |
6 | BEE786 | Major Project Phase-II | View/Download |
7 | BEE701 | Switchgear and Protection | View/Download |
8 | BEE714A | Vertical Elective –I: Power Engineering | View/Download |
9 | BEE714B | Vertical Elective –II: Converters and Drives | View/Download |
10 | BEE714C | Vertical Elective –III: Embedded Systems | View/Download |
11 | BEE714D | Vertical Elective –IV: Electric Vehicle Technology | View/Download |
12 | BEE714E | Vertical Elective –V: Electrical System Automation | View/Download |
Sl. No | Course Code | Course Title | Scheme/Syllabus |
---|---|---|---|
1 | BEE801x | Professional Elective (Online Courses) | View/Download |
2 | BEE802x | Open Elective (Online Courses) | View/Download |
3 | BEE803 | Internship (Industry/Research) (14 – 20 weeks) | View/Download |
4 | BEE801A | Vertical Elective –I: Power Engineering | View/Download |
5 | BEE801B | Vertical Elective –II: Converters and Drives | View/Download |
6 | BEE801C | Vertical Elective –III: Embedded Systems | View/Download |
7 | BEE801D | Vertical Elective –IV: Electric Vehicle Technology | View/Download |
8 | BEE801E | Vertical Elective –V: Electrical System Automation | View/Download |
9 | BEE802A | Industry Suggested Course/MOOCS | View/Download |
10 | BEE802B | Industry Suggested Course/MOOCS | View/Download |
11 | BEE802C | NPTEL/MOOCS | View/Download |
12 | BEE802D | NPTEL MOOCS | View/Download |
Teacher Notes
Teachers Notes (All Semesters)
Category | Department | Download Links |
---|---|---|
Science and Humanities (S & H) | 1st Year - (Physics and Chemistry Cycle) | View / Downloads |
Under Graduate (UG) | Electronics and Communication Engineering | View / Downloads |
Computer Science and Engineering | View / Downloads | |
Information Science and Engineering | View / Downloads | |
Mechanical Engineering | View / Downloads | |
Electrical and Electronics Engineering | View / Downloads | |
Civil Engineering | View / Downloads | |
Artificial Intelligence & Machine Learning | View / Downloads | |
Artificial Intelligence & Data Science | View / Downloads | |
Post Graduate (PG) | Master of Business Administration (MBA) | View / Downloads |
Class Incharge
Semester | Class Teacher | Official Mail ID |
---|---|---|
III | Asma | asma.eee@dbit.co.in |
V | Ramesh Kumar V | rameshkumarv@dbit.co.in |
VII | Sharmila R S | sharmilars@dbit.co.in |