Artifical Intellegence & Machine Learning
August 29, 2024 2025-07-08 9:54Artifical Intellegence & Machine Learning
Department
Affiliation
Approvals
Accreditation
Duration
Intake
Computer Science & Engineering ( AI & ML )
VTU, Belagavi
AICTE & Govt. of Karnataka
NAAC & NBA
4 years (8 semesters)
120
Department
Computer Science(AI & ML)
Affiliation
VTU, Belagavi
Approvals
AICTE
Duration
4 years (8 semesters)
Intake
180
The Department of Computer Science and Engineering (Artificial Intelligence and Machine Learning) at Don Bosco Institute of Technology (DBIT), Bangalore, was established in 2020. It began with an intake of 60 students and expanded to 120 students by 2021. DBIT is permanently affiliated with Visvesvaraya Technical University (VTU) in Belagavi, Karnataka, ensuring high academic standards and industry relevance.
The department offers a cutting-edge curriculum in AI and ML, preparing students for the dynamic tech industry. It emphasizes a robust understanding of core concepts and practical skills, focusing on areas such as the Internet of Things (IoT), Data Science, Big Data Analytics, and Mobile Application Development, among others. Students engage in diverse research areas and real-world applications, fostering innovation and critical problem-solving.
With state-of-the-art laboratories and a comprehensive library, the department provides essential resources for learning and research. The faculty, with an average of 15 years of experience, offer valuable insights and guidance. The department also supports student development through curricular, co-curricular, and extra-curricular activities, ensuring a well-rounded education. Industry collaborations, internships, and projects further enhance practical experience, preparing students for successful careers and leadership roles in technology.
The Department of Computer Science and Engineering (Artificial Intelligence and Machine Learning) at Don Bosco Institute of Technology (DBIT), Bangalore, was established in 2020. It began with an intake of 60 students and expanded to 120 students by 2021. DBIT is permanently affiliated with Visvesvaraya Technical University (VTU) in Belagavi, Karnataka, ensuring high academic standards and industry relevance.
The department offers a cutting-edge curriculum in AI and ML, preparing students for the dynamic tech industry. It emphasizes a robust understanding of core concepts and practical skills, focusing on areas such as the Internet of Things (IoT), Data Science, Big Data Analytics, and Mobile Application Development, among others. Students engage in diverse research areas and real-world applications, fostering innovation and critical problem-solving.
With state-of-the-art laboratories and a comprehensive library, the department provides essential resources for learning and research. The faculty, with an average of 15 years of experience, offer valuable insights and guidance. The department also supports student development through curricular, co-curricular, and extra-curricular activities, ensuring a well-rounded education. Industry collaborations, internships, and projects further enhance practical experience, preparing students for successful careers and leadership roles in technology.
Welcome to the Department of Computer Science & Engineering(AI&ML), DBIT.
Greetings from the Department of CSE (Artificial Intelligence and Machine Learning) at Don Bosco Institute of Technology (DBIT), Bengaluru. It gives me immense pleasure to lead the Department of Computer Science and Engineering (AI&ML) which is striving towards the goal of providing innovative and quality education to the students to achieve academic excellence.
Since its establishment in 2019-20, the department has maintained an exemplary academic record. The MOUs are in process with leading industries and partnerships with professional bodies like ISTE and CSI.
The CSE (AIML) course emphasizes creativity and innovation and is supported by dedicated faculty who strive to inspire their students. We promote teamwork among students through projects and co-curricular activities. Each student’s overall progress is closely monitored by a proctor and the same is communicated to their parents.

Dr.Anasuya N. Jadagerimath
The motto of the department is to provide quality technical education to make the students industry-ready. Our goal is to ensure that our engineering graduates are well prepared to play the roles of problem solvers, project leaders, entrepreneurs, and above all ethical citizens of a global society.
The excellent infrastructure, dynamic teaching staff along with training and placement cell ensure a bright future for the students. The greatest asset of the department is its highly motivated and learned faculty. The faculty members are involved in research and development activities and are pursuing their Ph.D., in their related domains. The department has conducted several webinars and add-on courses. We are confident that our students will emerge as assets not only to the institution and to the organization they join, but to the society at large. With this, I would like to congratulate the students and staff for their brilliant achievements and wish them a great future.
Advisory Board
Vision & Mision
Vision
- Empower the students to be socially responsible technocrats in the area of Artificial Intelligence and Machine Learning through quality education.
Mission
- To impart knowledge and encourage research and innovation in contemporary technologies.
- To collaborate with industry and premier institutions for providing enhanced experiential learning.
- To enable students to become quick learners and develop cutting-edge AI&ML applications.
Goals
Short Term Goals
- Teach students the basic principles that underlie modern computational technology.
- Help students apply their knowledge of computer science to solve problems arising in various disciplines.
- Enhance students’ ability to communicate ideas clearly and concisely.
- Familiarize students with current technological trends and breakthroughs in computer science, such as machine learning.
- Encourage students to participate in national and international events in the field.
Long Term Goals
- Transform the department and its students into a multidisciplinary stream where students can collaborate with other departments for research.
- Strive to become a center of excellence in the discipline.
- Encourage students to take up entrepreneurship in the field.
- Widen the scope of the faculty by helping them pursue cross-discipline research topics like robotics and machine vision.
- Expand current capabilities of research centers and laboratories.
Outcome Based Education
- PEO1: To provide students with a sound knowledge of science, mathematics, and engineering principles together with an in-depth disciplinary knowledge required to succeed in the profession of IT.
- PEO2: To provide students an academic environment with an awareness of advanced technological growth leading to life-long learning needed for a successful professional career, excellence, and leadership.
- PEO3: To train students with a wide scientific and engineering knowledge to comprehend, analyse, design, and create innovative software solutions and products for the problems of real life.
- PEO4: To prepare students for graduate and postgraduate programmes and succeed in their careers in the field of Artificial Intelligence and Machine Learning.
- PEO5: To empower students with effective communication skills, teamwork, a multidisciplinary approach, and an ability to relate engineering issues to the broader social context.
- PEO6: To inculcate in students professional and ethical attitude with a strong character to uphold the spiritual and cultural values.
- 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, review research literature, and analyse complex engineering problems reaching substantiated conclusions using 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 and 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: Ability to analyse, interpret, and develop algorithms in the areas related to Artificial Intelligence, Machine Learning, Robotics, Neural Networks, Big data Analytics, Virtual reality, Natural Language Processing and Internet of Things.
- PSO2: Develop the ability to evolve and adapt as per the new challenges in Artificial Intelligence and Machine Learning.
- PSO3: Develop and apply Artificial Intelligence Techniques to perform human intelligence tasks such as vision, Natural language processing, face and speech recognition.
Course Curriculum
FIRST SEMESTER | SECOND SEMESTER | ||||
---|---|---|---|---|---|
SL. NO | COURSE CODE | COURSE TITLE | SL. NO | COURSE CODE | COURSE TITLE |
1 | BMATS101 | MATHEMATICS-I FOR COMPUTER SCIENCE AND ENGINEERING STREAM | 1 | BMATS201 | MATHEMATICS-II FOR COMPUTER SCIENCE AND ENGINEERING STREAM |
2 | BCHES102 | APPLIED CHEMISTRY FOR COMPUTER SCIENCE & ENGINEERING STREAM | 2 | BPHYS202 | APPLIED PHYSICS FOR CSE STREAM |
3 | BCEDK103 | COMPUTER AIDED ENGINEERING DRAWING | 3 | BPOPS203 | PRINCIPLES OF PROGRAMMING USING C |
4 | BCEDK106 | COMMUNICATIVE ENGLISH | 4 | BPWSK206 | PROFESSIONAL WRITING SKILLS IN ENGLISH |
5 | BSFHK158 | SCIENTIFIC FOUNDATIONS OF HEALTH | 5 | BICOK207 | INDIAN CONSTITUTION |
6 | BPLCK105B | INTRODUCTION TO PYTHON PROGRAMMING | 6 | BIDTK258 | INNOVATION AND DESIGN THINKING |
7 | BESCK204A | INTRODUCTION TO CIVIL ENGINEERING |
THIRD SEMESTER | FOURTH SEMESTER | ||||
---|---|---|---|---|---|
SL. NO | COURSE CODE | COURSE TITLE | SL. NO | COURSE CODE | COURSE TITLE |
1 | BCS301 | MATHEMATICS FOR COMPUTER SCIENCE | 1 | BCS401 | ANALYSIS & DESIGN OF ALGORITHMS |
2 | BCS302 | DIGITAL DESIGN AND COMPUTER ORGANIZATION | 2 | BAD402 | ARTIFICIAL INTELLIGENCE |
3 | BCS303 | OPERATING SYSTEMS | 3 | BCS403 | DATABASE MANAGEMENT SYSTEM |
4 | BCS304 | DATA STRUCTURES AND APPLICATIONS | 4 | BCSL404 | ANALYSIS & DESIGN OF ALGORITHMS LAB |
5 | BCSL305 | DATA STRUCTURES LABORATORY | 5 | BCS405A | ESC/ETC/PLC – DISCRETE MATHEMATICAL STRUCTURES |
6 | BCS306A | ESC/ETC/PLC – OBJECT ORIENTED PROGRAMMING WITH JAVA | 6 | BBOC407 | BIOLOGY FOR COMPUTER ENGINEERS |
7 | BSCK307 | SOCIAL CONNECT & RESPONSIBILITY | 7 | BUHK408 | UNIVERSAL HUMAN VALUES (UHV) |
8 | BCS358A | ABILITY ENHANCEMENT COURSE – III DATA ANALYTICS WITH EXCEL | 8 | BYOK459 | YOGA |
9 | BYOK359 | YOGA | 9 | BDSL456C | ABILITY ENHANCEMENT COURSE / SKILL ENHANCEMENT COURSE – IV M.E.R.N |
FIFTH SEMESTER | ||
---|---|---|
SL. NO | COURSE CODE | COURSE TITLE |
1 | BCS501 | SOFTWARE ENGINEERING & PROJECT MANAGEMENT |
2 | BCS502 | COMPUTER NETWORKS |
3 | BCS503 | THEORY OF COMPUTATION |
4 | BAIL504 | DATA VISUALIZATION LAB |
5 | BAI515B | PROFESSIONAL ELECTIVE COURSE – INFORMATION RETRIEVAL |
6 | BCS508 | ENVIRONMENTAL STUDIES AND E-WASTE MANAGEMENT |
7 | BRMK557 | RESEARCH METHODOLOGY & IPR |
8 | BYOK559 | YOGA |
9 | BCI586 | MINI PROJECT |
First Semester | Second Semester | ||||
---|---|---|---|---|---|
Sl. No | Course Code | Course Title | Sl. No | Course Code | Course Title |
1 | 21MAT11 | CALCULUS AND DIFFERENTIAL EQUATIONS | 1 | 21MAT21 | ADVANCED CALCULUS AND NUMERICAL METHODS |
2 | 21CHE12 | ENGINEERING CHEMISTRY | 2 | 21PHY22 | ENGINEERING PHYSICS |
3 | 21PSP13 | PROBLEM-SOLVING THROUGH PROGRAMMING | 3 | 21ELE23 | BASIC ELECTRICAL ENGINEERING |
4 | 21ELN14 | BASIC ELECTRONICS & COMMUNICATION ENGINEERING | 4 | 21CIV24 | ELEMENTS OF CIVIL ENGINEERING AND MECHANICS |
5 | 21EME15 | ELEMENTS OF MECHANICAL ENGINEERING | 5 | 21EVN25 | ENGINEERING VISUALIZATION |
6 | 21CHEL16 | ENGINEERING CHEMISTRY LABORATORY | 6 | 21PHYL26 | ENGINEERING PHYSICS LABORATORY |
7 | 21CPL17 | COMPUTER PROGRAMMING LABORATORY | 7 | 21ELEL27 | BASIC ELECTRICAL ENGINEERING LABORATORY |
8 | 21EGH18 | COMMUNICATIVE ENGLISH | 8 | 21EGH28 | PROFESSIONAL WRITING SKILLS IN ENGLISH |
9 | 21SFH19 | SCIENTIFIC FOUNDATIONS OF HEALTH | 9 | 21IDT29 | INNOVATION AND DESIGN THINKING |
Third Semester | Fourth Semester | ||||
---|---|---|---|---|---|
Sl. No | Course Code | Course Title | Sl. No | Course Code | Course Title |
1 | 21MAT31 | TRANSFORM CALCULUS, FOURIER SERIES AND NUMERICAL TECHNIQUES | 1 | 21MAT41 | COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS |
2 | 21CS32 | DATA STRUCTURES AND APPLICATIONS | 2 | 21CS42 | DESIGN AND ANALYSIS OF ALGORITHMS |
3 | 21CS33 | ANALOG AND DIGITAL ELECTRONICS | 3 | 21CS43 | MICROCONTROLLER AND EMBEDDED SYSTEMS |
4 | 21CS34 | COMPUTER ORGANIZATION AND ARCHITECTURE | 4 | 21CS44 | OPERATING SYSTEMS |
5 | 21CSL35 | OBJECT ORIENTED PROGRAMMING WITH JAVA LABORATORY | 5 | 21BE45 | BIOLOGY FOR ENGINEERS |
6 | 21SCR36 | SOCIAL CONNECT & RESPONSIBILITIES | 6 | 21CSL46 | PYTHON PROGRAMMING LABORATORY |
7 | 21CIP37 | CONSTITUTION OF INDIA AND PROFESSIONAL ETHICS (CIP) | 7 | 21MATDIP41 | ADDITIONAL MATHEMATICS-II |
8 | 21CS382 | ABILITY ENHANCEMENT COURSE – III PROGRAMMING IN C++ | 8 | 21KBK37/47 | BALAKE KANNADA / SAMSKRUTIKA KANNADA |
9 | 21CS482 | ABILITY ENHANCEMENT COURSE- IV UNIX SHELL PROGRAMMING | 9 | 21UHV49 | UNIVERSAL HUMAN VALUES-II: UNDERSTANDING HARMONY AND ETHICAL HUMAN CONDUCT |
10 | 21INT49 | INTER/INTRA INSTITUTIONAL INTERNSHIP |
Fifth Semester | Sixth Semester | ||||
---|---|---|---|---|---|
Sl. No | Course Code | Course Title | Sl. No | Course Code | Course Title |
1 | 21CS51 | AUTOMATA THEORY AND COMPILER DESIGN | 1 | 21CS61 | SOFTWARE ENGINEERING & PROJECT MANAGEMENT |
2 | 21CS52 | COMPUTER NETWORKS | 2 | 21AD62 | DATA SCIENCE AND ITS APPLICATIONS |
3 | 21CS53 | DATABASE MANAGEMENT SYSTEMS | 3 | 21AI63 | MACHINE LEARNING |
4 | 21AI54 | PRINCIPLES OF ARTIFICIAL INTELLIGENCE | 4 | 21AI641 | PROFESSIONAL ELECTIVE COURSE-I BUSINESS INTELLIGENCE |
5 | 21CSL55 | DATABASE MANAGEMENT SYSTEM LABORATORY WITH MINI PROJECT | 5 | 21EE652 | OPEN ELECTIVE COURSE-I RENEWABLE ENERGY RESOURCES |
6 | 21RMI56 | RESEARCH METHODOLOGY & INTELLECTUAL PROPERTY RIGHTS | 6 | 21AIL66 | MACHINE LEARNING LAB |
7 | 21CIV57 | ENVIRONMENTAL STUDIES | 7 | MP 21AIMP67 | MINI PROJECT |
8 | 21CSL581 | ABILITY ENHANCEMENT COURSE – IV ANGULAR JS AND NODE JS | 8 | INT 21INT68 | INNOVATION/ENTREPRENEURSHIP /SOCIETAL INTERNSHIP |
Seventh Semester | Eighth Semester | ||||
---|---|---|---|---|---|
Sl. No | Course Code | Course Title | Sl. No | Course Code | Course Title |
1 | 21AI71 | ADVANCED AI AND ML | 1 | 21AI81 | TECHNICAL SEMINAR |
2 | 21CS72 | CLOUD COMPUTING | 2 | 21INT82 | RESEARCH INTERNSHIP/ INDUSTRY INTERNSHIP |
3 | 21CS732 | PROFESSIONAL ELECTIVE COURSE-II DIGITAL IMAGE PROCESSING | 3 | 21NS83 | NATIONAL SERVICE SCHEME (NSS) |
4 | 21AI741 | PROFESSIONAL ELECTIVE COURSE-III AUGMENTED REALITY | 4 | ||
5 | 21EE752 | OPEN ELECTIVE COURSE-II ELECTRIC VEHICLES | 5 | ||
6 | 21EE755 | OPEN ELECTIVE COURSE-II ENERGY CONSERVATION AND AUDIT | 6 | ||
7 | PROJECT | 7 | 21AIP76 | PROJECT WORK |
First Semester (Physics Cycle) | Second Semester (Chemistry Cycle) | ||||
---|---|---|---|---|---|
Sl. No | Course Code | Course Title | Sl. No | Course Code | Course Title |
1 | 18MAT11 | CALCULUS AND LINEAR ALGEBRA | 1 | 18MAT21 | ADVANCED CALCULUS AND NUMERICAL METHODS |
2 | 18PHY12 | ENGINEERING PHYSICS | 2 | 21CHE22 | ENGINEERING CHEMISTRY |
3 | 18ELE13 | BASIC ELECTRICAL ENGINEERING | 3 | 18CPS23 | C PROGRAMMING FOR PROBLEM SOLVING |
4 | 18CIV14 | ELEMENTS OF CIVIL ENGINEERING & MECHANICS | 4 | 18ELN24 | BASIC ELECTRONICS |
5 | 18EGDL15 | ENGINEERING GRAPHICS | 5 | 18ME25 | ELEMENTS OF MECHANICAL ENGINEERING |
6 | 18PHYL16 | ENGINEERING PHYSICS LAB | 6 | 18CHEL26 | ENGINEERING CHEMISTRY LABORATORY |
7 | 18ELEL17 | BASIC ELECTRICAL ENGG. LAB | 7 | 18CPL27 | C PROGRAMMING LABORATORY |
8 | 18EGH18 | TECHNICAL ENGLISH – I | 8 | 18EGH28 | TECHNICAL ENGLISH – II |
Third Semester | Fourth Semester | ||||
---|---|---|---|---|---|
Sl. No | Course Code | Course Title | Sl. No | Course Code | Course Title |
1 | 18MAT31 | TRANSFORM, CALCULUS, FOURIER SERIES & NUMERICAL TECHNIQUES | 1 | 18MAT41 | COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS |
2 | 18CS32 | DATA STRUCTURES AND APPLICATIONS | 2 | 18CS42 | DESIGN AND ANALYSIS OF ALGORITHM |
3 | 18CS33 | ANALOG AND DIGITAL ELECTRONICS | 3 | 18CS43 | OPERATING SYSTEMS |
4 | 18CS34 | COMPUTER ORGANIZATION | 4 | 18SC44 | MICROCONTROLLER AND EMBEDDED |
5 | 18CS35 | SOFTWARE ENGINEERING | 5 | 18CS45 | OBJECT ORIENTED CONCEPTS |
6 | 18CS36 | DISCRETE MATHEMATICAL STRUCTURES | 6 | 18CS46 | DATA COMMUNICATION |
7 | 18CSL37 | ANALOG AND DIGITAL ELECTRONICS | 7 | 18CSL47 | DESIGN AND ANALYSIS OF ALGORITHM |
8 | 18CSL38 | DATA STRUCTURES LABORATORY | 8 | 18CSL48 | MICROCONTROLLER AND EMBEDDED |
9 | 18CPH39 | CONSTITUTION OF INDIA, PROFESSIONAL ETHICS AND CYBER LAW | 9 | 18KAK49 | AADELITHA KANNADA |
Fifth Semester | Sixth Semester | ||||
---|---|---|---|---|---|
Sl. No | Course Code | Course Title | Sl. No | Course Code | Course Title |
1 | 18CS51 | MANAGEMENT AND ENTREPRENEURSHIP FOR IT INDUSTRY | 1 | 18AI61 | MACHINE LEARNING |
2 | 18AI52 | PYTHON PROGRAMMING | 2 | 18AI62 | DIGITAL IMAGE PROCESSING |
3 | 18CS53 | DATABASE MANAGEMENT SYSTEMS | 3 | 18AI63 | JAVA FOR MOBILE APPLICATIONS |
4 | 18CS54 | AUTOMATA THEORY AND COMPUTABILITY | 4 | 18AI641 | Professional Elective-1 NATURAL LANGUAGE PROCESSING |
5 | 18AI55 | PRINCIPLES OF ARTIFICIAL INTELLIGENCE | 5 | 18AIL66 | MACHINE LEARNING LABORATORY |
6 | 18AI56 | MATHEMATICS FOR MACHINE LEARNING | 6 | 18AIL67 | DIGITAL IMAGE PROCESSING LABORATORY WITH MINI PROJECT |
7 | 18AIL57 | ARTIFICIAL INTELLIGENCE LABORATORY | 7 | 18AIMP68 | MOBILE APPLICATION DEVELOPMENT LABORATORY |
8 | 18CSL58 | DBMS LABORATORY WITH MINI PROJECT | 8 | 18CV655 | Open Elective- INTELLIGENT TRANSPORTATION SYSTEMS |
9 | 18CIV59 | ENVIRONMENTAL STUDIES |
Seventh Semester | Eight Semester | ||||
---|---|---|---|---|---|
Sl. No | Course Code | Course Title | Sl. No | Course Code | Course Title |
1 | 18AI71 | ADVANCED ARTIFICIAL INTELLIGENCE | 1 | 18AI81 | NEURAL NETWORKS AND DEEP LEARNING |
2 | 18AI72 | ADVANCED MACHINE LEARNING | 2 | 18AI823 | Professional Elective-4 ROBOTIC PROCESS AUTOMATION DESIGN & DEVELOPMENT |
3 | 18AI731 | Professional Elective-2 INTERNET OF THINGS | 3 | 18AIP83 | PROJECT WORK PHASE-2 |
4 | 18AI743 | Professional Elective-3 SEMANTIC WEB AND SOCIAL NETWORKS | 4 | 18AIS84 | TECHNICAL SEMINAR |
5 | 18EE753 | Open Elective- ELECTRIC VEHICLES | 5 | 18AII85 | INTERNSHIP |
6 | 18EE754 | Open Elective- ENERGY CONSERVATION & AUDIT | 6 | ||
7 | 18EC62 | Open Elective- ARM EMBEDDED SYSTEMS | 7 | ||
8 | 18AIL76 | AI & ML APPLICATION DEVELOPMENT LABORATORY | 8 | 18AIP77 | PROJECT WORK PHASE-1 |
Course Outcomes
First Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | MATHEMATICS-I FOR COMPUTER SCIENCE AND ENGINEERING STREAM | BMATS101 |
CO 1: Apply the knowledge of calculus to solve problems related to polar curves and learn the notion of partial differentiation to compute the rate of change of multivariate functions. CO 2: Analyze the solution of linear and nonlinear ordinary differential equations. CO 3: Get acquainted and apply modular arithmetic to computer algorithms. CO 4: Make use of matrix theory for solving the system of linear equations and compute eigenvalues and eigenvectors. CO 5: Familiarize with modern mathematical tools namely MATHEMATICA/MATLAB/PYTHON/SCILAB. |
2 | APPLIED CHEMISTRY FOR COMPUTER SCIENCE & ENGINEERING STREAM | BCHES102 |
CO 1: Identify the terms and applications processes involved in scientific and engineering. CO 2: Explain the phenomena of chemistry to describe the methods of engineering processes. CO 3: Solve the problems in chemistry that are pertinent in engineering applications. CO 4: Apply the basic concepts of chemistry to explain the chemical properties and processes. CO 5: Analyze properties and multidisciplinary situations processes associated with chemical substances in disciplinary situations. |
3 | COMPUTER AIDED ENGINEERING DRAWING | BCEDK103 |
CO 1: Draw and communicate the objects with definite shape and dimensions. CO 2: Recognize and draw the shape and size of objects through different views. CO 3: Develop the lateral surfaces of the object. CO 4: Create drawing views using CAD software. CO 5: Identify the interdisciplinary engineering components or systems through its graphical representation. |
4 | COMMUNICATIVE ENGLISH | BCEDK106 |
CO 1: Understand and apply the fundamentals of communication skills in their communication skills. CO 2: Identify the nuances of phonetics, intonation, and enhance pronunciation skills. CO 3: Impart basic English grammar and essentials of language skills as per present requirement. CO 4: Understand and use all types of English vocabulary and language proficiency. CO 5: Adopt the techniques of information transfer through presentation. |
5 | SCIENTIFIC FOUNDATIONS OF HEALTH | BSFHK158 |
CO 1: Understand and analyze Health and wellness (and its beliefs) and its balance for a positive mindset. CO 2: Develop healthy lifestyles for good health for a better future. CO 3: Build healthy and caring relationships to meet the requirements of good/social/positive life. CO 4: Learn about avoiding risks and harmful habits in their campus and outside the campus for a bright future. CO 5: Prevent and fight against harmful diseases for good health through a positive mindset. |
6 | INTRODUCTION TO PYTHON PROGRAMMING | BPLCK105B |
CO 1: Demonstrate proficiency in handling loops and creation of functions. CO 2: Identify the methods to create and manipulate lists, tuples, and dictionaries. CO 3: Develop programs for string processing and file organization. CO 4: Interpret the concepts of Object-Oriented Programming as used in Python. |
Second Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | MATHEMATICS-II FOR COMPUTER SCIENCE AND ENGINEERING STREAM | BMATS201 |
CO 1: Apply the concept of change of order of integration and variables to evaluate multiple integrals and their usage in computing area and volume. CO 2: Understand the applications of vector calculus refer to solenoidal, and irrotational vectors. Orthogonal curvilinear coordinates. CO 3: Demonstrate the idea of Linear dependence and independence of sets in the vector space, and linear transformation. CO 4: Apply the knowledge of numerical methods in analyzing the discrete data and solving the physical and engineering problems. CO 5: Get familiarized with modern mathematical tools namely MATHEMATICA, MATLAB, PYTHON, SCILAB. |
2 | APPLIED PHYSICS FOR CSE STREAM | BPHYS202 |
CO 1: To understand and identify the Common Errors in Writing and Speaking. CO 2: To Achieve better Technical writing and Presentation skills. CO 3: To read Technical proposals properly and make them to Write good technical reports. CO 4: Acquire Employment and Workplace communication skills. CO 5: To learn about Techniques of Information Transfer through presentation in different levels. |
3 | PRINCIPLES OF PROGRAMMING USING C | BPOPS203 |
CO 1: Elucidate the basic architecture and functionalities of a computer and also recognize the hardware parts. CO 2: Apply programming constructs of C language to solve the real-world problem. CO 3: Explore user-defined data structures like arrays in implementing solutions to problems like searching and sorting. CO 4: Explore user-defined data structures like structures, unions, and pointers in implementing solutions. CO 5: Design and Develop Solutions to problems using modular programming constructs using functions. |
4 | PROFESSIONAL WRITING SKILLS IN ENGLISH | BPWSK206 |
CO 1: To understand and identify the Common Errors in Writing and Speaking. CO 2: To Achieve better Technical writing and Presentation skills. CO 3: To read Technical proposals properly and make them to Write good technical reports. CO 4: Acquire Employment and Workplace communication skills. CO 5: To learn about Techniques of Information Transfer through presentation in different levels. |
5 | INDIAN CONSTITUTION | BICOK207 |
CO 1: Analyse the basic structure of Indian Constitution. CO 2: Remember their Fundamental Rights, DPSP’s, and Fundamental Duties (FD’s) of our constitution. CO 3: Know about our Union Government, political structure & codes, procedures. CO 4: Understand our State Executive & Elections system of India. CO 5: Remember the Amendments and Emergency Provisions, other important provisions given by the constitution. |
6 | INNOVATION and DESIGN THINKING | BIDTK258 |
CO 1: Appreciate various design process procedures. CO 2: Generate and develop design ideas through different techniques. CO 3: Identify the significance of reverse engineering to understand products. CO 4: Draw technical drawings for design ideas. |
7 | INTRODUCTION TO CIVIL ENGINEERING | BESCK204A |
CO 1: Understand the various disciplines of civil engineering. CO 2: Understand the infrastructure requirement for sustainable development. CO 3: Compute the resultant and equilibrium of force systems. CO 4: Locate the centroid of plane and built-up sections. CO 5: Compute the moment of inertia of plane and built-up sections. |
Third Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | MATHEMATICS FOR COMPUTER SCIENCE | BCS301 |
CO 1: Explain the basic concepts of probability, random variables, and probability distribution. CO 2: Apply suitable probability distribution models for the given scenario. CO 3: Apply the notion of a discrete-time Markov chain and n-step transition probabilities to solve the given problem. CO 4: Use statistical methodology and tools in the engineering problem-solving process. CO 5: Compute the confidence intervals for the mean of the population. CO 6: Apply the ANOVA test related to engineering problems. |
2 | DIGITAL DESIGN AND COMPUTER ORGANIZATION | BCS302 |
CO 1: Apply the K–Map techniques to simplify various Boolean expressions. CO 2: Design different types of combinational and sequential circuits along with Verilog programs. CO 3: Describe the fundamentals of machine instructions, addressing modes, and Processor performance. CO 4: Explain the approaches involved in achieving communication between processor and I/O devices. CO 5: Analyze internal organization of memory and impact of cache/pipelining on processor performance. |
3 | OPERATING SYSTEMS | BCS303 |
CO 1: Explain the structure and functionality of the operating system. CO 2: Apply appropriate CPU scheduling algorithms for the given problem. CO 3: Analyze the various techniques for process synchronization and deadlock handling. CO 4: Apply the various techniques for memory management. CO 5: Explain file and secondary storage management strategies. CO 6: Describe the need for information protection mechanisms. |
4 | DATA STRUCTURES AND APPLICATIONS | BCS304 |
CO 1: Explain different data structures and their applications. CO 2: Apply Arrays, Stacks, and Queue data structures to solve the given problems. CO 3: Use the concept of linked list in problem solving. CO 4: Develop solutions using trees and graphs to model the real-world problem. CO 5: Explain the advanced Data Structures concepts such as Hashing Techniques and Optimal. |
5 | DATA STRUCTURES LABORATORY | BCSL305 |
CO 1: Analyze various linear and non-linear data structures. CO 2: Demonstrate the working nature of different types of data structures and their applications. CO 3: Use appropriate searching and sorting algorithms for the given scenario. CO 4: Apply the appropriate data structure for solving real-world problems. |
6 | OBJECT ORIENTED PROGRAMMING WITH JAVA | BCS306A |
CO 1: Demonstrate proficiency in writing simple programs involving branching and looping structures. CO 2: Design a class involving data members and methods for the given scenario. CO 3: Apply the concepts of inheritance and interfaces in solving real-world problems. CO 4: Use the concept of packages and exception handling in solving complex problems. CO 5: Apply concepts of multithreading, autoboxing, and enumerations in program development. |
7 | SOCIAL CONNECT & RESPONSIBILITY | BSCK307 |
CO 1: Communicate and connect to the surrounding. CO 2: Create a responsible connection with society. CO 3: Involve in the community in general in which they work. CO 4: Notice the needs and problems of the community and involve them in problem-solving. CO 5: Develop a sense of social & civic responsibility & utilize their knowledge in finding practical solutions to individual and community problems. CO 6: Develop competence required for group living and sharing of responsibilities & gain skills in mobilizing community participation to acquire leadership qualities and democratic attitudes. |
8 | DATA ANALYTICS WITH EXCEL | BCS358A |
CO 1: Use advanced functions and productivity tools to assist in developing worksheets. CO 2: Manipulate data lists using Outline and PivotTables. CO 3: Use Consolidation to summarize and report results from multiple worksheets. CO 4: Apply Macros and Autofilter to solve the given real-world scenario. |
9 | YOGA FOR A BETTER LIFE | BYOK359 |
CO 1: Understand the meaning, aim, and objectives of Yoga. CO 2: Perform Suryanamaskar and be able to teach its benefits. CO 3: Understand and teach different Asanas by name, its importance, methods, and benefits. CO 4: Instruct Kapalabhati and its need and importance. CO 5: Teach different types of Pranayama by its name, precautions, procedure, and uses. CO 6: Coach different types of Kriyas, method to follow, and usefulness. |
Fourth Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | ANALYSIS & DESIGN OF ALGORITHMS | BCS401 |
CO 1: Apply asymptotic notational method to analyze the performance of the algorithm in terms of time complexity. CO 2: Demonstrate divide & conquer approaches and decrease & conquer approaches to solve computational problems. CO 3: Make use of transform & conquer and dynamic programming design approaches to solve the given real-world or complex computational problems. CO 4: Apply greedy and input enhancement methods to solve graph & string-based computational problems. CO 5: Analyze various classes (P, NP, and NP Complete) of problems. CO 6: Illustrate backtracking, branch & bound, and approximation methods. |
2 | ARTIFICIAL INTELLIGENCE | BAD402 |
CO 1: Apply knowledge of agent architecture, searching, and reasoning techniques for different applications. CO 2: Compare various Searching and Inferencing Techniques. CO 3: Develop knowledge base sentences using propositional logic and first-order logic. CO 4: Describe the concepts of quantifying uncertainty. CO 5: Use the concepts of Expert Systems to build applications. |
3 | DATABASE MANAGEMENT SYSTEM | BCS403 |
CO 1: Describe the basic elements of a relational database management system. CO 2: Design entity relationship for the given scenario. CO 3: Apply various Structured Query Language (SQL) statements for database manipulation. CO 4: Analyze various normalization forms for the given application. CO 5: Develop database applications for the given real-world problem. CO 6: Understand the concepts related to NoSQL databases. |
4 | ANALYSIS & DESIGN OF ALGORITHMS LAB | BCSL404 |
CO 1: Develop programs to solve computational problems using suitable algorithm design strategies. CO 2: Compare algorithm design strategies by developing equivalent programs and observing running times for analysis (Empirical). CO 3: Make use of suitable integrated development tools to develop programs. CO 4: Choose appropriate algorithm design techniques to develop solutions to computational and complex problems. CO 5: Demonstrate and present the development of programs, its execution and running times, and record the results/inferences. |
5 | OPTIMIZATION TECHNIQUE | BCS405C |
CO 1: Apply the concepts of vector calculus to solve the given problem. CO 2: Apply the concepts of partial differentiation in machine learning and deep neural networks. CO 3: Analyze the convex optimization algorithms and their importance in computer science & engineering. CO 4: Apply the optimization algorithms to solve the problem. CO 5: Analyze the advanced optimization algorithms for machine learning. |
6 | BIOLOGY FOR ENGINEERS (CSE) | BBOC407 |
CO 1: Elucidate the basic biological concepts via relevant industrial applications and case studies. CO 2: Evaluate the principles of design and development, for exploring novel bioengineering projects. CO 3: Corroborate the concepts of biomimetics for specific requirements. CO 4: Think critically towards exploring innovative bio-based solutions for socially relevant problems. |
7 | UNIVERSAL HUMAN VALUES (UHV) | BUHK408 |
CO 1: They would become more responsible in life, and in handling problems with sustainable solutions, while keeping human relationships and human nature in mind. CO 2: They would have better critical ability. CO 3: They would also become sensitive to their commitment towards what they have understood (human values, human relationship, and human society). CO 4: It is hoped that they would be able to apply what they have learned to their own self in different day-to-day settings in real life, at least a beginning would be made in this direction. |
8 | YOGA FOR A BETTER LIFE | BYOK459 |
CO 1: Understand the meaning, aim, and objectives of Yoga. CO 2: Perform Suryanamaskar and be able to teach its benefits. CO 3: Understand and teach different Asanas by name, its importance, methods, and benefits. CO 4: Instruct Kapalabhati and its need and importance. CO 5: Teach different types of Pranayama by its name, precautions, procedure, and uses. CO 6: Coach different types of Kriyas, methods to follow, and usefulness. |
9 | M.E.R.N | BDSL456C |
CO 1: Apply the fundamentals of MongoDB, such as data modeling, CRUD operations, and basic queries to solve the given problem. CO 2: Use constructs of Express.js, including routing, software, and constructing RESTful APIs to solve real-world problems. CO 3: Develop scalable and efficient RESTful APIs using NodeJS. CO 4: Develop applications using React, including components, state, props, and JSX syntax. |
Fifth Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | SOFTWARE ENGINEERING & PROJECT MANAGEMENT | BCS501 |
CO 1: Differentiate process models to judge which process model has to be adopted for the given scenarios. CO 2: Derive both functional and nonfunctional requirements from the case study. CO 3: Analyze the importance of various software testing methods and agile methodology. CO 4: Illustrate the role of project planning and quality management in software development. CO 5: Identify appropriate techniques to enhance software quality. |
2 | COMPUTER NETWORKS | BCS502 |
CO 1: Explain the fundamentals of computer networks. CO 2: Apply the concepts of computer networks to demonstrate the working of various layers and protocols in communication networks. CO 3: Analyze the principles of protocol layering in modern communication systems. CO 4: Demonstrate various Routing protocols and their services using tools such as Cisco packet tracer. |
3 | THEORY OF COMPUTATION | BCS503 |
CO 1: Apply the fundamentals of automata theory to write DFA, NFA, Epsilon-NFA, and conversion between them. CO 2: Prove the properties of regular languages using regular expressions. CO 3: Design context-free grammars (CFGs) and pushdown automata (PDAs) for formal languages. CO 4: Design Turing machines to solve the computational problems. CO 5: Explain the concepts of decidability and undecidability. |
4 | DATA VISUALIZATION LAB | BAIL504 |
CO 1: Design the experiment to create basic charts and graphs using Tableau and Power BI. CO 2: Develop the solution for the given real-world problem. CO 3: Analyze the results and produce substantial written documentation. |
5 | INFORMATION RETRIEVAL | BAI515B |
CO 1: Identify the models and the tools for building an Information Retrieval system. CO 2: Apply query-based operations for information retrieval. CO 3: Use of text-based operations for information retrieval from the documents. CO 4: Apply indexing and searching techniques for information retrieval. CO 5: Design user interface for search and retrieval of information from the web/documents. |
6 | ENVIRONMENTAL STUDIES AND E-WASTE MANAGEMENT | BCS508 |
CO 1: Comprehend the principles of ecology and environmental issues pertaining to air, land, and water on a global scale. CO 2: Acquire observation skills for solving problems related to the environment. CO 3: Conduct a survey to describe the realities of waste management systems. |
7 | RESEARCH METHODOLOGY & IPR | BRMK557 |
CO 1: To know the meaning of engineering research. CO 2: To know the procedure of the literature review and technical reading. CO 3: To understand the fundamentals of the patent laws and drafting procedure. CO 4: Understanding the copyright laws and subject matters of copyrights and designs. CO 5: Understanding the basic principles of design rights. |
8 | YOGA FOR A BETTER LIFE | BYOK559 |
CO 1: Understand the meaning, aim, and objectives of Yoga. CO 2: Perform Suryanamaskar and be able to teach its benefits. CO 3: Understand and teach different Asanas by name, its importance, methods, and benefits. CO 4: Instruct Kapalabhati and its need and importance. CO 5: Teach different types of Pranayama by its name, precautions, procedure, and uses. CO 6: Coach different types of Kriyas, methods to follow, and usefulness. |
First Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | CALCULUS AND DIFFERENTIAL EQUATIONS | 21MAT11 |
CO 1: Apply the knowledge of calculus to solve problems related to polar curves and its applications in determining the bentness of a curve. CO 2: Learn the notion of partial differentiation to calculate rate of change of multivariate functions and solve problems related to composite functions and Jacobian. CO 3: Solve first-order linear/nonlinear ordinary differential equations analytically using standard methods. CO 4: Demonstrate various models through higher order differential equations and solve such linear ordinary differential equations. CO 5: Test the consistency of a system of linear equations and solve them by direct and iterative methods. |
2 | ENGINEERING CHEMISTRY | 21CHE12 |
CO 1: Discuss the electrochemical energy systems such as electrodes and batteries. CO 2: Explain the fundamental concepts of corrosion, its control, and surface modification methods namely electroplating and electroless plating. CO 3: Enumerate the importance, synthesis, and applications of polymers. Understand properties and application of nanomaterials. CO 4: Describe the principles of green chemistry, understand properties, and application of alternative fuels. CO 5: Illustrate the fundamental principles of water chemistry, applications of volumetric and analytical instrumentation. |
3 | PROBLEM-SOLVING THROUGH PROGRAMMING | 21PSP13 |
CO 1: Elucidate the basic architecture and functionalities of a computer and also recognize the hardware parts. CO 2: Apply programming constructs of C language to solve the real-world problem. CO 3: Explore user-defined data structures like arrays in implementing solutions to problems like searching and sorting. CO 4: Explore user-defined data structures like structures, unions, and pointers in implementing solutions. CO 5: Design and Develop Solutions to problems using modular programming constructs using functions. |
4 | BASIC ELECTRONICS & COMMUNICATION ENGINEERING | 21ELN14 |
CO 1: Describe the concepts of electronic circuits encompassing power supplies, amplifiers, and oscillators. CO 2: Present the basics of digital logic engineering including data representation, circuits and the microcontroller system with associated sensors and actuators. CO 3: Discuss the characteristics and technological advances of embedded systems. CO 4: Relate to the fundamentals of communication engineering spanning from the frequency spectrum to the various circuits involved including antennas. CO 5: Explain the different modes of communications from wired to wireless and the computing involved. |
5 | ELEMENTS OF MECHANICAL ENGINEERING | 21EME15 |
CO 1: Understand basic concepts of mechanical engineering in the fields of energy and its utilization, materials technology, manufacturing techniques, and transmission systems through demonstrations. CO 2: Understand the application of energy sources in power generation and utilization, engineering materials, manufacturing, and machining techniques leading to the latest advancements and transmission systems in day-to-day activities. CO 3: Apply the skills in developing simple mechanical elements and processes. |
6 | ENGINEERING CHEMISTRY LABORATORY | 21CHEL16 |
CO 1: Determine the pKa and coefficient of viscosity of a given organic liquid. CO 2: Estimate the amount of substance present in the given solution using potentiometer, conductometric, and colorimetric methods. CO 3: Determine the total hardness and chemical oxygen demand in the given solution by volumetric analysis method. CO 4: Estimate the percentage of nickel, copper, and iron in the given analyte solution by titration method. CO 5: Demonstrate flame photometric estimation of sodium & potassium and the synthesis of nanomaterials by precipitation method. |
7 | COMPUTER PROGRAMMING LABORATORY | 21CPL17 |
CO 1: Define the problem statement and identify the need for computer programming. CO 2: Make use of C compiler, IDE for programming, identify and correct the syntax and syntactic errors in programming. CO 3: Develop algorithm, flowchart, and write programs to solve the given problem. CO 4: Demonstrate use of functions, recursive functions, arrays, strings, structures, and pointers in problem-solving. CO 5: Document the inference and observations made from the implementation. |
8 | COMMUNICATIVE ENGLISH | 21EGH18 |
CO 1: Understand and apply the fundamentals of communication skills in their communication skills. CO 2: Identify the nuances of phonetics, intonation, and enhance pronunciation skills. CO 3: To impart basic English grammar and essentials of language skills as per present requirement. CO 4: Understand and use all types of English vocabulary and language proficiency. CO 5: Adopt the techniques of information transfer through presentation. |
9 | SCIENTIFIC FOUNDATIONS OF HEALTH | 21SFH19 |
CO 1: To understand and analyse Health and wellness (and its Beliefs) & Its balance for a positive mindset. CO 2: Develop healthy lifestyles for good health for a better future. CO 3: Build healthy and caring relationships to meet the requirements of good/social/positive life. CO 4: To learn about avoiding risks and harmful habits in their campus and outside the campus for a bright future. CO 5: Prevent and fight against harmful diseases for good health through a positive mindset. |
Second Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | ADVANCED CALCULUS AND NUMERICAL METHODS | 21MAT21 |
CO 1: Apply the concept of change of order of integration and change of variables to evaluate multiple integrals and their usage in computing the area and volume. CO 2: Illustrate the applications of multivariate calculus to understand the solenoidal and irrotational vectors and also exhibit the interdependence of line, surface, and volume integrals. CO 3: Formulate physical problems to partial differential equations and to obtain solutions for standard practical PDE’s. CO 4: Apply the knowledge of numerical methods in modelling various physical and engineering phenomena. CO 5: Solve first order ordinary differential equations arising in engineering problems. |
2 | ENGINEERING PHYSICS | 21PHY22 |
CO 1: Interpret the types of mechanical vibrations and their applications, the role of shock waves in various fields. CO 2: Demonstrate the quantisation of energy for microscopic systems. CO 3: Apply LASER and Optical fibers in opto-electronic systems. CO 4: Illustrate merits of quantum free electron theory and applications of the Hall effect. CO 5: Analyse the importance of XRD and Electron Microscopy in nanomaterial characterization. |
3 | BASIC ELECTRICAL ENGINEERING | 21ELE23 |
CO 1: Analyse basic DC and AC electric circuits. CO 2: Explain the working principles of transformers and electrical machines. CO 3: Explain the concepts of electric power transmission and distribution of power. CO 4: Understand the wiring methods, electricity billing, and working principles of circuit protective devices and personal safety measures. |
4 | ELEMENTS OF CIVIL ENGINEERING AND MECHANICS | 21CIV24 |
CO 1: Understand the various fields of civil engineering. CO 2: Compute the resultant of a force system and resolution of a force. CO 3: Comprehend the action for forces, moments, and other types of loads on rigid bodies and compute the reactive forces. CO 4: Analyze the bodies in motion. |
5 | ENGINEERING VISUALIZATION | 21EVN25 |
CO 1: Understand and visualize the objects with definite shape and dimensions. CO 2: Analyze the shape and size of objects through different views. CO 3: Develop the lateral surfaces of the object. CO 4: Create a 3D view using CAD software. CO 5: Identify the interdisciplinary engineering components or systems through its graphical representation. |
6 | ENGINEERING PHYSICS LABORATORY | 21PHYL26 |
CO 1: Understand the measuring techniques. CO 2: Operate different instruments and be capable of analyzing the experimental results. CO 3: Construct the circuits and their analysis. |
7 | BASIC ELECTRICAL ENGINEERING LABORATORY | 21ELEL27 |
CO 1: Verify KCL and KVL and maximum power transfer theorem for DC circuits, compare power factors of different types of lamps. CO 2: Demonstrate the measurement of the impedance of an electrical circuit and power consumed by a 3-phase load. CO 3: Analyze two-way and three-way control of lamps. CO 4: Explain the effects of open and short circuits in simple circuits. CO 5: Interpret the suitability of earth resistance measured. |
8 | PROFESSIONAL WRITING SKILLS IN ENGLISH | 21EGH28 |
CO 1: To understand and identify the common errors in writing and speaking. CO 2: To achieve better technical writing and presentation skills. CO 3: To read technical proposals properly and make them write good technical reports. CO 4: Acquire employment and workplace communication skills. CO 5: To learn about techniques of information transfer through presentation at different levels. |
9 | INNOVATION and DESIGN THINKING | 21IDT29 |
CO 1: Appreciate various design process procedures. CO 2: Generate and develop design ideas through different techniques. CO 3: Identify the significance of reverse engineering to understand products. CO 4: Draw technical drawings for design ideas. |
Third Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | TRANSFORM CALCULUS, FOURIER SERIES AND NUMERICAL TECHNIQUES | 21MAT31 |
CO 1: To solve ordinary differential equations using Laplace transform. CO 2: Demonstrate Fourier series to study the behaviour of periodic functions and their applications in system communications, digital signal processing, and field theory. CO 3: To use Fourier transforms to analyze problems involving continuous-time signals and to apply Z-Transform techniques to solve difference equations. CO 4: To solve mathematical models represented by initial or boundary value problems involving partial differential equations. CO 5: Determine the extremals of functionals using calculus of variations and solve problems arising in dynamics of rigid bodies and vibrational analysis. |
2 | DATA STRUCTURES AND APPLICATIONS | 21CS32 |
CO 1: Identify different data structures and their applications. CO 2: Apply stack and queues in solving problems. CO 3: Demonstrate applications of linked lists. CO 4: Explore the applications of trees and graphs to model and solve real-world problems. CO 5: Make use of Hashing techniques and resolve collisions during mapping of key-value pairs. |
3 | ANALOG AND DIGITAL ELECTRONICS | 21CS33 |
CO 1: Design and analyze application of analog circuits using photo devices, timer IC, power supply and regulator IC, and op-amp. CO 2: Explain the basic principles of A/D and D/A conversion circuits and develop the same. CO 3: Simplify digital circuits using Karnaugh Map, and Quine-McClusky Methods. CO 4: Explain gates and flip-flops and use them in designing different data processing circuits, registers, and counters and compare the types. CO 5: Develop simple HDL programs. |
4 | COMPUTER ORGANIZATION AND ARCHITECTURE | 21CS34 |
CO 1: Explain the organization and architecture of computer systems with machine instructions and programs. CO 2: Analyze the input/output devices communicating with the computer system. CO 3: Demonstrate the functions of different types of memory devices. CO 4: Apply different data types on simple arithmetic and logical units. CO 5: Analyze the functions of basic processing unit, parallel processing, and pipelining. |
5 | OBJECT ORIENTED PROGRAMMING WITH JAVA LABORATORY | 21CSL35 |
CO 1: Use Eclipse/NetBeans IDE to design, develop, and debug Java Projects. CO 2: Analyze the necessity for Object-Oriented Programming paradigm over structured programming and become familiar with the fundamental concepts in OOP. CO 3: Demonstrate the ability to design and develop Java programs, analyze, and interpret object-oriented data and document results. CO 4: Apply the concepts of multiprogramming, exception/event handling, abstraction to develop robust programs. CO 5: Develop user-friendly applications using File I/O and GUI concepts. |
6 | SOCIAL CONNECT & RESPONSIBILITIES | 21SCR36 |
CO 1: Understand social responsibility. CO 2: Practice sustainability and creativity. CO 3: Showcase planning and organizational skills. |
7 | CONSTITUTION OF INDIA AND PROFESSIONAL ETHICS (CIP) | 21CIP37 |
CO 1: Analyze the basic structure of the Indian Constitution. CO 2: Remember their Fundamental Rights, DPSP’s, and Fundamental Duties (FD’s) of our constitution. CO 3: Know about our Union Government, political structure & codes, procedures. CO 4: Understand our State Executive & Elections system of India. CO 5: Remember the Amendments and Emergency Provisions, other important provisions given by the constitution. |
8 | ಬಳೆ ಕನಡ – Balake Kannada | 21KBK37/47 |
CO 1: To understand the necessity of learning the local language for comfortable life. CO 2: To listen and understand the Kannada language properly. CO 3: To speak, read, and write Kannada language as per requirement. CO 4: To communicate (converse) in Kannada language in their daily life with Kannada speakers. CO 5: To speak in polite conversation. |
9 | PROGRAMMING IN C++ | 21CS382 |
CO 1: Able to understand and design the solution to a problem using object-oriented programming concepts. CO 2: Able to reuse the code with extensible Class types, User-defined operators, and function Overloading. CO 3: Achieve code reusability and extensibility by means of Inheritance and Polymorphism. CO 4: Identify and explore the performance analysis of I/O Streams. CO 5: Implement the features of C++ including templates, exceptions, and file handling for providing programmed solutions to complex problems. |
Fourth Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS | 21MAT41 |
CO 1: Use the concepts of an analytic function and complex potentials to solve the problems arising in electromagnetic field theory. Utilize conformal transformation and complex integral arising in aerofoil theory, fluid flow visualization, and image processing. CO 2: Obtain Series Solutions of Ordinary Differential Equations. CO 3: Make use of the correlation and regression analysis to fit a suitable mathematical model for the statistical data. CO 4: Apply discrete and continuous probability distributions in analyzing the probability models arising in the engineering field. CO 5: Construct joint probability distributions and demonstrate the validity of testing the hypothesis. |
2 | DESIGN AND ANALYSIS OF ALGORITHMS | 21CS42 |
CO 1: Analyze the performance of the algorithms, state the efficiency using asymptotic notations and analyze mathematically the complexity of the algorithm. CO 2: Apply divide and conquer approaches and decrease and conquer approaches in solving the problems and analyze the same. CO 3: Apply the appropriate algorithmic design technique like greedy method, transform and conquer approaches and compare the efficiency of algorithms to solve the given problem. CO 4: Apply and analyze dynamic programming approaches to solve some problems and improve an algorithm time efficiency by sacrificing space. CO 5: Apply and analyze backtracking, branch and bound methods and to describe P, NP, and NP-Complete problems. |
3 | MICROCONTROLLER AND EMBEDDED SYSTEMS | 21CS43 |
CO 1: Explain C-Compilers and optimization. CO 2: Describe the ARM microcontroller’s architectural features and program module. CO 3: Apply the knowledge gained from programming on ARM to different applications. CO 4: Program the basic hardware components and their application selection method. CO 5: Demonstrate the need for a real-time operating system for embedded system applications. |
4 | OPERATING SYSTEMS | 21CS44 |
CO 1: Identify the structure of an operating system and its scheduling mechanism. CO 2: Demonstrate the allocation of resources for a process using scheduling algorithm. CO 3: Identify root causes of deadlock and provide the solution for deadlock elimination. CO 4: Explore about the storage structures and learn about the Linux Operating system. CO 5: Analyze Storage Structures and Implement Customized Case study. |
5 | PYTHON PROGRAMMING LABORATORY | 21CSL46 |
CO 1: Identify the structure of an operating system and its scheduling mechanism. CO 2: Demonstrate the allocation of resources for a process using scheduling algorithm. CO 3: Identify root causes of deadlock and provide the solution for deadlock elimination. CO 4: Explore about the storage structures and learn about the Linux Operating system. CO 5: Analyze Storage Structures and Implement Customized Case study. |
6 | ADDITIONAL MATHEMATICS-II | 21MATDIP41 |
CO 1: Test for consistency and solve the system of linear equations. CO 2: Solve higher order differential equations. CO 3: Apply elementary probability theory and solve related problems. CO 4: To interpolate/extrapolate from the given data. CO 5: Apply the knowledge of numerical methods in modeling and solving engineering problems. |
7 | BIOLOGY FOR ENGINEERS | 21BE45 |
CO 1: Elucidate the basic biological concepts via relevant industrial applications and case studies. CO 2: Evaluate the principles of design and development, for exploring novel bioengineering projects. CO 3: Corroborate the concepts of biomimetics for specific requirements. CO 4: Think critically towards exploring innovative biobased solutions for socially relevant problems. |
8 | Balake Kannada | 21KBK37/47 |
CO 1: To understand the necessity of learning the local language for comfortable life. CO 2: To listen and understand the Kannada language properly. CO 3: To speak, read, and write Kannada language as per requirement. CO 4: To communicate (converse) in Kannada language in their daily life with Kannada speakers. CO 5: To speak in polite conversation. |
9 | UNIX SHELL PROGRAMMING | 21CS482 |
CO 1: Know the basics of Unix concepts and commands. CO 2: Evaluate the UNIX file system. CO 3: Apply Changes in file system. CO 4: Understand scripts and programs. CO 5: Analyze Facility with UNIX system process. |
10 | UNIVERSAL HUMAN VALUES-II: UNDERSTANDING HARMONY and ETHICAL HUMAN CONDUCT | 21UHV49 |
CO 1: Holistic vision of life. CO 2: Socially responsible behaviour. CO 3: Environmentally responsible work. CO 4: Ethical human conduct. CO 5: Having Competence and Capabilities for Maintaining Health and Hygiene. CO 6: Appreciation and aspiration for excellence (merit) and gratitude for all. |
Fifth Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | AUTOMATA THEORY AND COMPILER DESIGN | 21CS51 |
CO 1: Acquire fundamental understanding of the core concepts in automata theory and Theory of Computation. CO 2: Design and develop lexical analyzers, parsers, and code generators. CO 3: Design grammars and automata (recognizers) for different language classes and become knowledgeable about restricted models of computation (Regular, Context-Free) and their relative powers. CO 4: Acquire fundamental understanding of the structure of a compiler and apply concepts from automata theory and the Theory of Computation to design compilers. CO 5: Design computational models for problems in automata theory and adapt these models in the field of compilers. |
2 | COMPUTER NETWORKS | 21CS52 |
CO 1: Acquire fundamental understanding of the core concepts in computer networks. CO 2: Design and implement network architectures and protocols. CO 3: Apply principles of network communication and develop network applications. CO 4: Analyze and troubleshoot various network issues. CO 5: Apply TCP/IP protocols and develop and test network applications. |
3 | DATABASE MANAGEMENT SYSTEMS | 21CS53 |
CO 1: Identify, analyze, and define database objects, enforce integrity constraints on a database using RDBMS. CO 2: Use Structured Query Language (SQL) for database manipulation and also demonstrate the basics of query evaluation. CO 3: Design and build simple database systems and relate the concept of transaction, concurrency control, and recovery in databases. CO 4: Develop applications to interact with databases using relational algebra expressions. CO 5: Develop applications using tuple and domain relational expressions from queries. |
4 | PRINCIPLES OF ARTIFICIAL INTELLIGENCE | 21AI54 |
CO 1: Apply knowledge of agent architecture, searching, and reasoning techniques for different applications. CO 2: Analyze searching and inferencing techniques. CO 3: Develop knowledge base sentences using propositional logic and first-order logic. CO 4: Demonstrate agents, searching, and inferencing. CO 5: Illustrate the application of probability in uncertain reasoning. |
5 | DATABASE MANAGEMENT SYSTEM LABORATORY WITH MINI PROJECT | 21CSL55 |
CO 1: Create, update, and query on the database. CO 2: Demonstrate the working of different concepts of DBMS. CO 3: Implement, analyze, and evaluate the project developed for an application. |
6 | RESEARCH METHODOLOGY & INTELLECTUAL PROPERTY RIGHTS | 21RMI56 |
CO 1: Acquire fundamental understanding of research methodologies and intellectual property rights. CO 2: Design and develop methodologies for conducting research and ensuring ethical conduct in research. CO 3: Analyze research problems and develop appropriate research strategies. CO 4: Understand and apply the intellectual property laws related to patents, copyrights, and trademarks. CO 5: Develop awareness regarding ethical considerations and IPR in scientific research. |
7 | ENVIRONMENTAL STUDIES | 21CIV57 |
CO 1: Understand the principles of ecology and environmental issues that apply to air, land, and water on a global scale. CO 2: Develop critical thinking and/or observation skills, and apply them to the analysis of a problem or question related to the environment. CO 3: Demonstrate knowledge of the complex relationships between biotic and abiotic components of ecosystems. CO 4: Apply ecological knowledge to illustrate and graph a problem and describe the realities that managers face when dealing with complex environmental issues. |
8 | ANGULAR JS AND NODE JS | 21CSL581 |
CO 1: Develop and maintain web applications using AngularJS and Node.js. CO 2: Implement client-server architecture for web applications. CO 3: Integrate and test dynamic web applications with databases using AngularJS and Node.js. CO 4: Demonstrate proficiency in the development of RESTful services and APIs. CO 5: Evaluate and implement front-end and back-end code in a full-stack JavaScript environment. |
Sixth Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | SOFTWARE ENGINEERING & PROJECT MANAGEMENT | 21CS61 |
CO 1: Understand the activities involved in software engineering and analyze the role of various process models. CO 2: Explain the basics of object-oriented concepts and build a suitable class model using modeling techniques. CO 3: Describe various software testing methods and understand the importance of agile methodology and DevOps. CO 4: Illustrate the role of project planning and quality management in software development. CO 5: Understand the importance of activity planning and different planning models. |
2 | DATA SCIENCE AND ITS APPLICATIONS | 21AD62 |
CO 1: Identify and demonstrate data using visualization tools. CO 2: Make use of statistical hypothesis tests to choose the properties of data, curate, and manipulate data. CO 3: Utilize the skills of machine learning algorithms and techniques and develop models. CO 4: Demonstrate the construction of decision trees and data partitioning using clustering. CO 5: Experiment with social network analysis and use natural language processing skills to develop data-driven applications. |
3 | MACHINE LEARNING | 21AI63 |
CO 1: Understand the concept of Machine Learning and Concept Learning. CO 2: Apply the concept of ML and various classification methods in a project. CO 3: Analyze various training models in ML and implement the SVM algorithm. CO 4: Apply ML concepts in decision tree structure and implement Ensemble learning and Random Forest. CO 5: Apply Bayes techniques and explore more about classification in ML. |
4 | BUSINESS INTELLIGENCE | 21AI641 |
CO 1: Apply the basics of data and business to understand Decision Support systems and Business Intelligence framework. CO 2: Describe the significance of Computerized Decision Support, apply the basics of mathematics to understand the mathematical modeling behind decision support. CO 3: Explain Data Warehousing, its architecture, and the Extraction, Transformation, and Load (ETL) processes. CO 4: Analyze the importance of knowledge management and explain its activities, approaches, and implementation. CO 5: Describe expert systems, analyze their development, and discuss areas suitable for application of expert systems. |
5 | RENEWABLE ENERGY RESOURCES | 21EE652 |
CO 1: Discuss causes of energy scarcity and its solution, energy resources, and availability of renewable energy. CO 2: Outline energy from the sun, energy reaching the Earth’s surface, and solar thermal energy applications. CO 3: Discuss types of solar collectors, their configurations, solar cell systems, their characteristics, and applications. CO 4: Explain generation of energy from hydrogen, wind, geothermal systems, solid waste, and agricultural refuse. CO 5: Discuss the production of energy from biomass and biogas. CO 6: Summarize tidal energy resources, sea wave energy, and ocean thermal energy. |
6 | MACHINE LEARNING LAB | 21AIL66 |
CO 1: Understand the importance of different classification and clustering algorithms. CO 2: Demonstrate the working of various algorithms with respect to training and test data sets. CO 3: Illustrate and analyze the principles of Instance-based and Reinforcement learning techniques. CO 4: Elicit the importance and applications of supervised and unsupervised machine learning. CO 5: Compare and contrast the Bayes theorem principles and Q learning approach. |
Seventh Semester | |||
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Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | ADVANCED AI AND ML | 21AI71 |
CO 1: Demonstrate the fundamentals of Intelligent Agents. CO 2: Illustrate the reasoning on Uncertain Knowledge. CO 3: Explore explanation-based learning in solving AI problems. CO 4: Apply ML algorithms effectively to solve real-world problems. CO 5: Apply Instance-based techniques and derive learning rules to real-world problems. |
2 | CLOUD COMPUTING | 21CS72 |
CO 1: Understand and analyze various cloud computing platforms and service providers. CO 2: Illustrate various virtualization concepts. CO 3: Identify the architecture, infrastructure, and delivery models of cloud computing. CO 4: Understand the security aspects of CLOUD. CO 5: Define platforms for the development of cloud applications. |
3 | DIGITAL IMAGE PROCESSING | 21CS732 |
CO 1: Understand the fundamentals of Digital Image Processing. CO 2: Apply different image transformation techniques. CO 3: Analyze various image restoration techniques. CO 4: Understand color image and morphological processing. CO 5: Design image analysis and segmentation techniques. |
4 | AUGMENTED REALITY | 21AI741 |
CO 1: Understand the importance of Augmented Reality. CO 2: Comprehend and analyze the tracking system. CO 3: Compare and contrast computer vision for Augmented Reality. CO 4: Analyze and understand registration and camera simulation for visual coherence. CO 5: Acquire knowledge of situated visualization. |
5 | ELECTRICAL VEHICLE TECHNOLOGIES | 21EE734 |
CO 1: Explain the working of electric vehicles and recent trends. CO 2: Analyze different power converter topologies used for electric vehicle applications. CO 3: Develop the electric propulsion unit and its control for electric vehicle applications. CO 4: Design converters for battery charging and explain transformer-less topology. |
6 | ENERGY CONSERVATION AND AUDIT | 21EE755 |
CO 1: Analyze the energy scenario nationwide and worldwide, and outline the Energy Conservation Act and its features. CO 2: Discuss load management techniques and energy efficiency. CO 3: Understand the need for energy audits and energy audit methodology. CO 4: Understand various pillars of electricity market design. CO 5: Conduct energy audits of electrical systems and buildings. CO 6: Show an understanding of demand-side management and energy conservation. |
First Semester (Physics Cycle) | |||
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Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | CALCULUS AND LINEAR ALGEBRA | 18MAT11 |
CO 1: Apply the knowledge of calculus to solve problems related to polar curves and in determining the bentness of curves. CO 2: Learn the notion of partial differentiation, calculate rates of change of multivariate functions, and solve problems related to composite functions and Jacobians. CO 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. CO 4: Solve first-order linear/nonlinear differential equations analytically using standard methods. CO 5: Make use of matrix theory for solving a system of linear equations and compute Eigen values and Eigen vectors required for matrix diagonalization process. |
2 | ENGINEERING PHYSICS | 18PHY12 |
CO 1: Understand various types of oscillations and their implications, the role of shock waves in various fields. CO 2: Recognize the elastic properties of materials for engineering. CO 3: Realize the interrelation between time-varying electric field and magnetic field, the transverse nature of EM waves, and their role in optical fiber communication. CO 4: Compute Eigen values, Eigen functions for a particle using Time independent 1-D Schrödinger’s wave equation. Apprehend the principle of laser, working of different types of lasers and applications. CO 5: Understand various electrical and thermal properties of materials like conductors, semiconductors, and dielectrics using different theoretical models. |
3 | BASIC ELECTRICAL ENGINEERING | 18ELE13 |
CO 1: Analyze basic DC and AC electric circuits. CO 2: Explain the principle of operation, construction of 1-phase transformer, AC and DC machines. CO 3: Explain the concept of wiring, protective devices, and earthing. |
4 | ELEMENTS OF CIVIL ENGINEERING & MECHANICS | 18CIV14 |
CO 1: Mention the applications of various fields of Civil Engineering. CO 2: Compute the resultant of a given force system subjected to various loads. CO 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 external loads. CO 4: Locate the centroid and compute the moment of inertia of regular and built-up sections. CO 5: Express the relationship between the motion of bodies and analyze the bodies in motion. |
5 | ENGINEERING GRAPHICS | 18EGDL15 |
CO 1: Understand and visualize the points, lines, and planes with manual and computer-aided drafting. CO 2: Analyze the shape and size of different solids using orthographic projections by manual and computer-aided tools. CO 3: Create 3D isometric views of objects and development of lateral surfaces and truncated shapes of solids by manual and solid edge software. |
6 | ENGINEERING PHYSICS LAB | 18PHYL16 |
CO 1: Recall the concepts of interference of light, diffraction of light, and Fermi energy. CO 2: Understand the principles of operation of optical fibers and semiconductor devices such as photodiodes, NPN transistors, and frequency response of LCR circuits. CO 3: Determine elastic moduli and moment of inertia of given materials with the help of suggested procedures. CO 4: Gain practical knowledge of magnetic field intensity due to current and spring constant of a spring. CO 5: Understand the importance of measurement procedures, honest recording, and representing the data, reproduction of final results. |
7 | BASIC ELECTRICAL ENGG. LAB | 18ELEL17 |
CO 1: Identify the common electrical components used for conducting experiments and verify Kirchhoff’s law for basic DC circuits. CO 2: Compare power factor of lamps and study the effect of open & short circuits. CO 3: Determine the impedance of electrical circuits and analyze phase and line quantities with power consumed in a star and delta 3-phase load. CO 4: Determine earth resistance and understand two-way and three-way control of lamps. |
8 | TECHNICAL ENGLISH – I | 18EGH18 |
CO 1: Use grammatical English and essentials of language skills and identify the nuances of phonetics, intonation, and flawless pronunciation. CO 2: Implement English vocabulary at command and language proficiency, identify common errors in spoken and written communication. CO 3: Understand and improve 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 | Course Outcomes (COs): The students will be able to |
1 | ADVANCED CALCULUS AND NUMERICAL METHODS | 18MAT21 |
CO 1: Illustrate the applications of multivariate calculus to understand the solenoidal and irrotational vectors and exhibit the interdependence of line, surface, and volume integrals. CO 2: Demonstrate various physical models using higher order differential equations and solve such linear ordinary differential equations. CO 3: Construct a variety of partial differential equations and solutions by Exact methods, Bernoulli D.E, and Variable separable method. CO 4: Explain the applications of infinite series and obtain series solutions of ordinary differential equations. CO 5: Apply the knowledge of Numerical Methods to solve problems arising in physics and engineering. |
2 | ENGINEERING CHEMISTRY | 21CHE22 |
CO 1: Impart the basic knowledge of chemistry and its principles involved in electrochemistry, energy storage devices, and its commercial applications. CO 2: Understand the basic principles of corrosion and its prevention, metal finishing, and its technological importance. CO 3: Master the knowledge of synthesis, properties, and utilization of engineering materials like polymers & nano materials. CO 4: Apply the knowledge of Green Chemistry principles for the production of chemical compounds and understand the concepts of alternative energy sources. CO 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 |
CO 1: Illustrate simple algorithms from different domains such as mathematics, physics, etc. CO 2: Construct a programming solution to the given problem using C. CO 3: Identify and correct the syntax and logical errors in C programs. CO 4: Modularize the given problem using functions & structures. |
4 | BASIC ELECTRONICS | 18ELN24 |
CO 1: Describe the operation of diodes, BJT, FET, and operational amplifiers. CO 2: Design and explain the construction of rectifiers, regulators, amplifiers, and oscillators. CO 3: Describe general operational principles of SCR and its application. CO 4: Explain the different number systems and their conversions, and construct simple combinational and sequential logic circuits using flip-flops. CO 5: Describe the basic principle of operation of communication systems and mobile phones. |
5 | ELEMENTS OF MECHANICAL ENGINEERING | 18ME25 |
CO 1: Identify different sources of energy & their conversion process, and explain the working principle of hydraulic pumps, IC engines, and refrigeration. CO 2: Recognize various metal joining processes & power transmission elements, and understand the properties of common engineering materials & their applications. CO 3: Discuss the working of conventional machine tools, machining processes, tools & accessories. |
6 | ENGINEERING CHEMISTRY LABORATORY | 18CHEL26 |
CO 1: Handle different types of instruments for the analysis of materials using small quantities of materials for quick and accurate results. CO 2: Analyze different types of titrations for estimation of substances in materials using comparatively larger quantities of materials. CO 3: Demonstrate technical information through oral presentations and written reports/records as a team. |
7 | C PROGRAMMING LABORATORY | 18CPL27 |
CO 1: Write algorithms, flowcharts, and programs for simple problems. CO 2: Correct syntax and logical errors to execute a program. CO 3: Write iterative and, where possible, recursive programs. CO 4: Demonstrate the use of functions, arrays, strings, structures, and pointers in problem-solving. |
8 | TECHNICAL ENGLISH – II | 18EGH28 |
CO 1: Identify common errors in spoken and written communication, and become familiar with English vocabulary and language proficiency. CO 2: Improve the nature and style of writing, acquire employment and workplace communication skills, and enhance technical communication skills through technical reading and writing practices. CO 3: Perform well in campus recruitment, engineering, and other competitive exams. |
Third Semester | |||
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Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | TRANSFORM, CALCULUS, FOURIER SERIES & NUMERICAL TECHNIQUES | 18MAT31 |
CO 1: Use Laplace Transform and Inverse Laplace Transform in solving Differential Equations in Network Analysis, Control Systems, and other fields of Engineering. CO 2: Demonstrate Fourier Series to study the behavior of periodic functions and their applications in system communications, digital Signal Processing, and Field Theory. CO 3: Make use of Fourier Transform and Z Transforms to illustrate the functions arising in wave and heat propagation, signals, and systems. CO 4: Solve the first and second order ordinary differential equations arising in Engineering problems using single step and multistep numerical methods. CO 5: Determine the extremum of a functional using the calculus of variation and solve problems arising in the dynamics of rigid bodies and Vibrational Analysis. |
2 | DATA STRUCTURES AND APPLICATIONS | 18CS32 |
CO 1: Use different types of data structures, operations, and algorithms. CO 2: Apply searching and sorting operations on files. CO 3: Use stack, Queue, Lists, Trees, and Graphs in problem-solving. CO 4: Implement all data structures in a high-level language for problem-solving. |
3 | ANALOG AND DIGITAL ELECTRONICS | 18CS33 |
CO 1: Design and analyze applications of analog circuits using photo devices, timer IC, power supply and regulator IC, and op-amps. CO 2: Explain the basic principles of A/D and D/A conversion circuits and develop the same. CO 3: Simplify digital circuits using Karnaugh Map and Quine-McClusky Methods. CO 4: Explain gates and flip-flops and make use of designing different data processing circuits, registers, and counters and compare the types. CO 5: Develop simple HDL programs. |
4 | COMPUTER ORGANIZATION | 18CS34 |
CO 1: Explain the basic organization of a computer system. CO 2: Demonstrate the functioning of different subsystems, such as processor, Input/Output, and memory. CO 3: Illustrate hardwired control and micro-programmed control, pipelining, embedded, and other computing systems. CO 4: Design and analyze simple arithmetic and logical units. |
5 | SOFTWARE ENGINEERING | 18CS35 |
CO 1: Design a software system, component, or process to meet desired needs within realistic constraints. CO 2: Assess professional and ethical responsibility. CO 3: Function on multi-disciplinary teams. CO 4: Use the techniques, skills, and modern engineering tools necessary for engineering practice. CO 5: Analyze, design, implement, verify, validate, apply, and maintain software systems or parts of software systems. |
6 | DISCRETE MATHEMATICAL STRUCTURES | 18CS36 |
CO 1: Use propositional and predicate logic in knowledge representation and truth verification. CO 2: Demonstrate the application of discrete structures in different fields of computer science. CO 3: Solve problems using recurrence relations and generating functions. CO 4: Apply different mathematical proof techniques in proving theorems in courses. CO 5: Compare graphs, trees, and their applications. |
7 | ANALOG AND DIGITAL ELECTRONICS | 18CSL37 |
CO 1: Use appropriate design equations/methods to design the given circuit. CO 2: Examine and verify the design of both analog and digital circuits using simulators. CO 3: Make use of electronic components, ICs, instruments, and tools for the design and testing of circuits with the appropriate inputs. CO 4: Compile a laboratory journal which includes the aim, tools/instruments/software/components used, design equations, designs, schematics, program listings, procedures followed, relevant theory, results as graphs and tables, interpreting and concluding the findings. |
8 | DATA STRUCTURES LABORATORY | 18CSL38 |
CO 1: Analyze and compare various linear and non-linear data structures. CO 2: Code, debug, and demonstrate the working nature of different types of data structures and their applications. CO 3: Implement, analyze, and evaluate the searching and sorting algorithms. CO 4: Choose the appropriate data structure for solving real-world problems. |
9 | CONSTITUTION OF INDIA, PROFESSIONAL ETHICS AND CYBER LAW | 18CPH39 |
CO 1: Have constitutional knowledge and legal literacy. CO 2: Understand engineering and professional ethics and the responsibilities of engineers. CO 3: Understand cybercrimes and cyber laws for cyber safety measures. |
Fourth Semester | |||
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Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS | 18MAT41 |
CO 1: Use the concepts of analytic function and complex potentials to solve the problems arising in electromagnetic field theory. CO 2: Utilize conformal transformation and complex integrals arising in aerofoil theory, fluid flow visualization, and image processing. CO 3: Apply discrete and continuous probability distributions in analyzing the probability models arising in engineering fields. CO 4: Make use of correlation and regression analysis to fit a suitable mathematical model for statistical data. CO 5: Construct joint probability distributions and demonstrate the validity of testing the hypothesis. |
2 | DESIGN AND ANALYSIS OF ALGORITHMS | 18CS42 |
CO 1: Describe computational solutions to well-known problems like searching, sorting, etc. CO 2: Estimate the computational complexity of different algorithms. CO 3: Devise an algorithm using appropriate design strategies for problem-solving. |
3 | OPERATING SYSTEMS | 18CS43 |
CO 1: Demonstrate the need for OS and different types of OS. CO 2: Apply suitable techniques for the management of different resources. CO 3: Use processor, memory, storage, and file system commands. CO 4: Realize the different concepts of OS in the platform of usage through case studies. |
4 | MICROCONTROLLER AND EMBEDDED SYSTEMS | 18CS44 |
CO 1: Describe the architectural features and instructions of ARM microcontroller. CO 2: Apply the knowledge gained for programming ARM for different applications. CO 3: Interface external devices and I/O with ARM microcontroller. CO 4: Interpret the basic hardware components and their selection methods based on the characteristics and attributes of an embedded system. CO 5: Develop hardware/software co-design and firmware design approaches. CO 6: Demonstrate the need for a real-time operating system for embedded system applications. |
5 | OBJECT ORIENTED CONCEPTS | 18CS45 |
CO 1: Explain the object-oriented concepts and Java. CO 2: Develop computer programs to solve real-world problems in Java. CO 3: Develop simple GUI interfaces for computer programs to interact with users, and to understand the event-based GUI handling principles using swings. |
6 | DATA COMMUNICATION | 18CS46 |
CO 1: Explain the various components of data communication. CO 2: Explain the fundamentals of digital communication and switching. CO 3: Compare and contrast data link layer protocols. CO 4: Summarize IEEE 802.xx standards. |
7 | DESIGN AND ANALYSIS OF ALGORITHMS LAB | 18CSL47 |
CO 1: Design algorithms using appropriate design techniques (brute-force, greedy, dynamic programming, etc.). CO 2: Implement a variety of algorithms such as sorting, graph-related, combinatorial, etc., in a high-level language. CO 3: Analyze and compare the performance of algorithms using language features. CO 4: Apply and implement learned algorithm design techniques and data structures to solve real-world problems. |
8 | MICROCONTROLLER AND EMBEDDED SYSTEMS LAB | 18CSL48 |
CO 1: Explain the principles of management, organization, and entrepreneurship. CO 2: Discuss planning, staffing, ERP, and their importance. CO 3: Infer the importance of intellectual property rights and relate the institutional support. |
Fifth Semester | |||
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Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | MANAGEMENT AND ENTREPRENEURSHIP FOR IT INDUSTRY | 18CS51 |
CO 1: Define management, organization, entrepreneur, planning, staffing, ERP and outline their importance in entrepreneurship. CO 2: Utilize the resources available effectively through ERP. CO 3: Make use of IPRs and institutional support in entrepreneurship. |
2 | PYTHON PROGRAMMING | 18AI52 |
CO 1: Demonstrate proficiency in handling loops and creation of functions. CO 2: Identify the methods to create and manipulate lists, tuples, and dictionaries. CO 3: Discover the commonly used operations involving regular expressions and file systems. CO 4: Interpret the concepts of Object-Oriented Programming as used in Python. CO 5: Determine the need for scraping websites and working with CSV, JSON and other file formats. |
3 | DATABASE MANAGEMENT SYSTEMS | 18CS53 |
CO 1: Identify, analyze, and define database objects, enforce integrity constraints on a database using RDBMS. CO 2: Use Structured Query Language (SQL) for database manipulation. CO 3: Design and build simple database systems. CO 4: Develop applications to interact with databases. |
4 | AUTOMATA THEORY AND COMPUTABILITY | 18CS54 |
CO 1: Acquire fundamental understanding of the core concepts in automata theory and Theory of Computation. CO 2: Learn how to translate between different models of Computation (e.g., Deterministic and Non-deterministic and Software models). CO 3: Design Grammars and Automata (recognizers) for different language classes and become knowledgeable about restricted models of Computation (Regular, Context Free) and their relative powers. CO 4: Develop skills in formal reasoning and reduction of a problem to a formal model, with an emphasis on semantic precision and conciseness. CO 5: Classify a problem with respect to different models of Computation. |
5 | PRINCIPLES OF ARTIFICIAL INTELLIGENCE | 18AI55 |
CO 1: Apply the knowledge of Artificial Intelligence to write simple algorithms for agents. CO 2: Apply AI knowledge to solve problems on search algorithms. CO 3: Develop knowledge base sentences using propositional logic and first-order logic. CO 4: Apply first-order logic to solve knowledge engineering processes. |
6 | MATHEMATICS FOR MACHINE LEARNING | 18AI56 |
CO 1: Improve skills and knowledge in linear algebra to get more out of machine learning. CO 2: Understand vector calculus required to build many common machine learning techniques. CO 3: Learn probability and distribution in statistics to build machine learning applications. CO 4: Learn the basic theoretical properties of optimization problems, for applications in machine learning. |
7 | ARTIFICIAL INTELLIGENCE LABORATORY | 18AIL57 |
CO 1: Implement and demonstrate AI algorithms. CO 2: Evaluate different algorithms. |
8 | DBMS LABORATORY WITH MINI PROJECT | 18CSL58 |
CO 1: Create, update, and query on the database. CO 2: Demonstrate the working of different concepts of DBMS. CO 3: Implement, analyze, and evaluate the project developed for an application. |
9 | ENVIRONMENTAL STUDIES | 18CIV59 |
CO 1: Understand the principles of ecology and environmental issues that apply to air, land, and water issues on a global scale. CO 2: Develop critical thinking and/or observation skills, and apply them to the analysis of a problem or question related to the environment. CO 3: Demonstrate ecology knowledge of a complex relationship between biotic and abiotic components. CO 4: Apply ecological knowledge to illustrate and graph a problem and describe the realities that managers face when dealing with complex issues. |
Sixth Semester | |||
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Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | MACHINE LEARNING | 18AI61 |
CO 1: Choose the learning techniques with basic knowledge. CO 2: Apply effectively ML algorithms for appropriate applications. CO 3: Apply Bayesian techniques and derive effective learning rules. |
2 | DIGITAL IMAGE PROCESSING | 18AI62 |
CO 1: Understand, ascertain, and describe the basics of image processing concepts through mathematical interpretation. CO 2: Apply image processing techniques in both the spatial and frequency (Fourier) domains. CO 3: Demonstrate image restoration processes and their respective filters required. CO 4: Design image analysis techniques in the form of image segmentation and evaluate the methodologies for segmentation. |
3 | JAVA FOR MOBILE APPLICATIONS | 18AI63 |
CO 1: Interpret the need for advanced Java concepts like enumerations and collections in developing modular and efficient programs. CO 2: Understand various application components in Android. CO 3: Design efficient user interfaces using different layouts. CO 4: Develop applications with persistent data storage using SQLite. |
4 | NATURAL LANGUAGE PROCESSING | 18AI641 |
CO 1: Analyze natural language text. CO 2: Define the importance of natural language. CO 3: Understand the concepts of Text mining. CO 4: Illustrate information retrieval techniques. |
5 | MACHINE LEARNING LABORATORY | 18AIL66 |
CO 1: Implement and demonstrate ML algorithms. CO 2: Evaluate different algorithms. |
6 | DIGITAL IMAGE PROCESSING LABORATORY WITH MINI PROJECT | 18AIL67 |
CO 1: Image segmentation algorithm development. CO 2: Image filtering in spatial and frequency domain. CO 3: Morphological operations in analyzing image structures. |
7 | MOBILE APPLICATION DEVELOPMENT LABORATORY | 18AIMP68 |
CO 1: Create, test, and debug Android applications by setting up Android development environments. CO 2: Implement adaptive, responsive user interfaces that work across a wide range of devices. CO 3: Infer long-running tasks and background work in Android applications. CO 4: Demonstrate methods in storing, sharing, and retrieving data in Android applications. |
8 | INTELLIGENT TRANSPORTATION SYSTEMS | 18CV655 |
CO 1: After studying this course, students would be able to suggest the appropriate system/s in various functional areas of transportation. CO 2: Would be able to amalgamate the various systems, plan and implement the applications of ITS. CO 3: Would have learned the application of information technology and telecommunication to control traffic, provide advanced information to travelers, handle emergencies automatically, and improve safety. |
Seventh Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | ADVANCED ARTIFICIAL INTELLIGENCE | 18AI71 |
CO 1: Demonstrate the fundamentals of Intelligent Agents. CO 2: Illustrate reasoning on uncertain knowledge. CO 3: Explore explanation-based learning in solving AI problems. CO 4: Demonstrate the applications of rough sets and evolutionary computing algorithms. |
2 | ADVANCED MACHINE LEARNING | 18AI72 |
CO 1: Apply effectively ML algorithms to solve real-world problems. CO 2: Apply instance-based techniques and derive effective learning rules to real-world problems. |
3 | INTERNET OF THINGS | 18AI731 |
CO 1: Interpret the impact and challenges posed by IoT networks leading to new architectural models. CO 2: Compare and contrast the deployment of smart objects and the technologies to connect them to the network. CO 3: Appraise the role of IoT protocols for efficient network communication. CO 4: Elaborate the need for data analytics and security in IoT. CO 5: Illustrate different sensor technologies for sensing real-world entities and identify the applications of IoT in industry. |
4 | SEMANTIC WEB AND SOCIAL NETWORKS | 18AI743 |
CO 1: Work on the internal components of the social network. CO 2: Model and visualize the social network. CO 3: Analyze the behavior of the users in the social network. CO 4: Predict the possible next outcome of the social network. CO 5: Apply social networks in real-time applications. |
5 | ELECTRIC VEHICLES | 18EE753 |
CO 1: Discuss disaster management plan, cyclones, and their hazard potential. CO 2: Understand the role of IMD, cyclone prediction, and the cyclone warning system in India. CO 3: Understand the role of different institutions, defense, and other services in natural disaster management. CO 4: Understand the role of Central Water Commission in river water sharing, drought, its assessment, and drought management plans. CO 5: Understand the occurrence of earthquakes, tsunamis, and thunderstorms. |
6 | ENERGY CONSERVATION & AUDIT | 18EE754 |
CO 1: Analyze the energy scenario nationwide and worldwide, and outline the Energy Conservation Act and its features. CO 2: Discuss load management techniques and energy efficiency. CO 3: Understand the need for energy audits and energy audit methodology. CO 4: Understand various pillars of electricity market design. CO 5: Conduct energy audits of electrical systems and buildings. CO 6: Show an understanding of demand-side management and energy conservation. |
7 | ARM EMBEDDED SYSTEMS | 18EC62 |
CO 1: Describe the architectural features and instructions of the 32-bit microcontroller ARM Cortex M3. CO 2: Apply the knowledge gained to program ARM Cortex M3 for different applications. CO 3: Understand the basic hardware components and their selection methods based on the characteristics and attributes of an embedded system. CO 4: Develop hardware-software co-design and firmware design approaches. CO 5: Explain the need for real-time operating systems for embedded system applications. |
Eighth Semester | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes (COs): The students will be able to |
1 | NEURAL NETWORKS AND DEEP LEARNING | 18AI81 |
CO 1: Identify the deep learning algorithms which are more appropriate for various types of learning tasks in various domains. CO 2: Implement deep learning algorithms and solve real-world problems. CO 3: Execute performance metrics of Deep Learning Techniques. |
2 | ROBOTIC PROCESS AUTOMATION DESIGN & DEVELOPMENT | 18AI823 |
CO 1: Understand basic programming concepts and the underlying logic/structure. CO 2: Describe RPA, where it can be applied, and how it is implemented. CO 3: Describe the different types of variables, control flow, and data manipulation techniques. CO 4: Understand image, text, and data tables automation. CO 5: Describe automation to email and various types of exceptions and strategies to handle them. |
Infrastructure

Natural Language Processing
Explores techniques for analyzing and understanding human language. The course covers text preprocessing, sentiment analysis, named entity recognition, and machine translation. Students will learn to use libraries such as NLTK and spaCy to handle tasks like tokenization and part-of-speech tagging. By the end, they will be able to develop models that interpret and generate human language, applying NLP to real-world scenarios like chatbots and text analysis.
Computer Vision
Focuses on enabling computers to interpret and analyze visual information. The course covers image processing techniques, object detection, and image segmentation using methods like Convolutional Neural Networks (CNNs). Students will learn to work with libraries such as OpenCV and TensorFlow to develop models that can recognize patterns, classify images, and detect objects. By the end, students will be equipped to apply computer vision to practical applications like automated surveillance and image analysis.

Student Chapter
Coming Soon
Tie & Ups
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Teaching

Dr. Rekha S
Associate Professor
13.8 Year’s

Dr. MANU K S
Associate Professor
14 Year’s

Dr. A. J. K Prasad
Professor
Teaching 18
Research 09
Industry 10

Dr. Emmanvel Raj M Chirchi
Professor
26 Years

Dr. Anasuya N. J.
Professor and HOD
26 Years
Non Teaching

Mrs. Nayana.L
Office Assistant
2.5 Year’s

Ms. Navya Shree K V
Instructor
1 Year

Ms. Shreyanka N Murthy
Instructor
2 Year’s

Mr.Yogesha A G
Attender
5 Year’s

Mr. Bharath B S
Instructor
14 Years
Coming Soon
Awards
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Academic Result
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Media Coverage
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RESEARCH AT THE DEPARTMENT OF AI & ML
Research Areas
The Department of Computer Science and Engineering (Artificial Intelligence and Machine Learning) at Don Bosco Institute of Technology (DBIT), Bangalore, was established in 2020. It began with an intake of 60 students and expanded to 120 students by 2021. DBIT is permanently affiliated with Visvesvaraya Technical University (VTU) in Belagavi, Karnataka, ensuring high academic standards and industry relevance.
The department offers a cutting-edge curriculum in AI and ML, preparing students for the dynamic tech industry. It emphasizes a robust understanding of core concepts and practical skills, focusing on areas such as the Internet of Things (IoT), Data Science, Big Data Analytics, and Mobile Application Development, among others. Students engage in diverse research areas and real-world applications, fostering innovation and critical problem-solving.
Cloud Computing
Cloud computing implementation is being done in our DBIT-Data Centre. The primary benefit of moving to Clouds is application scalability. With the rapid advance of cloud computing, the data centre plays a key role. Cloud Computing Research areas are Green Cloud Computing, Edge Computing, Cloud Cryptography, Load Balancing, Cloud Analytics, Cloud Scalability, Mobile Cloud Computing.Several projects which can be deployed on the cloud are being developed by our students, faculty members, and research scholars.
Internet of Things (IoT)
Internet of Things, popularly recognized as IoT, is an emerging technology. IoT is dominating the Information Technology field because of “Smart Objects” which can freely “talk” to each other and generate an enormous volume of data, spread across different communication networks. Interconnectivity, related to what sensors can now capture, plays a very important role in the IT field. Every field of human requirement including Health care, Retail, Disaster Management, Traffic Management, Secured and Smart Homes, Smart Cities, Smart Agriculture are depending on the Internet of Things. We are developing innovative applications on the IoT domain, which support societal needs.
Cloud Security
With the rapid development of computer technology, cloud-based services have become an emerging topic. Cloud-based services not only provide users with convenience but also bring many security issues. Therefore, the study of access control schemes to protect user privacy in a cloud environment is of great significance. We are exploring the various mechanisms to achieve security measures in cloud computing which provide a major research field.
Artificial Intelligence and Machine Learning (AI&ML)
Machine Learning is a recently developed field belonging to Artificial Intelligence. It tries to mimic the human brain, which is capable of processing complex input data, learning different knowledge intellectually and fast, and solving different kinds of complicated tasks well. Switching these features of the human brain to a learning model, the model can be dealt with the high-dimensional data, support a fast and intellectual learning algorithm and perform well in the complicated AI tasks like computer vision or speech recognition. Deep architecture is believed to be such kind of model, with good learning algorithms for deep learning and excellent performance in solving AI tasks.
Image Processing
Image processing is a method to perform some operations on an image, to get an enhanced image or to extract some useful information from it. It is a type of signal processing in which input is an image and output may be image or characteristics/features associated with that image. Some open research areas in image processing are Automatic Detection, Classification, Identification of Single and Multiple objects, Automatic Image, Enhancement, Image Segmentation, Image Classification, Image Compression Image Inpainting, Image Restoration.
Natural Language Processing
Natural Language Processing (NLP) is the application of Linguistics, Computer Science, Information Engineering, and Artificial Intelligence in the interactions between computers and human (natural) languages. The ultimate objective of NLP is to read, decipher, understand, and make sense of the human languages in a valuable manner. Computers are programmed to process and analyze large amounts of natural language data. Some of the tasks associated with NLP include Grammar Induction, Lemmatization, Morphological Segmentation, Part-of-Speech Tagging, Treebank Generation, Parsing, Stemming, Automatic Summarization, Co-reference Resolution, Discourse Analysis, Speech Recognition, Speech Segmentation and Text-To-Speech Synthesis (TTS).
Grid Computing
Grid computing is the use of widely distributed computer resources which enables grids composed of many networked loosely coupled computers acting together to perform large tasks. It enables scheduling of jobs, balancing the load, migrating the jobs, partitioning the tasks into manageable units for parallel and distributed processing, and tolerance to the failures and faults. It enables the high-level availability from the pool of resources for the applications throughout the world.
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Sl. No | Name of Faculty | Designation | Teaching Experience | Research Experience | Industrial Experience | Total Experience |
---|---|---|---|---|---|---|
1 | Dr. B. K Raghavendra | Professor & HOD | 26 | 10 | 2 | 26 |
2 | Dr. Rajashekhar M Patil | Professor | 24 | 15 | 1 | 24 |
Sl. No | Name of Faculty | Status | Research Center |
---|---|---|---|
1 | Mr. Anil Kumar C J | Open Seminar-1 Completed | DBIT, Bengaluru-VTU |
2 | Mr. Ugranada Channabasava | Open Seminar-1 Completed | DBIT, Bengaluru-VTU |
3 | Mr. Sandeep H | Open Seminar-1 Completed | DBIT, Bengaluru-VTU |
4 | Mr. Santhosh Kumar S | Comprehensive Viva Conducted | DBIT, Bengaluru-VTU |
SI. No | Name of Faculty | Status | Research Centre and University |
---|---|---|---|
1 | Ms. Gowramma G.S. | Thesis submitted | RVCE, Bengaluru – VTU |
2 | Mr. Emmanvel Raj M. C | Waiting for final Dissertation | Ambajogai, JNTUH, Hyderabad |
3 | Mr. Shankara Gowda S.R. | Completed Comprehensive Viva | VTU Regional Centre, Bengaluru – VTU |
4 | Mr. Ugranada Channabasava | Completed Comprehensive Viva | DBIT, Bengaluru – VTU |
5 | Mrs. Asha K.H. | Completed Comprehensive Viva | DBIT, Bengaluru – VTU |
Research Initiatives
The Department of Computer Science and Engineering (Artificial Intelligence and Machine Learning) at Don Bosco Institute of Technology (DBIT), Bangalore, was established in 2020. It began with an intake of 60 students and expanded to 120 students by 2021. DBIT is permanently affiliated with Visvesvaraya Technical University (VTU) in Belagavi, Karnataka, ensuring high academic standards and industry relevance.
The department offers a cutting-edge curriculum in AI and ML, preparing students for the dynamic tech industry. It emphasizes a robust understanding of core concepts and practical skills, focusing on areas such as the Internet of Things (IoT), Data Science, Big Data Analytics, and Mobile Application Development, among others. Students engage in diverse research areas and real-world applications, fostering innovation and critical problem-solving.
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.
Projects
Coming Soon
RESEARCH AT THE DEPARTMENT OF ECE
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 Innovations in IC Design and Manufacture/Wireless and Wired Communication Systems/Signal Processing/Nano Technology. To facilitate research relevant to the present context, the department encourages the active involvement of faculty and students in collaborative programmes both at the national and international levels.
Very-Large-Scale Integration (VLSI)
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 Innovations in IC Design and Manufacture/Wireless and Wired Communication Systems/Signal Processing/Nano Technology. To facilitate research relevant to the present context, the department encourages the active involvement of faculty and students in collaborative programmes both at the national and international levels.
Digital Signal Processing
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 Innovations in IC Design and Manufacture/Wireless and Wired Communication Systems/Signal Processing/Nano Technology. To facilitate research relevant to the present context, the department encourages the active involvement of faculty and students in collaborative programmes both at the national and international levels.
Communication Network
A communication network is a set of individuals (or nodes) connected by communicative interaction. For example, an organizational communication network could consist of those seeking advice from others within the organization, and those giving advice. The abundant scope is available for improvements in Communication Networks for analysis using the theories, techniques, procedures, and applications, especially in Social Networking.
Powerline Communication
Power Line Communication (PLC) is a communication technology that enables sending data over existing power cables. This means that with just power cables running to an electronic device (for example a Modem) one can both power it up and at the same time control/retrieve data from it in a half-duplex manner. PLC is like any other communication technology whereby a sender modulates the data to be sent, injects it onto the medium, and the receiver demodulates the data to read it. At present PLC is widely used in the Smart Grid and micro-inverters. Possible future applications are Traffic Light Control, Water Flow Control in Irrigation, Vending Machines, Telemetry, Smart Vehicles in Transportation only limited by one’s creativity.
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Sl. No | Name of Faculty | Designation | Teaching Experience | Research Experience | Industrial Experience | Total Experience |
---|---|---|---|---|---|---|
1 | Dr. Rengaprabhu P. | Professor and Head | 19 | 5 | 0 | 19 |
2 | Dr. Nataraj K.R. | Professor, Dean & Director-R&D | 25 | 15 | ~ | 25 |
3 | Dr. Lalitha Y.S. | Professor | 23 | 11 | 0 | 23 |
Sl. No | Name of Faculty | Status | Research Center |
---|---|---|---|
1 | Mr. Amol Subhash Dange | Registered | DBIT, Bengaluru-VTU |
2 | Mr. Sreedhar Burada | Registered | DBIT, Bengaluru-VTU |
3 | Mr. B Sangamithra | Registered | DBIT, Bengaluru-VTU |
4 | Ms. Asha K. H. | Course work Completed | DBIT, Bengaluru-VTU |
5 | Mr. Manjunath T. K. | Comprehensive Viva Conducted | DBIT, Bengaluru-VTU |
Sl. No | Name of Faculty | Status | Research Center |
---|---|---|---|
1 | Mr. Naveen N. | Registered | RVCE, Bengaluru-VTU |
2 | Ms. Yashaswini B. M. | Registered | RVCE, Bengaluru-VTU |
3 | Ms. Vinaka Deepak Halbhavi | Registered | RVCE, Bengaluru-VTU |
4 | Ms. Sumathi M. | Registered | RVCE, Bengaluru-VTU |
5 | Ms. Shilpa S. G. | Registered | GSSSIT, Mysuru-VTU |
6 | Ms. Rohini B. R. | Course Work Completed | BMSIT, Bengaluru-VTU |
7 | Ms. Shruthi G. | Course Work Completed | SIT, Tumakuru-VTU |
8 | Mr. Ranjeet Kumar | Course Work Completed | VTURRC, Belagavi-VTU |
9 | Ms. Kusuma T. | Comprehensive Viva Conducted | GAT, Bengaluru-VTU |
10 | Mr. Santhosh Kumar G. | Completed Comprehensive Viva | AMCEC, Bengaluru-VTU |
Research Initiative
The Department of Electronics and Communication Engineering, established in 2001, currently admits 180 students with a staff-to-student ratio of 1:16. The faculty, with an average of 15 years of experience, includes 6 Professors, 10 Associate Professors, 22 Assistant Professors, and 16 Technical Staff, all dedicated to fostering academic and research excellence. The department boasts well-equipped laboratories, a departmental library, and robust internet facilities. Students benefit from industrial training, live projects, and enhanced employability opportunities.
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.
Project
Date | Faculty Name | Event | Amount | Organised By |
---|---|---|---|---|
13-03-15 | Prof. Ravindranath K | SPP Programme | INR 5000 | KSCST |
03-05-16 | Prof. Shashi Ranjan | VGST | INR 40000 | VGST |
02-08-18 | Prof. Shashi Ranjan | VTU Financial Assistance Programme | INR 5000 | VTU |
02-08-18 | Prof. Rashmi S B | VTU Financial Assistance Programme | INR 5000 | VTU |
28-03-18 | Prof. Rashmi S B | SPP Programme | INR 6000 | KSCST |
11-03-20 | Prof. Santhosh Nejakar | SPP Programme | INR 5000 | KSCST |
27-01-20 | Dr. Rengaprabhu and Prof. Santhosh Nejkar | FDP | INR 2,80,000 | VTU TEQIP 1.3 Sponsored |
15-09-18 | Dr Nataraj K R | IoT and Traffic management R&D set up | INR 1,00,73,000 | KCTU |
03-09-18 | Dr Nataraj K R | TBI set up for IoT and Traffic management | INR 1,93,09,000 | KCTU |
15-11-21 | Dr Rajshekar Patil | Machine learning Lab | INR 30,00,000 | VGST |
10-08-21 | Dr Nataraj K R | Margadarshak | INR 50,00,000 | AICTE |
May/June 2021 | Santhosh Nejakar, Sangam Kumar | 44th SPP Programme | INR 22,000 | KSCST |
May/June 2022 | Dr Bhagya P, Tejasvini M L, Dr Rajshekar Patil | 45th SPP Programme | INR 34,000 | KSCST |
12-08-19 | Dr Nataraj K R | FDP | INR 2,50,000 | EDII |
Research Projects and Funding
Sl. No. | Name | Research Project Topic |
---|---|---|
1 | Mr Senthil Kumar R M | Modified Rounding Based Unsigned and Signed Multiplier with Low Power and Area for Digital Image Processing Applications Using CAD Tools |
2 | Mr Kumaravel R | Design and Implementation of High Speed Low Power VLSI Architecture for Inexact Speculative Adder Using CAD Tools |
3 | Mrs. Rekha S | A novel design for power and area optimization in sequential circuit memory element using multibit flip flop |
4 | Mr. R Shivaji | Para reduction in OFDM system by combining PTS with DCT transforms |
5 | Mrs. Sharmila N | Design of an efficient power monitoring scheme for a renewable energy based microgrid in islanded mode operation |
6 | Mrs. Sheela S | An efficient approach for traffic congestion and management using IOT devices and its implementation on FPGA |
7 | Mrs. Mamatha M Pandith | Enhancing the lifetime of data communication network using geographical routing algorithms |
8 | Mr. Anandkumar Patil | Classification of Crops using Color Texture Shape Features Identification of Diseases |
9 | Mr. Virupaksha Reddy | Morphological Based Image Fusion for MRI Images |
10 | Mrs. Pooja Honnatagi | Fusion Strategy based on Underwater Image Enhancement |
Publication
- Rekha Sathya Narayana, “An Efficient Low-Power Reconfigurable Model For CMOS-Based SRAM Using FPGA”, International Journal of Intelligent Systems And Applications In Engineering, 2024. Link
- Rekha Sathya Narayana, “An Efficient Unused Integrated Circuits Detection Algorithm for Parallel Scan Architecture”, International Journal of Electrical and Computer Engineering (IJECE)-2024, 14, pp, 2024. DOI: 10.11591/ijece.v14i1.pp469-478
- Rakshitha C M, Nataraj K R, Nirmala Hiremani, Rekha K R, “A Review on Fundamental Principles of Quantum Cryptography”. 3rd International Conference on Innovative Research and Development, Thailand, Taylor & Francis, 2024 (Scopus-indexed).
- Rakshitha C M, Nirmala Hiremani, Nataraj K R, “A Novel Smart Contract Based Blockchain with Sidechain and Robust Access Control for E-Voting Against Fraudulent Activities”, International Journal of Electrical and Computer Engineering (IJECE), 2024. Link (Scopus-indexed)
- Sanjay Kumar, C.S. Pillai, “An Analysis of Light Weight Symmetric Encryption Algorithms for Secure Data Transmission in IoT”, International Conference on Intelligent Algorithms for Computational Intelligence Systems 2024 (IACIS), IEEE Xplore.
- Dr. Emmanvel Raj M Chirchi, “Pattern matching for the iris biometric recognition system using KNN and fuzzy logic classifier techniques”, International Journal, 21 March 2024.
- Dr. Emmanvel Raj M Chirchi, “Optical Sensor for Water Bacteria Detection using Machine Learning”, International Conference, 28 Feb 2024.
- Dr. Chethan Chandra S Basavaraddi, “Dynamic Patient Triage Optimization in Healthcare Settings Using RNNs for Decision Support”, The 10th International Conference on Smart Computing and Communication (ICSCC 2024) IEEE, 25 – 27 July 2024, Bali, Indonesia. 979-8-3503-6310-4/24/$31.00 ©2024 IEEE.
- Dr. Chethan Chandra S Basavaraddi, “Cloud-based Data Analytics for Automated Coastal Cleanup Robots with Convolutional Neural Network”, 2024 8th International Conference on I-SMAC (IoT in Social, Mobile, Analytics and Cloud), IEEE.
- Anasuya N Jadagerimath; Mallikarjunaswamy S, Mahesh Kumar D; Sheela S; Prakash S, “A Machine Learning based Consumer Power Management System using Smart Grid”, Link, Nov 2023
- Rakshitha C M, Nirmala Hiremani, Nataraj K R, “Hybrid Secure Algorithms and Optimal Blockchain to Ensure E-Voting Data Immutability at Cloud”, International Journal of Intelligent Systems And Applications In Engineering, 11(3), 721-730, 2023. Link (Scopus-indexed)
- M.N. Birje, R.H. Goudar, Rakshitha C M, Manisha Tapale, “Blockchain Technology Review: Consensus Mechanisms and Applications”, International Journal of Engineering Trends and Technology, 71, 27-39, 2023, DOI: 10.14445/22315381/IJETT-V71I5P204 (Scopus-indexed)
- Dr. Chethan Chandra S Basavaraddi, “A Project Work on Efficient and Intelligent Decision Making for Eco-Fertilization”, International Advanced Research Journal in Science, Engineering and Technology, Vol. 10, Issue 5, May 2023, DOI: 10.17148/IARJSET.2023.10559, ISSN (O) 2393-8021
- Dr. Chethan Chandra S Basavaraddi, “Leveraging Machine Learning Techniques for Improving Heart Disease Prediction Systems Using Feature Selection”, International Journal of Intelligent Systems and Applications in Engineering, 2023, 11(8s), 560–567.
- Dr. Chethan Chandra S Basavaraddi, “Multilayer Perceptron for Brain Image Classification using Stationary Wavelets”, Second International Conference on Augmented Intelligence and Sustainable Systems (ICAISS 2023), 23-25 August 2023, IEEE Explore Compliant ISBN: 979-8-3503-2579-9, Link
- Dr. Chethan Chandra S Basavaraddi, “Optimizing Water Distribution Pump Scheduling with SVM-Based Machine Learning Using IoT Sensor Data”, International Conference on Smart Technologies for Smart Nation (Smart Tech Con 2023 IEEE Singapore Section), 18-19 August 2023, Link
- Dr. Chethan Chandra S Basavaraddi, “Smart Personal Protective Equipment in Ambulance Services with IoT Integration for Safety”, International Conference on Smart Technologies for Smart Nation (Smart Tech Con 2023 IEEE Singapore Section), 18-19 August 2023, Link
- Dr. Chethan Chandra S Basavaraddi, “Enhancing Air Travel with IoT: Smart Airports and Passenger Experience”, Proceedings of the Seventh International Conference on Electronics, Communication, and Aerospace Technology (ICECA 2023) IEEE Xplore, ISBN: 979-8-3503-4060-0.
- Dr. Chethan Chandra S Basavaraddi, “Classifying Social Media Comments Using Machine Learning”, International Journal of Advanced Research in Computer and Communication Engineering, Impact Factor 7.918, Vol. 12, Issue 1, January 2023, DOI: 10.17148/IJARCCE.2023.12113
- Dr. Chethan Chandra S Basavaraddi, “A Project Work on Water Refilling Management System”, International Journal of Advanced Research in Computer and Communication Engineering, Impact Factor 7.918, Vol. 12, Issue 1, January 2023, DOI: 10.17148/IJARCCE.2023.12134
- Dr. Chethan Chandra S Basavaraddi, “Telemedicine and E-Health Advantages with Reference to Prediction of Cardiac Disease in Humans”, International Conference on Advances in Engineering and Technology: ICAET2023, GEC K R Pet, 12th-13th April 2023.
- Dr. Chethan Chandra S Basavaraddi, “Efficient and Secure Apartment Visitor Management System”, International Conference on Advances in Engineering and Technology: ICAET2023, GEC K R Pet, 12th-13th April 2023.
- B. Kursheed, “CHIROPLAY”, International Journal of Creative Research Thoughts (IJCRT), Unique Identification Number – IJCRT2312866, Paper ID – 248779, Volume 11, Issue 12, December 2023, DOI: 10.1729/Journal.37773
- B. Kursheed, “Reinventing Construction Services With Machine Learning and Intelligent Recommendations”, International Journal of Creative Research Thoughts (IJCRT), Unique Identification Number – IJCRT2312884, Paper ID – 248760, Volume 11, Issue 12, December 2023, DOI: 10.1729/Journal.37774
- B. Kursheed, “Novel Evaluation Framework for Sensing Spread Spectrum in Cognitive Radio”, International Journal of Electrical and Computer Engineering (IJECE), Scopus-indexed journal, Q2, Aug 2023, DOI: 10.11591/ijece.v13i6.pp6501-6512
- Dr. Anasuya N Jadagerimath, “IoT Integration with Blockchain to enhance the security and privacy challenges and Recommendations” in 3rd International Conference on Recent Innovative Trends in Computer Science and Applications ICRITSA-2022, held on 6-7 May 2022 at M.S.R.I.T Bangalore.
- Dr. Anasuya N Jadagerimath, “Enabling Security in Cloud Computing using Protection Rings”, International Journal 2022 IJNRD | Volume 7, Issue 4 April 2022 | ISSN:2456-4184 | Link
- Dr. Anasuya N Jadagerimath, “A Study on Security Challenges in Machine Learning”, International Journal of Research in Engineering and Science (IJRES), ISSN (Online): 2320-9364, ISSN (Print): 2320-9356, Volume 10, Issue 4, Series 9, 2022, PP. 41-44, Link
- Dr. Anasuya N Jadagerimath, “Evaluation of a Dynamic Resource Allocation Method based on the Load of VMs on IaaS”, International Journal of Research in Engineering and Science (IJRES), ISSN (Online): 2320-9364, ISSN (Print): 2320-9356, Volume 10, Issue 4, Series 8, 2022, PP. 65-70, Link
- Dr. Anasuya N Jadagerimath, “Assistive Communication System for Physically Challenged People” in IJCRT, ISSN 2320-2882, Vol:10, Issue 2, Pages: d878-d884, Feb 2022, Link
- Dr. Anasuya N Jadagerimath, “Energy Efficient Machine Learning Algorithm for Virtualized Sensor Cloud Infrastructure”, International Conference on Multidisciplinary Technologies and Challenges in Industry 4.0 Proceedings, ISBN 978-81-947738-3-2, Vol 1, Pages 362-379, Sep 2020.
- M.N. Birje, R.H. Goudar, Rakshitha C M, Manisha Tapale, “A Review on Layered Architecture and Application domains on Blockchain Technology”, IEEE 2nd International Conference on Electrical, Computer, and Energy Technologies (ICECET) 2022, DOI: 10.1109/ICECET55527.2022.9872729 (Scopus-indexed)
- Manu K.S., “FPGA Implementation of Object Detection in Background Modelling Using Gaussian Mixture Model”, International Journal of Trendy Research in Engineering and Technology, Volume 6, Issue 2, April 2022, ISSN: 2582-0958.
- Manu K.S., “FPGA Implementation of Shadow Detection in Background Modelling Using Gaussian Mixture Model”, International Research Journal of Modernization in Engineering Technology and Science, Volume 4, Issue 04, April 2022, e-ISSN: 2582-5208.
- Dr. Chethan Chandra S Basavaraddi, “Prediction of Cardiac Disease Using Machine Learning”, International Journal of Advanced Research in Computer and Communication Engineering, ISO 3297:2007 Certified, Impact Factor 7.39, Vol. 11, Issue 9, September 2022, DOI: 10.17148/IJARCCE.2022.11915.
- Dr. Chethan Chandra S Basavaraddi, “E-Health and Telemedicine in Today’s World”, International Journal of Advanced Research in Computer and Communication Engineering, Impact Factor 7.39, Vol. 11, Issue 5, May 2022, DOI: 10.17148/IJARCCE.2022.11521, ISSN (O) 2278-1021, ISSN (P) 2319-5940.
- Dr. Chethan Chandra S Basavaraddi, “E-Health Web Application Framework and Platform Based on Cloud Technology”, International Journal of Advanced Research in Computer and Communication Engineering, ISO 3297:2007 Certified, Impact Factor 7.918, Vol. 11, Issue 10, October 2022, DOI: 10.17148/IJARCCE.2022.111003.
- J. Anasuya, P.K. Shravani, and C. Lavanya, “Prediction and Solution for Crop Disorder Using Machine Learning and Image Processing Techniques for Agricultural Domain”, Proceedings of the International Conference on Cognitive and Intelligent Computing (ICCIC) 2021, pp 381-398, DOI: 10.1007/978-981-19-2350-0_38, Print ISBN: 978-981-19-2349-4, 978-981-19-2350-0.
- N. J. Anasuya, B. N. Yashasvi, Shubam S. Uttarkar, and T. R. Supreeth, “COVID-19 Warning System”, Proceedings of the International Conference on Cognitive and Intelligent Computing (ICCIC) 2021, pp 305-311, DOI: 10.1007/978-981-19-2350-0_30, Print ISBN: 978-981-19-2349-4, Online ISBN: 978-981-19-2350-0.
- N. J. Anasuya, B. N. Yashasvi, P. Puneeth Kumar, and B. S. Medha, “Classification of Flower Species Using Machine Learning Algorithm”, Proceedings of the International Conference on Cognitive and Intelligent Computing (ICCIC) 2021, pp 699-706, DOI: 10.1007/978-981-19-2350-0_66.
- S. Rekha, K. R. Nataraj, K. R. Rekha, “Comprehensive Review of Optimal Utilization of Clock and Power Resources in Multi-Bit Flip-Flop Techniques”, Indian Journal of Science and Technology, Vol. 14 (44), pp. 3270-3279, 2021, DOI: 10.17485/IJST/v14i44.1790.
- Dr. Chethan Chandra S Basavaraddi, “Implementation of Client-Side Deduplication of Encrypted Data with Public Auditing in Cloud Storage”, IJNIET, ISSN: 2319-6319, UGC Approved Journal-47645, Impact Factor – 4.012.
- Dr. Chethan Chandra S Basavaraddi, “Applying Artificial Intelligence to Studies on Water Quality and Phytoplankton Diversity of Eachnur Tank, Tiptur, Tumkur District, Karnataka, India”, International Journal of New Innovations in Engineering and Technology, Volume 17, Issue 3, August 2021, ISSN: 2319-6319.
- Dr. Chethan Chandra S Basavaraddi, “Using Machine Learning Techniques Studies on Water Quality Index and Phytoplankton Diversity of Tiptur Lake, Tiptur, Tumkur District, Karnataka, India”, Volume 10, Issue 9, September 2021, DOI: 10.17148/IJARCCE.2021.10902, ISSN (Online) 2278-1021, ISSN (Print) 2319-5940.
- P. Puneeth Kumar, Anoopkumar Kulkarni, and Y. V. Sanjay, “Automated Image Captioning Using Machine Learning”, Proceedings of the International Conference on Cognitive and Intelligent Computing (ICCIC) 2021, Volume 1, pp. 331-344, DOI: 10.1007/978-981-19-2350-0.
- P. Puneeth Kumar, R. C. Kishen, and M. Ravikumar, “Traffic Sign Detection and Recognition Using Deep Learning”, Proceedings of the International Conference on Cognitive and Intelligent Computing (ICCIC) 2021, Volume 1, pp. 345-354, DOI: 10.1007/978-981-19-2350-0.
- N. J. Anasuya, B. N. Yashasvi, P. Puneeth Kumar, and B. S. Medha, “Classification of Flower Species Using Machine Learning Algorithm”, Proceedings of the International Conference on Cognitive and Intelligent Computing (ICCIC) 2021, Volume 1, pp. 699-706, DOI: 10.1007/978-981-19-2350-0.
- B. Kursheed, “SURVEY: 5G Wireless Communication Using Cognitive Radio”, e-ISSN: 0976-5166, DOI: 10.21817/indjcse/2020/v11i5/201105231, Vol. 11 No.5 Sep-Oct 2020, Indian Journal of Computer Science and Engineering, Bangalore.
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.
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TRAINING @ DBIT DATA CENTRE
Data is a new and invaluable asset and Big Data is being generated across the world, like never before. The richest businessmen of the world are dependent and thrive on data. DBIT proudly hosts a State-of-the-Art Data Centre for skilling circuit branch students in Enterprise Technologies which is one of the emerging cutting edge technologies to store the Big Data.
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 |
Webinars
Conference / Seminars
Workshops / FDP
Guest Lectures / Tech Talks / Interaction
Industry Visit
Events

February 19, 2025
9:00 am

September 10, 2024
2:00 pm
Internship
Calender
Time table
Syllabus
2022 Sheme
1st Semester | |||
---|---|---|---|
Sl. No | Course Code | Course Title | Scheme/Syllabus |
1 | BMATS101 | Mathematics-I For Computer Science And Engineering Stream | View/Download |
2 | BCHES102 | Applied Chemistry For Computer Science & Engineering Stream | View/Download |
3 | BCEDK103 | Computer Aided Engineering Drawing | View/Download |
4 | BCEDK106 | Communicative English | View/Download |
5 | BSFHK158 | Scientific Foundations Of Health | View/Download |
6 | BPLCK105B | Introduction To Python Programming | View/Download |
7 | BESCK204A | Introduction To Civil Engineering | View/Download |
2nd Semester | |||
---|---|---|---|
Sl. No | Course Code | Course Title | Scheme/Syllabus |
1 | BMATS201 | Mathematics-II For Computer Science And Engineering Stream | View/Download |
2 | BPHYS202 | Applied Physics For CSE Stream | View/Download |
3 | BPOPS203 | Principles Of Programming Using C | View/Download |
4 | BPWSK206 | Professional Writing Skills In English | View/Download |
5 | BICOK207 | Indian Constitution | View/Download |
6 | BIDTK258 | Innovation And Design Thinking | View/Download |
3rd Semester | |||
---|---|---|---|
Sl. No | Course Code | Course Title | Scheme/Syllabus |
1 | BCS301 | Mathematics For Computer Science | View/Download |
2 | BCS302 | Digital Design And Computer Organization | View/Download |
3 | BCS303 | Operating Systems | View/Download |
4 | BCS304 | Data Structures And Applications | View/Download |
5 | BCSL305 | Data Structures Laboratory | View/Download |
6 | BCS306A | ESC/ETC/PLC – Object Oriented Programming With Java | View/Download |
7 | BSCK307 | Social Connect & Responsibility | View/Download |
8 | BCS358A | Ability Enhancement Course – III Data Analytics With Excel | View/Download |
9 | BYOK359 | Yoga | View/Download |
4th Semester | |||
---|---|---|---|
Sl. No | Course Code | Course Title | Scheme/Syllabus |
1 | BCS401 | Analysis & Design Of Algorithms | View/Download |
2 | BAD402 | Artificial Intelligence | View/Download |
3 | BCS403 | Database Management System | View/Download |
4 | BCSL404 | Analysis & Design Of Algorithms Lab | View/Download |
5 | BCS405A | ESC/ETC/PLC – Discrete Mathematical Structures | View/Download |
6 | BBOC407 | Biology For Computer Engineers | View/Download |
7 | BUHK408 | Universal Human Values (UHV) | View/Download |
8 | BYOK459 | Yoga | View/Download |
9 | BDSL456C | Ability Enhancement Course / Skill Enhancement Course – IV M.E.R.N | View/Download |
5th Semester | |||
---|---|---|---|
Sl. No | Course Code | Course Title | Scheme/Syllabus |
1 | BCS501 | Software Engineering & Project Management | View/Download |
2 | BCS502 | Computer Networks | View/Download |
3 | BCS503 | Theory Of Computation | View/Download |
4 | BAIL504 | Data Visualization Lab | View/Download |
5 | BAI515B | Professional Elective Course – Information Retrieval | View/Download |
6 | BCS508 | Environmental Studies And E-Waste Management | View/Download |
7 | BRMK557 | Research Methodology & IPR | View/Download |
8 | BYOK559 | Yoga | View/Download |
9 | BCI586 | Mini Project | View/Download |
Teachers Notes(All Semester)
Category | Department | Download Links |
---|---|---|
Teachers Notes (All Semesters) | Science and Humanities (S & H) | 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
Section | Class Teacher | Email ID | Phone Number |
---|---|---|---|
III | Mr. Punneth Kumar | parthapuneeth@dbit.co.in | 7019214151 |