computer-science
December 30, 2024 2025-02-25 12:45computer-science
Department
Affiliation
Approvals
Accreditation
Duration
Intake
Computer Science & Engineering
VTU, Belagavi
AICTE & Govt. of Karnataka
NAAC & NBA
4 years (8 semesters)
240
Department
Computer Science
Affiliation
VTU, Belagavi
Approvals
AICTE
Duration
4 years (8 semesters)
Intake
240
The Department of Computer Science and Engineering (CSE) was established in the academic year 2001. The department offers the Bachelor of Engineering Degree in Computer Science and Engineering [B.E.(CSE)] with an intake of 240 students and the programme is Accredited by the National Board of Accreditation (NBA). The department has been recognized as a Centre of Research by Visvesvaraya Technological University (VTU) for Ph.D. in Computer Science and Engineering / M.Sc. (Engg.) programmes. Areas of research include Artificial Intelligence, Machine Learning, Image Processing, Big Data, and Predictive Analytics, and Internet of Things (IoT). Well qualified and experienced faculty members with an average experience of 11 years provide the necessary academic support for students to achieve academic excellence with life skills.
The department has well-equipped laboratories, the Centre of Excellence, Training and Incubation Centres. The impetus is for project-based learning and research with the majority of the faculty members having/pursuing Ph.D. Innovative video learning solutions for better learning outcomes are introduced. The Computer Society of India Student Chapter has been established, which actively engages students in knowledge sharing, technology, and skill up-gradation. Student’s forum aptly named “WILANIOS” provides a platform for students to exhibit their talent in technical activities such as Project Competition, Coding, Error Debugging, Innovative Idea, Technical Quiz, and Gaming. Add-on training programmes from prominent IT companies like Infosys, Oracle, DELL-EMC, etc. are being conducted. The department has MOUs with ICT Academy, VTricks Technologies, QSpider, etc. for training, internships, projects, and placements.
The Department of Computer Science and Engineering (CSE) was established in the academic year 2001. The department offers the Bachelor of Engineering Degree in Computer Science and Engineering [B.E.(CSE)] with an intake of 240 students and the programme is Accredited by the National Board of Accreditation (NBA). The department has been recognized as a Centre of Research by Visvesvaraya Technological University (VTU) for Ph.D. in Computer Science and Engineering / M.Sc. (Engg.) programmes. Areas of research include Artificial Intelligence, Machine Learning, Image Processing, Big Data, and Predictive Analytics, and Internet of Things (IoT). Well qualified and experienced faculty members with an average experience of 11 years provide the necessary academic support for students to achieve academic excellence with life skills.
The department has well-equipped laboratories, the Centre of Excellence, Training and Incubation Centres. The impetus is for project-based learning and research with the majority of the faculty members having/pursuing Ph.D. Innovative video learning solutions for better learning outcomes are introduced. The Computer Society of India Student Chapter has been established, which actively engages students in knowledge sharing, technology, and skill up-gradation. Student’s forum aptly named “WILANIOS” provides a platform for students to exhibit their talent in technical activities such as Project Competition, Coding, Error Debugging, Innovative Idea, Technical Quiz, and Gaming. Add-on training programmes from prominent IT companies like Infosys, Oracle, DELL-EMC, etc. are being conducted. The department has MOUs with ICT Academy, VTricks Technologies, QSpider, etc. for training, internships, projects, and placements.
Welcome to the Department of Computer Science & Engineering, DBIT.
The Department of Computer Science and Engineering welcomes you to be a part of the thriving computer science community and become visionaries and change makers of the future. The Department of CSE came into existence in the year 1991 with an intake of 60 and at present, the department has an intake of 240. Our distinguished faculty members ensure a wide range of diverse learning experiences ranging from the fundamentals of Computer Science, Core Courses, Programming, Emerging Technologies like Big Data Analytics, Data Mining, IoT, AI, Machine Learning, Cyber Security, Block-chain, Professional Ethics, Research Methodologies and Open-Source Technologies—to name just a few.

Dr K B SHIVA KUMAR
Information technology, in recent year’s, has become overwhelmingly pervasive, while its parent, computing science, has become correspondingly hard to find. Our Department of Computer Science & Engineering (CSE) is dedicated to ensuring great careers for its students. Our faculty and students are constantly striving to excel and to advance the state of the art in Computer Science and Engineering. Our understanding is that persons who are clear and thorough about the fundamentals can adapt to rapid changes in technology relatively easily. We want the education imparted to our students to be the basis of a lifetime is learning. Learning is a continuous process and does not end with the acquisition of a degree, especially because steady and rapid advances in computing technologies shorten the life of tools and techniques prevalent today. Therefore, we do not aim to make our students walking manuals of any language or package. Instead, they are given a strong foundation in computer science and problem-solving techniques, and are made adaptable to changes with a strong emphasis on Context & project based learning through mini projects, industry visits, guest lectures, student activities & Leadership events, professional societies like Computer Society of India and incubation centers. Well maintained labs with all open source technologies and all latest tools and software. We believe that this approach to teaching-learning, coupled with practical experience gained during Industrial Training in reputed organizations, equips our students to handle the challenges posed by the software industry. I am confident that one can find our students worthy of the organization where they join.
The Department is proud to have a strong-alumni-network, many of whom hold influential positions in the Information Technology industry and academia, at both, national and international levels. We look forward to having talented students, researchers, academicians, and professionals join us and augment the healthy and competitive learning atmosphere we have on campus! Also CSE department is having MoUs with some of the best organizations and trying to strengthen them further
The placement record of eligible students from last many year’s is very good and are working in reputed IT companies. Students along with the teachers are constantly involved in exciting and interesting problems/projects to explore and innovate new methods and finding sustainable solutions, published in various national and international journals.
It remains as the most preferred choice of all the students seeking admission in DBIT. We as a team sincerely welcome the young talent who aspire to pursue studies, to educate, or to innovate in the area of Computer Science. So Come and Join us.
Advisory Board
Infrastructure
Infrastructure/Facilities
The department has well-equipped ventilated lecture halls with the latest teaching aids, supported by laboratories with updated hardware and software. The departmental library is available for faculty and students, providing access to reference books, textbooks, journals, and e-resources such as Science Direct, Springer Link, Taylor and Francis e-resources. It also includes video lectures from NPTEL and EDUSAT, along with tools like Turnitin, language tools, Swayam, and the NPTEL Local chapter, which enhance the subject knowledge of students and faculty. The departmental laboratories are equipped with computers (Lenovo, HP) supported by a dedicated standby UPS. All labs have LAN connectivity with internet facilities, a licensed Windows Operating System, and software such as Oracle and Visual Studio. An innovative facility known as Impartus has been provided, which is a cutting-edge end-to-end solution to automatically record the complete classroom experience, ensuring better learning outcomes. The adaptive and secure videos can be accessed live or on-demand from web and mobile applications. The platform also enables students and professors to engage in collaborative learning by sharing content.
Infrastructure / Facilities
Analog and Digital Electronics Laboratory


Microcontroller and Embedded System Laboratory
The Microcontroller and Embedded Systems Laboratory offers practical experience in designing and programming embedded systems using microcontrollers. Students work on projects involving hardware interfacing, real-time processing, and system integration. The lab covers programming languages such as C/C++ and tools for debugging and simulation. Emphasis is placed on creating and testing embedded applications, understanding hardware-software interaction, and developing solutions for various control and automation tasks.
Data Structures Laboratory
A Library Management System streamlines the organization and tracking of library resources, managing book loans, returns, and cataloguing efficiently.
A Graph-Based Social Network utilizes graph theory to represent and analyze relationships between users, enabling advanced features like personalized recommendations, community detection, and dynamic interaction modelling. Both systems leverage structured data to enhance user experience and operational efficiency.


Design and Analysis of Algorithms Laboratory
The **Design and Analysis of Algorithms Laboratory** focuses on developing and evaluating algorithms to solve complex computational problems. It provides hands-on experience with algorithmic techniques, performance analysis, and optimization strategies. Students experiment with various algorithms, assess their efficiency, and solve real-world problems through practical exercises. The lab fosters a deep understanding of algorithm design principles and their application in improving computational solutions and system performance.
Database Application Laboratory with Mini Project
The Design and Analysis of Algorithms Laboratory focuses on developing and evaluating algorithms to solve complex computational problems. It provides hands-on experience with algorithmic techniques, performance analysis, and optimization strategies. Students experiment with various algorithms, assess their efficiency, and solve real-world problems through practical exercises. The lab fosters a deep understanding of algorithm design principles and their application in improving computational solutions and system performance.


Software Testing Laboratory
The **Software Testing Laboratory** provides a practical environment for evaluating and validating software applications. It focuses on applying various testing methodologies, such as unit, integration, and system testing, to identify and fix defects. Students gain hands-on experience with testing tools and techniques, learning to ensure software reliability, performance, and security. The lab emphasizes systematic testing approaches to improve software quality and robustness in real-world scenarios.
Infrastructure

Research Labs
This lab offers an Integrated Development Environment (IDE) for comprehensive software development and computing systems. It supports research with access to renowned journals like SCI and Thomson Reuters, assisting scholars in their investigations. The lab integrates development tools with scholarly resources, facilitating advanced research and enabling in-depth study and innovation. This combination of technology and academic resources enhances the research capabilities of students and researchers.
Semi-conductor Labs
This lab explores power semiconductor devices and their applications in motor drives and other power systems. Students measure the operating characteristics of power electronic circuits and control hardware using AC-AC, AC-DC, DC-DC, and DC-AC converters. The lab also involves practical analysis and performance determination of power electronic converters using PSPICE software, correlating theoretical knowledge with hands-on experience.


Networking Labs
This lab introduces students to Network Simulator (NS2) for learning and practicing networking algorithms and protocols. Students use C programming to illustrate new protocols, implement data link and routing protocols, and develop projects in the networking domain. The focus is on understanding network operations and simulating real-world networking scenarios to enhance practical skills in networking.
Student Chapter


Tie Up
Organisation with which MOU is Signed | Year of Signing of MOU | Duration | List of Actual Activities Under Each MOU, Year Wise | Number of Students/Teachers Benefitted under MOUs |
---|---|---|---|---|
V Tricks Technologies | 2018 | 3 Years | Seminars, FDP, Tech Talks, Workshops, internship, etc. | 92 Students |
Infosys Campus Connect | 2019 | 2 Years | Student/Educational activities, Faculty Training, College Educational activities | 110 Students, 2 Faculty |
Mind Map Learning LLP | 2018 | 2 Years | Training, Associate Analytics | 60 Students |
NSEIT | 2017 | 2 Years | Computer-Based Exams | 330 Students |
Course Curriculum
3RD SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | BCS301 | MATHEMATICS FOR CSE |
2 | BCS302 | DIGITAL DESIGN AND COMPUTER ORGANISATION |
3 | BCS303 | OPERATING SYSTEM |
4 | BCS304 | DATA STRUCTURE AND APPLICATION |
5 | BCSL305 | DATA STRUCTURE AND APPLICATION LABORATORY |
6 | BCS306A | OBJECT ORIENTED PROGRAMMING WITH JAVA |
7 | BSCK307 | SOCIAL CONNECT AND RESPONSIBILITY |
8 | BCS358D | DATA VISUALISATION WITH PYTHON |
9 | 18ECL38 | DIGITAL SYSTEM DESIGN LABORATORY |
10 | BYOK359 | YOGA/NCC/PHYSICAL EDUCATION |
4TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | BCS401 | Analysis and design of Algorithms |
2 | BCS402 | MICROCONTROLLER |
3 | BCS403 | Database Management Systems |
4 | BCS404 | Analysis Management Systems |
5 | BCS405x | ESC/ETC/PLC |
6 | BBOC456x | Ability Enhancement course/Skill enhancement |
7 | BBOC407 | BIOLOGY FOR CSE |
8 | BUHK408 | UNIVERSAL HUMAN VALUES COURSE |
9 | BNSK456/BPEK459/BYOK459 | YOGA/NCC/PHYSICAL EDUCATION |
5TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | BCS501 | Software Engineering & Project management |
2 | BCS502 | Computer network |
3 | BCS503 | Theory of Computation |
4 | BCS504 | Web Technology Lab |
5 | BCS515x | Professional Elective Course |
6 | BRMK557 | Mini project |
7 | BRMK557 | Research methodology and IPR |
8 | BESK508 | Environmental Studies |
9 | BNSK559 | NSS/PHYSICAL EDUCATION |
3RD SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 21MAT31 | Transform, Calculus, Fourier Series & Numerical Techniques |
2 | 21CS32 | Data Structures And Application |
3 | 21CS33 | Analog And Digital Electronics |
4 | 21CS34 | Computer Organisation And Architecture |
5 | 21CSL35 | Object Oriented Programming With Java Laboratory |
6 | 21CS382 | Programming in C++ |
7 | 21SCR36 | Social Connect And Responsibility |
8 | 21KBK37 | Balakke Kannada |
4TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 21CS42 | Design And Analysis Of Algorithm |
2 | 21CS43 | Microcontroller and Embedded System |
3 | 21CS44 | Operating System |
4 | 21CSL46 | Python Programming Laboratory |
5 | 21UH49 | Universal Human Values and Professional Ethics |
6 | 21BE45 | Biology For Engineers |
7 | 21CIP47 | Constitution of India and Professional ethics |
5TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 21CS51 | Automata theory and compiler design |
2 | 21CS52 | Computer Networks |
3 | 21CS53 | Database Management systems |
4 | 21CS54 | Artificial Intelligence and Machine Learning |
5 | 21CSL55 | Database management system Laboratory with Mini Project |
6 | 21RMI56 | Research Methodology and Intellectual Property rights |
7 | 21CIV57 | Environmental Studies |
8 | 21CSL582 | C# Programming |
6TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 21CS61 | Software Engineering and project management |
2 | 21CS62 | Full stack development |
3 | 21CS643 | Advanced computer Architecture |
4 | 21CS63 | Computer Graphics and Fundamentals of Image Processing |
5 | 21CSL66 | Computer Graphics and Fundamentals of Image Processing Laboratory |
6 | 21EE652 | Renewable Energy Resources |
7TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 21CS71 | Big Data Analytics |
2 | 21CS72 | Cloud Computing |
3 | 21CS733 | Cryptography and network security |
4 | 21CS744 | ROBOTIC PROCESS AUTOMATION DESIGN AND DEVELOPMENT |
5 | 21EE745 | Energy Conservation And Auditing |
3RD SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 18MAT31 | Transform, Calculus, Fourier Series & Numerical Techniques |
2 | 18CS32 | DATA STRUCTURES AND APPLICATIONS |
3 | 18CS33 | ANALOG AND DIGITAL ELECTRONICS |
4 | 18CS34 | COMPUTER ORGANIZATION |
5 | 18CS35 | SOFTWARE ENGINEERING |
6 | 18CS36 | DISCRETE MATHEMATICAL STRUCTURES |
7 | 18CSL37 | ANALOG AND DIGITAL ELECTRONICS LABORATORY |
8 | 18CSL38 | DATA STRUCTURES LABORATORY |
9 | 18MATDIP31 | ADDITIONAL MATHEMATICS – I |
4TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 18MAT41 | COMPLEX ANALYSIS, PROBABILITY AND STATISTICAL METHODS |
2 | 18CS42 | DESIGN AND ANALYSIS OF ALGORITHMS |
3 | 18CS43 | OPERATING SYSTEMS |
4 | 18CS44 | MICROCONTROLLER AND EMBEDDED SYSTEMS |
5 | 18CS45 | OBJECT ORIENTED CONCEPTS |
6 | 18CS46 | DATA COMMUNICATION |
7 | 18CSL47 | DESIGN AND ANALYSIS OF ALGORITHMS LABORATORY |
8 | 18CSL48 | MICROCONTROLLER AND EMBEDDED SYSTEMS LABORATORY |
9 | 18MATDIP41 | ADDITIONAL MATHEMATICS – II |
5TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 18CS51 | MANAGEMENT AND ENTREPRENEURSHIP FOR IT INDUSTRY |
2 | 18CS52 | COMPUTER NETWORKS AND SECURITY |
3 | 18CS53 | DATABASE MANAGEMENT SYSTEM |
4 | 18CS54 | AUTOMATA THEORY AND COMPUTABILITY |
5 | 18CS55 | APPLICATION DEVELOPMENT USING PYTHON |
6 | 18CS56 | UNIX PROGRAMMING |
7 | 18CSL57 | COMPUTER NETWORK LABORATORY |
8 | 18ECL58 | DBMS LABORATORY WITH MINI PROJECT |
9 | 18CIV59 | ENVIRONMENTAL STUDIES |
6TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 18CS61 | SYSTEM SOFTWARE AND COMPILERS |
2 | 18CS62 | COMPUTER GRAPHICS AND VISUALIZATION |
3 | 18CS63 | WEB TECHNOLOGY AND ITS APPLICATIONS |
4 | 18CS641 | DATA MINING AND DATA WAREHOUSING |
5 | 18CS642 | OBJECT ORIENTED MODELING AND DESIGN |
6 | 18CS643 | CLOUD COMPUTING AND ITS APPLICATIONS |
7 | 18CS644 | ADVANCED JAVA AND J2EE |
8 | 18CS645 | SYSTEM MODELLING AND SIMULATION |
9 | 18CS651 | MOBILE APPLICATION DEVELOPMENT |
7TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 18CS71 | ARTIFICIAL INTELLIGENCE AND MACHINE LEARNING |
2 | 18CS72 | BIG DATA AND ANALYTICS |
3 | 18CS734 | USER INTERFACE DESIGN |
4 | 18CS744 | CRYPTOGRAPHY |
5 | 18CS745 | ROBOTIC PROCESS AUTOMATION DESIGN & DEVELOPMENT |
6 | 18CS824 | MULTICORE ARCHITECTURE AND PROGRAMMING |
8TH SEMESTER | ||
---|---|---|
Sl. No | Course Code | Course Title |
1 | 18CS81 | INTERNET OF THINGS |
2 | 18CS821 | MOBILE COMPUTING |
3 | 18CS822 | STORAGE AREA NETWORKS |
4 | 18CS823 | NOSQL DATABASE |
Course Outcomes
3RD SEMESTER | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes |
1 | Mathematics for Computer Science | BCS301 | C201.1: Explain the basic concepts of probability, random variables, probability distribution techniques. C201.2: Apply suitable probability distribution models for the given scenario. C201.3: Apply the notion of a discrete-time Markov chain and n-step transition probabilities to solve the given problem. C201.4: Use statistical methodology and tools in the engineering problem-solving process. C201.5: Compute the confidence intervals for the mean of the population. C201.6: Apply the ANOVA test related to engineering problems. |
2 | Digital Design and Computer Organization | BCS302 | C202.1: Apply the K–Map techniques to simplify various Boolean expressions. C202.2: Design different types of combinational and sequential circuits along with Verilog programs. C202.3: Describe the fundamentals of machine instructions, addressing modes, and Processor performance. C202.4: Explain the approaches involved in achieving communication between processor and I/O devices. C202.5: Analyze internal Organization of Memory and Impact of cache/Pipelining on Processor Performance. |
3 | OPERATING SYSTEMS | BCS303 | C203.1: Explain the structure and functionality of operating systems. C203.2: Apply appropriate CPU scheduling algorithms for the given problem. C203.3: Analyze the various techniques for process synchronization and deadlock handling. C203.4: Apply the various techniques for memory management. C203.5: Explain file and secondary storage management strategies. C203.6: Describe the need for information protection mechanisms. |
4 | DATA STRUCTURES AND APPLICATIONS | BCS304 | C204.1: Explain different data structures and their applications. C204.2: Apply Arrays, Stacks, and Queue data structures to solve the given problems. C204.3: Use the concept of linked list in problem-solving. C204.4: Develop solutions using trees and graphs to model the real-world problem. C204.5: Explain the advanced Data Structures concepts such as Hashing Techniques and Optimal Binary Search Trees. |
5 | DATA STRUCTURES LABORATORY | BCSL305 | C205.1: Analyze various linear and non-linear data structures. C205.2: Demonstrate the working nature of different types of data structures and their applications. C205.3: Use appropriate searching and sorting algorithms for the given scenario. C205.4: Apply the appropriate data structure for solving real-world problems. |
6 | Object Oriented Programming with JAVA | BCS306A | C206.1: Demonstrate proficiency in writing simple programs involving branching and looping structures. C206.2: Design a class involving data members and methods for the given scenario. C206.3: Apply the concepts of inheritance and interfaces in solving real-world problems. C206.4: Use the concept of packages and exception handling in solving complex problems. C206.5: Apply concepts of multithreading, autoboxing, and enumerations in program development. |
7 | OBJECT ORIENTED PROGRAMMING with C++ | BCS306B | C207.1: Illustrate the basic concepts of object-oriented programming. C207.2: Design appropriate classes for the given real-world scenario. C207.3: Apply the knowledge of compile-time / run-time polymorphism to solve the given problem. C207.4: Use the knowledge of inheritance for developing optimized solutions. C207.5: Apply the concepts of templates and exception handling for the given problem. C207.6: Use the concepts of input-output streams for file operations. |
8 | Social Connect & Responsibility | BSCK307 | C208.1: Communicate and connect to the surrounding. C208.2: Create a responsible connection with the society. C208.3: Involve in the community in general in which they work. C208.4: Notice the needs and problems of the community and involve them in problem-solving. C208.5: Develop among themselves a sense of social & civic responsibility & utilize their knowledge in finding practical solutions to individual and community problems. C208.6: Develop competence required for group-living and sharing of responsibilities & gain skills in mobilizing community participation to acquire leadership qualities and democratic attitudes. |
9 | Data Visualization with Python | BCS358D | C209.1: Demonstrate the use of IDLE or PyCharm IDE to create Python Applications. C209.2: Use Python programming constructs to develop programs for solving real-world problems. C209.3: Use Matplotlib for drawing different Plots. C209.4: Demonstrate working with Seaborn, Bokeh for visualization. C209.5: Use Plotly for drawing Time Series and Maps. |
4TH SEMESTER | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes |
1 | Analysis & Design of Algorithms | BCS401 | C211.1: Apply asymptotic notational method to analyze the performance of the algorithms in terms of time complexity. C211.2: Demonstrate divide & conquer approaches and decrease & conquer approaches to solve computational problems. C211.3: Make use of transform & conquer and dynamic programming design approaches to solve the given real-world or complex computational problems. C211.4: Apply greedy and input enhancement methods to solve graph & string based computational problems. C211.5: Analyze various classes (P, NP and NP Complete) of problems. C211.6: Illustrate backtracking, branch & bound and approximation methods. |
2 | MICROCONTROLLERS | BCS402 | C212.1: Explain the ARM Architectural features and Instructions. C212.2: Develop programs using ARM instruction set for an ARM Microcontroller. C212.3: Explain C-Compiler Optimizations and portability issues in ARM Microcontroller. C212.4: Apply the concepts of Exceptions and Interrupt handling mechanisms in developing applications. C212.5: Demonstrate the role of Cache management and Firmware in Microcontrollers. |
3 | DATABASE MANAGEMENT SYSTEM | BCS403 | C213.1: Describe the basic elements of a relational database management system. C213.2: Design entity relationship for the given scenario. C213.3: Apply various Structured Query Language (SQL) statements for database manipulation. C213.4: Analyze various normalization forms for the given application. C213.5: Develop database applications for the given real-world problem. C213.6: Understand the concepts related to NoSQL databases. |
4 | Analysis & Design of Algorithms Lab | BCSL404 | C214.1: Develop programs to solve computational problems using suitable algorithm design strategy. C214.2: Compare algorithm design strategies by developing equivalent programs and observing running times for analysis (Empirical). C214.3: Make use of suitable integrated development tools to develop programs. C214.4: Choose appropriate algorithm design techniques to develop solutions to computational and complex problems. C214.5: Demonstrate and present the development of program, its execution and running time(s) and record the results/inferences. |
5 | DISCRETE MATHEMATICAL STRUCTURES | BCS405A | C215.1: Apply concepts of logical reasoning and mathematical proof techniques in proving theorems and statements. C215.2: Demonstrate the application of discrete structures in different fields of computer science. C215.3: Apply graph theory concepts in solving computer science problems. C215.4: Analyze various combinatorial algorithms to solve problems in counting and probability. C215.5: Design and apply finite-state automata models to the given computational problems. |
6 | Database Management System Lab | BCSL406 | C216.1: Design a database using ER diagram. C216.2: Implement various SQL queries to perform DML and DDL operations. C216.3: Apply normalization techniques to design optimized and efficient databases. C216.4: Implement stored procedures, triggers, and functions. C216.5: Perform database transactions and recovery operations. |
7 | Computer Networks | BCS407 | C217.1: Explain the layers of the OSI and TCP/IP models and the functions of each layer. C217.2: Apply the principles of data communication and encoding techniques for effective transmission. C217.3: Analyze the working of various protocols in the Transport, Network, and Link Layers. C217.4: Demonstrate knowledge of error detection and correction mechanisms. C217.5: Apply networking protocols for data communication and Internet connectivity. |
5TH SEMESTER | |||
---|---|---|---|
Sl. No | Course Title | Course Code | Course Outcomes |
1 | Compiler Design | BCS501 | C301.1: Demonstrate the knowledge of lexical and syntax analysis processes in a compiler. C301.2: Design finite automata for lexical analysis and write regular expressions. C301.3: Apply parsing techniques (top-down, bottom-up) for syntax analysis. C301.4: Explain semantic analysis techniques for ensuring correctness in compilation. C301.5: Analyze optimization strategies for code generation and enhancement. C301.6: Design a simple compiler for a given programming language. |
2 | Design and Analysis of Algorithms | BCS502 | C302.1: Apply the Divide-and-Conquer strategy to solve algorithmic problems. C302.2: Use the Greedy algorithm to solve optimization problems. C302.3: Apply dynamic programming for problem-solving. C302.4: Design approximation algorithms for solving NP-hard problems. C302.5: Analyze different algorithms based on time and space complexity. |
3 | Computer Organization | BCS503 | C303.1: Analyze the architecture of computer systems. C303.2: Apply the fundamentals of data representation and operations on them. C303.3: Understand the working of the central processing unit (CPU). C303.4: Explain the concept of memory hierarchy and storage devices. C303.5: Analyze instruction execution and control mechanisms. |
4 | Network Security | BCS504 | C304.1: Understand the principles of cryptography and its applications. C304.2: Analyze symmetric and asymmetric key encryption techniques. C304.3: Demonstrate public key infrastructure and digital signatures. C304.4: Apply secure communication protocols for data transmission. C304.5: Understand firewalls, intrusion detection systems, and vulnerability assessment. |
5 | Software Engineering | BCS505 | C305.1: Describe software development life cycle models. C305.2: Demonstrate requirements gathering and analysis techniques. C305.3: Apply software design principles for developing high-quality systems. C305.4: Use testing strategies for software validation. C305.5: Manage software projects using project management tools. |
6 | Compiler Design Lab | BCSL506 | C306.1: Design a lexical analyzer using regular expressions. C306.2: Develop a parser using top-down and bottom-up techniques. C306.3: Implement a simple symbol table for semantic analysis. C306.4: Design an optimizer for simple programs. |
3RD SEMESTER | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Mathematics for Computer Science | BCS301 | C201.1 | Explain the basic concepts of probability, random variables, probability distribution techniques |
C201.2 | Apply suitable probability distribution models for the given scenario. | |||
C201.3 | Apply the notion of a discrete-time Markov chain and n-step transition probabilities to solve the given problem. | |||
C201.4 | Use statistical methodology and tools in the engineering problem-solving process. | |||
C201.5 | Compute the confidence intervals for the mean of the population. | |||
C201.6 | Apply the ANOVA test related to engineering problems. | |||
2 | Digital Design and Computer Organization | BCS302 | C202.1 | Apply the K–Map techniques to simplify various Boolean expressions. |
C202.2 | Design different types of combinational and sequential circuits along with Verilog programs. | |||
C202.3 | Describe the fundamentals of machine instructions, addressing modes and Processor performance. | |||
C202.4 | Explain the approaches involved in achieving communication between processor and I/O devices. | |||
C202.5 | Analyze internal Organization of Memory and Impact of cache/Pipelining on Processor Performance. | |||
3 | OPERATING SYSTEMS | BCS303 | C203.1 | Explain the structure and functionality of operating system |
C203.2 | Apply appropriate CPU scheduling algorithms for the given problem. | |||
C203.3 | Analyse the various techniques for process synchronization and deadlock handling | |||
C203.4 | Apply the various techniques for memory management | |||
C203.5 | Explain file and secondary storage management strategies. | |||
C203.6 | Describe the need for information protection mechanisms | |||
4 | DATA STRUCTURES AND APPLICATIONS | BCS304 | C204.1 | Explain different data structures and their applications |
C204.2 | Apply Arrays, Stacks and Queue data structures to solve the given problems. | |||
C204.3 | Use the concept of linked list in problem solving. | |||
C204.4 | Develop solutions using trees and graphs to model the real-world problem. | |||
C204.5 | Explain the advanced Data Structures concepts such as Hashing Techniques and Optimal Binary Search Trees. | |||
5 | DATA STRUCTURES LABORATORY | BCSL305 | C205.1 | Analyze various linear and non-linear data structures |
C205.2 | Demonstrate the working nature of different types of data structures and their applications | |||
C205.3 | Use appropriate searching and sorting algorithms for the given scenario. | |||
C205.4 | Apply the appropriate data structure for solving real world problems | |||
6 | Object Oriented Programming with JAVA | BCS306A | C206.1 | Demonstrate proficiency in writing simple programs involving branching and looping structures. |
C206.2 | Design a class involving data members and methods for the given scenario. | |||
C206.3 | Apply the concepts of inheritance and interfaces in solving real world problems. | |||
C206.4 | Use the concept of packages and exception handling in solving complex problem | |||
C206.5 | Apply concepts of multithreading, autoboxing and enumerations in program development | |||
7 | OBJECT ORIENTED PROGRAMMING with C++ | BCS306B | C207.1 | Illustrate the basic concepts of object-oriented programming. |
C207.2 | Design appropriate classes for the given real world scenario. | |||
C207.3 | Apply the knowledge of compile-time / run-time polymorphism to solve the given problem | |||
C207.4 | Use the knowledge of inheritance for developing optimized solutions | |||
C207.5 | Apply the concepts of templates and exception handling for the given problem | |||
C207.6 | Use the concepts of input-output streams for file operations | |||
8 | Social Connect & Responsibility | BSCK307 | C208.1 | Communicate and connect to the surrounding. |
C208.2 | Create a responsible connection with the society. | |||
C208.3 | Involve in the community in general in which they work. | |||
C208.4 | Notice the needs and problems of the community and involve them in problem-solving. | |||
C208.5 | Develop among themselves a sense of social & civic responsibility & utilize their knowledge in finding practical solutions to individual and community problems. | |||
C208.6 | Develop competence required for group-living and sharing of responsibilities & gain skills in mobilizing community participation to acquire leadership qualities and democratic attitudes. | |||
9 | Data Visualization with Python | BCS358D | C209.1 | Demonstrate the use of IDLE or PyCharm IDE to create Python Applications |
C209.2 | Use Python programming constructs to develop programs for solving real-world problems | |||
C209.3 | Use Matplotlib for drawing different Plots | |||
C209.4 | Demonstrate working with Seaborn, Bokeh for visualization | |||
C209.5 | Use Plotly for drawing Time Series and Maps. |
4th SEMESTER | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Analysis & Design of Algorithms | BCS401 | C211.1 | Apply asymptotic notational method to analyze the performance of the algorithms in terms of time complexity. |
C211.2 | Demonstrate divide & conquer approaches and decrease & conquer approaches to solve computational problems. | |||
C211.3 | Make use of transform & conquer and dynamic programming design approaches to solve the given real world or complex computational problems. | |||
C211.4 | Apply greedy and input enhancement methods to solve graph & string based computational problems. | |||
C211.5 | Analyse various classes (P, NP and NP Complete) of problems. | |||
C211.6 | Illustrate backtracking, branch & bound and approximation methods. | |||
2 | MICROCONTROLLERS | BCS402 | C212.1 | Explain the ARM Architectural features and Instructions. |
C212.2 | Develop programs using ARM instruction set for an ARM Microcontroller. | |||
C212.3 | Explain C-Compiler Optimizations and portability issues in ARM Microcontroller. | |||
C212.4 | Apply the concepts of Exceptions and Interrupt handling mechanisms in developing applications. | |||
C212.5 | Demonstrate the role of Cache management and Firmware in Microcontrollers. | |||
3 | DATABASE MANAGEMENT SYSTEM | BCS403 | C213.1 | Describe the basic elements of a relational database management system. |
C213.2 | Design entity relationship for the given scenario. | |||
C213.3 | Apply various Structured Query Language (SQL) statements for database manipulation. | |||
C213.4 | Analyse various normalization forms for the given application. | |||
C213.5 | Develop database applications for the given real world problem. | |||
C213.6 | Understand the concepts related to NoSQL databases. | |||
4 | Analysis & Design of Algorithms Lab | BCSL404 | C214.1 | Develop programs to solve computational problems using suitable algorithm design strategy. |
C214.2 | Compare algorithm design strategies by developing equivalent programs and observing running times for analysis (Empirical). | |||
C214.3 | Make use of suitable integrated development tools to develop programs. | |||
C214.4 | Choose appropriate algorithm design techniques to develop solution to the computational and complex problems. | |||
C214.5 | Demonstrate and present the development of program, its execution and running time(s) and record the results/inferences. | |||
5 | DISCRETE MATHEMATICAL STRUCTURES | BCS405A | C215.1 | Apply concepts of logical reasoning and mathematical proof techniques in proving theorems and statements. |
C215.2 | Demonstrate the application of discrete structures in different fields of computer science. | |||
C215.3 | Apply the basic concepts of relations, functions and partially ordered sets for computer representations. | |||
C215.4 | Solve problems involving recurrence relations and generating functions. | |||
C215.5 | Illustrate the fundamental principles of Algebraic structures with the problems related to computer science & engineering. | |||
6 | GRAPH THEORY | BCS405B | C216.1 | Explain the fundamental concepts of properties and representation of graphs. |
C216.2 | Solve the problems involving characterization and operations on graphs. | |||
C216.3 | Apply concepts of trees and graph connectivity to solve real world problems. | |||
C216.4 | Apply the concepts of planar graph and graph representations to solve the given problem. | |||
C216.5 | Use the concepts of matching and coloring of graphs to solve the real world problems. | |||
7 | UI/UX | BCS456C | C217.1 | Explain the user experience design requirements. |
C217.2 | Relate design thinking concepts and mental models to UX design. | |||
C217.3 | Illustrate UX design in line with design goals, metrics and targets. | |||
C217.4 | Demonstrate different prototyping in relation with software engineering. |
4th SEMESTER | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Software Engineering & Project Management | BCS501 | C301.1 | Differentiate process models to judge which process model has to be adopted for the given scenarios. |
C301.2 | Derive both functional and nonfunctional requirements from the case study. | |||
C301.3 | Analyze the importance of various software testing methods and agile methodology. | |||
C301.4 | Illustrate the role of project planning and quality management in software development. | |||
C301.5 | Identify appropriate techniques to enhance software quality. | |||
2 | COMPUTER NETWORKS | BCS502 | C302.1 | Explain the fundamentals of computer networks. |
C302.2 | Apply the concepts of computer networks to demonstrate the working of various layers and protocols in communication network. | |||
C302.3 | Analyze the principles of protocol layering in modern communication systems. | |||
C302.4 | Demonstrate various Routing protocols and their services using tools such as Cisco packet tracer. | |||
3 | THEORY OF COMPUTATION | BCS503 | C303.1 | Apply the fundamentals of automata theory to write DFA, NFA, Epsilon-NFA and conversion between them. |
C303.2 | Prove the properties of regular languages using regular expressions. | |||
C303.3 | Design context-free grammars (CFGs) and pushdown automata (PDAs) for formal languages. | |||
C303.4 | Design Turing machines to solve the computational problems. | |||
C303.5 | Explain the concepts of decidability and undecidability. | |||
4 | Web Technology Lab | BCSL504 | C304.1 | Design the experiment for the given problem using HTML, Javascript and CSS. |
C304.2 | Develop the solution for the given real-world problem using jQuery, Ajax and PHP. | |||
C304.3 | Analyze the results and produce substantial written documentation. | |||
5 | ARTIFICIAL INTELLIGENCE | BCS515B | C305.1 | Explain the architecture and components of intelligent agents, including their interaction with the AI environment. |
C305.2 | Apply problem-solving agents and various search strategies to solve a given problem. | |||
C305.3 | Illustrate logical reasoning and knowledge representation using propositional and first-order logic. | |||
C305.4 | Demonstrate proficiency in representing knowledge and solving problems using first-order logic. | |||
C305.5 | Describe classical planning in the context of artificial intelligence, including its goals, constraints, and applications in problem-solving. | |||
6 | RESEARCH METHODOLOGY & IPR | BRMK557 | C306.1 | To know the meaning of engineering research. |
C306.2 | To know the procedure of the literature review and Technical Reading. | |||
C306.3 | To understand the fundamentals of the patent laws and drafting procedure. | |||
C306.4 | Understanding the copyright laws and subject matters of copyrights and designs. | |||
C306.5 | Understanding the basic principles of design rights. | |||
7 | Environmental Studies | BESK508 | C307.1 | Understand the principles of ecology and environmental issues that apply to air, land, and water issues on a global scale. |
C307.2 | Develop critical thinking and/or observation skills, and apply them to the analysis of a problem or question related to the environment as legislation. | |||
C307.3 | Apply their ecological knowledge to illustrate and grasp the problem and describe the realities that managers face when dealing with complex issues. | |||
8 | National Service Scheme (NSS) | BNSK459 | C308.1 | Understand the importance of his / her responsibilities towards society. |
C308.2 | Analyse the environmental and societal problems/issues and will be able to design solutions for the same. | |||
C308.3 | Evaluate the existing system and propose practical solutions for the same for sustainable development. | |||
C308.4 | Implement government or self-driven projects effectively in the field. | |||
C308.5 | Develop capacity to meet emergencies and natural disasters & practice national integration and social harmony in general. | |||
9 | PHYSICAL EDUCATION (SPORTS & ATHLETICS) – I | BPEK559 | C309.1 | Understand the fundamental concepts and skills of Physical Education, Health, Food, Nutrition and general fitness. |
C309.2 | Familiarization of health-related Exercises, Sports for overall growth and development. | |||
C309.3 | Create a foundation for the professionals in Physical Education and Sports. | |||
C309.4 | Participate in the competition at regional/state / national / international levels. | |||
C309.5 | Understand and practice of specific games and athletic throwing events. |
3th SEMESTER | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Transform, Calculus, Fourier Series & Numerical Techniques | 18MAT31 | C201.1 | Use Laplace transform and inverse Laplace transform in solving differential/integral equations arising in network analysis, control systems and other fields of engineering. |
C201.2 | Demonstrate Fourier series to study the behaviour of periodic functions and their applications in system communications, digital signal processing and field theory. | |||
C201.3 | Make use of Fourier transform and Z-transform to illustrate discrete/continuous function arising in wave and heat propagation, signals and systems. | |||
C201.4 | Solve first and second order ordinary differential equations arising in engineering problems using single step and multistep numerical methods. | |||
C201.5 | Determine the externals of functionals using calculus of variations and solve problems arising in dynamics of rigid bodies and vibrational analysis. | |||
2 | Data Structures and Applications | 18CS32 | C202.1 | Use different types of data structures, operations and algorithms. |
C202.2 | Apply searching and sorting operations on files. | |||
C202.3 | Use stack, Queue, Lists, Trees and Graphs in problem solving. | |||
C202.4 | Implement all data structures in a high-level language for problem solving. | |||
3 | Analog and Digital Electronics | 18CS33 | C203.1 | Design and analyze application of analog circuits using photo devices, timer IC, power supply and regulator IC and op-amp. |
C203.2 | Explain the basic principles of A/D and D/A conversion circuits and develop the same. | |||
C203.3 | Simplify digital circuits using Karnaugh Map, and Quine-McClusky Methods. | |||
C203.4 | Explain Gates and flip flops and make use in designing different data processing circuits, registers and counters and compare the types. | |||
C203.5 | Develop simple HDL programs. | |||
4 | Computer Organization | 18CS34 | C204.1 | Explain the basic organization of a computer system. |
C204.2 | Demonstrate functioning of different sub systems, such as processor, Input/output, and memory. | |||
C204.3 | Illustrate hardwired control and micro programmed control, pipelining, embedded and other computing systems. | |||
C204.4 | Design and analyse simple arithmetic and logical units. | |||
5 | Software Engineering | 18CS35 | C205.1 | Design a software system, component, or process to meet desired needs within realistic constraints. |
C205.2 | Assess professional and ethical responsibility. | |||
C205.3 | Function on multi-disciplinary teams. | |||
C205.4 | Use the techniques, skills, and modern engineering tools necessary for engineering practice. | |||
C205.5 | Analyze, design, implement, verify, validate, implement, apply, and maintain software systems or parts of software systems. | |||
6 | Discrete Mathematical Structures | 18CS36 | C206.1 | Use propositional and predicate logic in knowledge representation and truth verification. |
C206.2 | Demonstrate the application of discrete structures in different fields of computer science. | |||
C206.3 | Solve problems using recurrence relations and generating functions. | |||
C206.4 | Application of different mathematical proofs techniques in proving theorems in the courses. | |||
C206.5 | Compare graphs, trees and their applications. | |||
7 | Analog and Digital Electronics Laboratory | 18CSL37 | C207.1 | Use appropriate design equations / methods to design the given circuit. |
C207.2 | Examine and verify the design of both analog and digital circuits using simulators. | |||
C207.3 | Make use of electronic components, ICs, instruments and tools for design and testing of circuits for the given appropriate inputs. | |||
C207.4 | Compile a laboratory journal which includes; aim, tool/instruments/software/components used, design equations used and designs, schematics, program listing, procedure followed, relevant theory, results as graphs and tables, interpreting and concluding the findings. | |||
8 | Data Structures Laboratory | 18CSL38 | C208.1 | Analyze and Compare various linear and non-linear data structures. |
C208.2 | Code, debug and demonstrate the working nature of different types of data structures and their applications. | |||
C208.3 | Implement, analyze and evaluate the searching and sorting algorithms. | |||
C208.4 | Choose the appropriate data structure for solving real world problems. | |||
9 | Additional Mathematics – I | 18MATDIP31 | C209.1 | Apply concepts of complex numbers and vector algebra to analyze the problems arising in related areas. |
C209.2 | Use derivatives and partial derivatives to calculate rate of change of multivariate functions. | |||
C209.3 | Analyze position, velocity and acceleration in two and three dimensions of vector valued functions. | |||
C209.4 | Learn techniques of integration including the evaluation of double and triple integrals. | |||
C209.5 | Identify and solve first order ordinary differential equations. |
4th SEMESTER | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Complex Analysis, Probability and Statistical Methods | 18MAT41 | C211.1 | Use the concepts of analytic function and complex potentials to solve the problems arising in electromagnetic field theory. |
C211.2 | Utilize conformal transformation and complex integral arising in aerofoil theory, fluid flow visualization and image processing. | |||
C211.3 | Apply discrete and continuous probability distributions in analyzing the probability models arising in engineering field. | |||
C211.4 | Make use of the correlation and regression analysis to fit a suitable mathematical model for the statistical data. | |||
C211.5 | Construct joint probability distributions and demonstrate the validity of testing the hypothesis. | |||
2 | Design and Analysis of Algorithms | 18CS42 | C212.1 | Describe computational solution to well-known problems like searching, sorting etc. |
C212.2 | Estimate the computational complexity of different algorithms. | |||
C212.3 | Devise an algorithm using appropriate design strategies for problem solving. | |||
3 | Operating Systems | 18CS43 | C213.1 | Develop the mathematical model of mechanical and electrical systems. |
C213.2 | Apply suitable techniques for management of different resources. | |||
C213.3 | Use processor, memory, storage and file system commands. | |||
C213.4 | Realize the different concepts of OS in platform of usage through case studies. | |||
4 | Microcontroller and Embedded Systems | 18CS44 | C214.1 | Describe the architectural features and instructions of ARM microcontroller. |
C214.2 | Able to identify and associate Random Variables and Random process in communication events. | |||
C214.3 | Interface external devices and I/O with ARM microcontroller. | |||
C214.4 | Interpret the basic hardware components and their selection method based on the characteristics and attributes of an embedded system. | |||
C214.5 | Develop the hardware/software co-design and firmware design approaches. | |||
C214.6 | Demonstrate the need of real-time operating system for embedded system applications. | |||
5 | Object Oriented Concepts | 18CS45 | C215.1 | Explain the object-oriented concepts and JAVA. |
C215.2 | Develop computer programs to solve real world problems in Java. | |||
C215.3 | Develop simple GUI interfaces for a computer program to interact with users, and to understand the event-based GUI handling principles using swings. | |||
6 | Data Communication | 18CS46 | C216.1 | Explain the various components of data communication. |
C216.2 | Explain the fundamentals of digital communication and switching. | |||
C216.3 | Compare and contrast data link layer protocols. | |||
C216.4 | Summarize IEEE 802.xx standards. | |||
7 | Design and Analysis of Algorithms Laboratory | 18CSL47 | C217.1 | Design algorithms using appropriate design techniques (brute-force, greedy, dynamic programming, etc.). |
C217.2 | Implement a variety of algorithms such as sorting, graph related, combinatorial, etc., in a high-level language. | |||
C217.3 | Analyze and compare the performance of algorithms using language features. | |||
C217.4 | Apply and implement learned algorithm design techniques and data structures to solve real-world problems. | |||
8 | Microcontroller and Embedded Systems Laboratory | 18CSL48 | C218.1 | Develop and test programs using ARM7TDMI/LPC2148. |
C218.2 | Conduct experiments on an ARM7TDMI/LPC2148 evaluation board using evaluation version of Embedded ‘C’ & Keil Uvision-4 tool/compiler. | |||
9 | Additional Mathematics – II | 18MATDIP41 | C219.1 | Solve systems of linear equations using matrix algebra. |
C219.2 | Apply the knowledge of numerical methods in modelling and solving engineering problems. | |||
C219.3 | Make use of analytical methods to solve higher order differential equations. | |||
C219.4 | Classify partial differential equations and solve them by exact methods. | |||
C219.5 | Apply elementary probability theory and solve related problems. |
5th SEMESTER | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Management and Entrepreneurship for IT Industry | 18CS51 | C301.1 | Define management, organization, entrepreneur, planning, staffing, ERP and outline their importance in entrepreneurship. |
C301.2 | Utilize the resources available effectively through ERP. | |||
C301.3 | Make use of IPRs and institutional support in entrepreneurship. | |||
2 | Computer Networks and Security | 18CS52 | C302.1 | Explain principles of application layer protocols. |
C302.2 | Recognize transport layer services and infer UDP and TCP protocols. | |||
C302.3 | Classify routers, IP and Routing Algorithms in network layer. | |||
C302.4 | Understand the Wireless and Mobile Networks covering IEEE 802.11 Standard. | |||
C302.5 | Describe Multimedia Networking and Network Management. | |||
3 | Database Management System | 18CS53 | C303.1 | Identify, analyze and define database objects, enforce integrity constraints on a database using RDBMS. |
C303.2 | Use Structured Query Language (SQL) for database manipulation. | |||
C303.3 | Design and build simple database systems. | |||
C303.4 | Develop application to interact with databases. | |||
4 | Automata Theory and Computability | 18CS54 | C304.1 | Acquire fundamental understanding of the core concepts in automata theory and Theory of Computation. |
C304.2 | Learn how to translate between different models of Computation (e.g., Deterministic and Non-deterministic and Software models). | |||
C304.3 | Design Grammars and Automata (recognizers) for different language classes and become knowledgeable about restricted models of Computation (Regular, Context Free) and their relative powers. | |||
C304.4 | Develop skills in formal reasoning and reduction of a problem to a formal model, with an emphasis on semantic precision and conciseness. | |||
C304.5 | Classify a problem with respect to different models of Computation. | |||
5 | Application Development using Python | 18CS55 | C305.1 | Demonstrate proficiency in handling of loops and creation of functions. |
C305.2 | Identify the methods to create and manipulate lists, tuples and dictionaries. | |||
C305.3 | Discover the commonly used operations involving regular expressions and file system. | |||
C305.4 | Interpret the concepts of Object-Oriented Programming as used in Python. | |||
C305.5 | Determine the need for scraping websites and working with CSV, JSON and other file formats. | |||
6 | Unix Programming | 18CS56 | C306.1 | Explain Unix Architecture, File system and use of Basic Commands. |
C306.2 | Illustrate Shell Programming and to write Shell Scripts. | |||
C306.3 | Categorize, compare and make use of Unix System Calls. | |||
C306.4 | Build an application/service over a Unix system. | |||
7 | Computer Network Laboratory | 18CSL57 | C307.1 | Analyze and Compare various networking protocols. |
C307.2 | Demonstrate the working of different concepts of networking. | |||
C307.3 | Implement, analyze and evaluate networking protocols in NS2 / NS3 and JAVA programming language. | |||
8 | DBMS Laboratory with Mini Project | 18ECL58 | C308.1 | Create, Update and query on the database. |
C308.2 | Demonstrate the working of different concepts of DBMS. | |||
C308.3 | Implement, analyze and evaluate the project developed for an application. | |||
9 | Environmental Studies | 18CIV59 | C309.1 | Understand the principles of ecology and environmental issues that apply to air, land, and water issues on a global scale. |
C309.2 | Develop critical thinking and/or observation skills, and apply them to the analysis of a problem or question related to the environment. | |||
C309.3 | Demonstrate ecology knowledge of a complex relationship between biotic and abiotic components. | |||
C309.4 | Apply their ecological knowledge to illustrate and graph a problem and describe the realities that managers face when dealing with complex issues. |
6th SEMESTER | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | System Software and Compilers | 18CS61 | C311.1 | Explain system software. |
C311.2 | Design and develop lexical analyzers, parsers and code generators. | |||
C311.3 | Utilize lex and yacc tools for implementing different concepts of system software. | |||
2 | Computer Graphics and Visualization | 18CS62 | C312.1 | Design and implement algorithms for 2D graphics primitives and attributes. |
C312.2 | Illustrate Geometric transformations on both 2D and 3D objects. | |||
C312.3 | Apply concepts of clipping and visible surface detection in 2D and 3D viewing, and Illumination models. | |||
C312.4 | Decide suitable hardware and software for developing graphics packages using OpenGL. | |||
3 | Web Technology and Its Applications | 18CS63 | C313.1 | Adapt HTML and CSS syntax and semantics to build web pages. |
C313.2 | Construct and visually format tables and forms using HTML and CSS. | |||
C313.3 | Develop Client-Side Scripts using JavaScript and Server-Side Scripts using PHP to generate and display the contents dynamically. | |||
C313.4 | Appraise the principles of object-oriented development using PHP. | |||
C313.5 | Inspect JavaScript frameworks like jQuery and Backbone which facilitates developer to focus on core features. | |||
4 | Data Mining and Data Warehousing | 18CS641 | C304.1 | Identify data mining problems and implement the data warehouse. |
C304.2 | Write association rules for a given data pattern. | |||
C304.3 | Choose between classification and clustering solution. | |||
5 | Object-Oriented Modeling and Design | 18CS642 | C315.1 | Describe the concepts of object-oriented and basic class modelling. |
C315.2 | Draw class diagrams, sequence diagrams and interaction diagrams to solve problems. | |||
C315.3 | Choose and apply a befitting design pattern for the given problem. | |||
6 | Cloud Computing and Its Applications | 18CS643 | C316.1 | Explain cloud computing, virtualization and classify services of cloud computing. |
C316.2 | Illustrate architecture and programming in cloud. | |||
C316.3 | Describe the platforms for development of cloud applications and List the application of cloud. | |||
7 | Advanced Java and J2EE | 18CS644 | C317.1 | Interpret the need for advanced Java concepts like enumerations and collections in developing modular and efficient programs. |
C317.2 | Build client-server applications and TCP/IP socket programs. | |||
C317.3 | Illustrate database access and details for managing information using the JDBC API. | |||
C317.4 | Describe how servlets fit into Java-based web application architecture. | |||
C317.5 | Develop reusable software components using Java Beans. | |||
8 | System Modelling and Simulation | 18CS645 | C318.1 | Explain the system concept and apply functional modeling method to model the activities of a static system. |
C318.2 | Describe the behavior of a dynamic system and create an analogous model for a dynamic system. | |||
C318.3 | Simulate the operation of a dynamic system and make improvement according to the simulation results. | |||
9 | Mobile Application Development | 18CS651 | C319.1 | Create, test and debug Android application by setting up Android development environment. |
C319.2 | Implement adaptive, responsive user interfaces that work across a wide range of devices. | |||
C319.3 | Infer long running tasks and background work in Android applications. | |||
C319.4 | Demonstrate methods in storing, sharing and retrieving data in Android applications. | |||
C319.5 | Analyze performance of android applications and understand the role of permissions and security. | |||
C319.6 | Describe the steps involved in publishing Android application to share with the world. |
7th SEMESTER | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Artificial Intelligence and Machine Learning | 18CS71 | C401.1 | Appraise the theory of Artificial Intelligence and Machine Learning. |
C401.2 | Illustrate the working of AI and ML Algorithms. | |||
C401.3 | Demonstrate the applications of AI and ML. | |||
C401.4 | Interpret Memory elements along with timing considerations. | |||
C401.5 | Interpret testing and testability issues in VLSI Design. | |||
2 | Big Data and Analytics | 18CS72 | C402.1 | Understand fundamentals of Big Data analytics. |
C402.2 | Investigate Hadoop framework and Hadoop Distributed File system. | |||
C402.3 | Illustrate the concepts of NoSQL using MongoDB and Cassandra for Big Data. | |||
C402.4 | Demonstrate the MapReduce programming model to process the big data along with Hadoop tools. | |||
C402.5 | Use Machine Learning algorithms for real world big data. | |||
3 | User Interface Design | 18CS734 | C403.1 | Design the User Interface, design, menu creation, windows creation and connection between menus and windows. |
4 | Cryptography | 18CS744 | C404.1 | Define cryptography and its principles. |
C404.2 | Explain Cryptography algorithms. | |||
C404.3 | Illustrate Public and Private key cryptography. | |||
C404.4 | Explain Key management, distribution and certification. | |||
C404.5 | Explain authentication protocols. | |||
C404.6 | Tell about IPSec. | |||
5 | Robotic Process Automation Design & Development | 18CS745 | C405.1 | To understand the basic concepts of RPA. |
C405.2 | To describe various components and platforms of RPA. | |||
C405.3 | To describe the different types of variables, control flow and data manipulation techniques. |
4th SEMESTER | ||||
---|---|---|---|---|
Sl. No | Course Title | Course Code | CO No. | Course Outcomes (CO) |
1 | Internet of Things | 18CS81 | C411.1 | Interpret the impact and challenges posed by IoT networks leading to new architectural models. |
C411.2 | Compare and contrast the deployment of smart objects and the technologies to connect them to network. | |||
C411.3 | Appraise the role of IoT protocols for efficient network communication. | |||
C411.4 | Elaborate the need for Data Analytics and Security in IoT. | |||
C411.5 | Illustrate different sensor technologies for sensing real world entities and identify the applications of IoT in Industry. | |||
2 | Mobile Computing | 18CS821 | C412.1 | Explain state of art techniques in wireless communication. |
C412.2 | Discover CDMA, GSM. Mobile IP, WImax. | |||
C412.3 | Demonstrate program for CLDC, MIDP let model and security concerns. | |||
3 | Storage Area Networks | 18CS822 | C412.1 | Identify key challenges in managing information and analyze different storage networking technologies and virtualization. |
C412.2 | Explain components and the implementation of NAS. | |||
C412.3 | Describe CAS architecture and types of archives and forms of virtualization. | |||
C412.4 | Illustrate the storage infrastructure and management activities. | |||
4 | NoSQL Database | 18CS823 | C413.1 | Define, compare and use the four types of NoSQL Databases (Document-oriented, Key-Value Pairs, Column-oriented and Graph). |
C413.2 | Demonstrate an understanding of the detailed architecture, define objects, load data, query data and performance tune Column-oriented NoSQL databases. | |||
C413.3 | Explain the detailed architecture, define objects, load data, query data and performance tune Document-oriented NoSQL databases. | |||
5 | Multicore Architecture and Programming | 18CS824 | C414.1 | Identify the limitations of ILP and the need for multicore architectures. |
C414.2 | Define fundamental concepts of parallel programming and its design issues. | |||
C414.3 | Solve the issues related to multiprocessing and suggest solutions. | |||
C414.4 | Make out the salient features of different multicore architectures and how they exploit parallelism. | |||
C414.5 | Demonstrate the role of OpenMP and programming concepts. |
Vision & Mission
Vision
- To be a centre of excellence, enabling students in the area of Computer Science & Engineering to become successful and socially responsible software professionals.
Mission
- M1: To impart knowledge that builds software skills with logical and structured thinking.
- M2: To provide training on the usage of software tools for developing applications in the multiple domains of Computer Science & Engineering.
- M3: To create entrepreneurial manpower to serve in industry, academia, and social setting.
- M4: To inculcate professional ethics and concern for the environment so that it benefits society.
Goals
Short Term Goals
Bridge course, Orientation, and Proactive Mentoring
- Bridge course, Orientation, and Proactive Mentoring
- Project-based learning by empowering students with required current industry knowledge requirements
- Motivation and Counselling
- Life skills
Empowering Faculty Members to enable them to take up:
- Funded Projects
- Publications in peer-reviewed journals
- Outreach programmes
- MOUs with companies for internships
- Build a Start-up ecosystem and enable knowledge exchange and access to funding
Bridge course, Orientation, and Proactive Mentoring
- Motivating students to take up socially relevant projects
- Setting up full-fledged incubation centres
Long Term Goals
Set up Centres for Excellence in
- AI
- Machine Learning
- Cyber Security
- Data Science
- Image Processing
Build a multidisciplinary research culture on the campus.
Reorient education to address the challenges of the digital world.
Outcome Based Education
- PEO1: Graduates with acquired engineering knowledge will be able to comprehend, analyze, design, and create software solutions for real time problems.
- PEO2: Graduates will work individually and in teams for software project management.
- PEO3: Graduates will be able to grow professionally by enhancing their knowledge and skills by lifelong learning.
- PEO4: Graduates will exhibit ethical entrepreneurial skills.
- PO1: Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
- PO2: Problem analysis: Identify, formulate, research literature, and analyse complex engineering problems to arrive at substantiated conclusions using the first principles of mathematics, natural sciences, and engineering sciences.
- PO3: Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health, safety, and the cultural, societal, and environmental considerations.
- PO4: Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis, and interpretation of data and synthesis of the information to provide valid conclusions.
- PO5: Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modelling to complex engineering activities with an understanding of the limitations.
- PO6: The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues, and the consequent responsibilities relevant to the professional engineering practice.
- PO7: Environment and sustainability: Understand the impact of professional engineering solutions in societal and environmental contexts and demonstrate the knowledge of sustainable development and its need.
- PO8: Ethics: Apply ethical principles and commit to professional ethics, responsibilities, and norms of the engineering practice.
- PO9: Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
- PO10: Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as being able to comprehend and write effective reports and documentation, make effective presentations to give and receive clear instructions.
- PO11: Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s work, as a member and leader in a team, to manage projects in multidisciplinary environments.
- PO12: Life-long learning: Recognize the need for, and have the zeal and ability to engage in independent and life-long learning in the broadest context of technological change.
- PSO1: An ability to analyze algorithms and codes.
- PSO2: An ability to design, develop and implement algorithms for real-time applications.
- PSO3: An ability to develop mobile and web applications.
- PSO4: An ability to inculcate professional skills, entrepreneurship skills, and work in teams for developing engineering solutions for societal needs with ethical practices.
Teaching
Non Teaching
Faculty
Sl. No | Publications/FDP | Total Numbers |
---|---|---|
1 | Text Books | 04 |
2 | Springer Book Chapters | 04 |
3 | Scopus Indexed Journals | 10 |
4 | Peer-Reviewed Journals/International Conference | 11 |
5 | IEEE Proceedings | 09 |
6 | National and International Journals | 98 |
7 | National and International Conferences | 122 |
8 | FDP | 110 |
Student
Year | 1st Topper | 2nd Topper |
---|---|---|
2019-20 | Name: Niranjan S D Aggregate: 8.98 |
Name: Akash P Aggregate: 8.93 |
2018-19 | Name: Harshitha T. M. Aggregate: 8.87 |
Name: Nikitha Aggregate: 8.78 |
2017-18 | Name: Meghana R. Aggregate: 83 |
Name: Meghashree K. Aggregate: 82.26 |
2016-17 | Name: Geetha Aggregate: 83.18 |
Name: Pavan Kumar B V
Aggregate: 81 Name: Varun Kumar A.
Aggregate: 81 |
AY 2020-21
Sl. No | USN | Name | Title | Guide |
---|---|---|---|---|
1 | 1DB17EC023 1DB17EC025 1DB17EC028 1DB17EC025 |
Charan Babu M Mahtab Alam Rajesh K. Manoj Kumar M. |
Lidar based Autonomous Robot Navigation contemplating on Covid-19 Relief | Mrs. Sowmya K.S |
2 | 1DB16EC004 1DB16EC136 1DB17EC404 1DB17EC433 |
Aishwarya R Srushti Shetty Chandana J Umadevi R |
Face Mask Detection Using Semantic Segmentation Aftermath of Covid-19 | Dr. Jai Prakash Prasad |
AY 2019-20 – KSCST PROJECT LIST
SL No | Project Title | Guide | Student Names |
---|---|---|---|
1 | Smart Refrigerator – Content aware recognition of edible vegetables and fruits | Mr. Santhosh M Nejkar | Pooja P, Nafeesa, Vidya K V, Yashaswini |
2 | Study Better with Smart Lamp | Dr. Jai Prakash Prasad | Akhilesh B, Anup D, Chethan S |
3 | Effective Framework for Identifying, Locating, Detecting, Classifying and Volume Estimation of Brain Tumour in MRI Images | Mrs. Sowmya K S | Bhagya H B, Tejaswini K, Tejaswini A, Yamuna K |
4 | Smart System for Physically Challenged/Disabled (Deaf and Dumb) | Mrs. Tejaswini M L | Niranjan S D, Chandrakant S, Pavitra K, Likitha M S |
5 | Unmanned Marine Robot | Mr. Sangam Kumar G H | Dinesh Kumar N, Satyam Shreeh, Suhas B M, Vivek Ambi |
6 | Adapting the effect of Impulse Noise in Broadband Power Line communication | Mrs. Smitha Gayathri D | Mohith U, J Manikantan, Abhishek A Naik, Manbish R |
AY 2019-20
SI. No | USN | Name | Title | Guide |
---|---|---|---|---|
1 | 1DB16EC036 1DB16EC146 1DB16EC147 1DB16EC156 |
Deepthi N Syed Sufian Tejas Kumar G Vignesh S |
Design of a Solar Charger Circuit for Recharging Batteries of Communication Devices | Dr. Rashmi S B |
AY 2018-19
SI. No | USN | Name | Title | Guide |
---|---|---|---|---|
1 | 1DB15EC142 | Spoorthi Chandranna | Guidance for Blind and Visually Impaired People Using Modern Technology | Ms. Tejaswini M. L. |
Awards


Abdul Kabeer, Abhishek N J and Anupam Bharadwaj, IV Sem B.E.(CSE) won a Cash Prize of Rs. 6,000 in “Online Hackathon “dhiutsah 2021 – Senior Category” conducted by Dept. of CSE in coordination with DBIT CSI-student Branch on 14th July 2021.
Academic Result
Gold Medal Awardees
(AY – 2018 – 2019)
Sl. No | USN | Name of students |
---|---|---|
1 | 1DB13CS108 | Sushmitha Dechamma |
2 | 1DB13CS013 | Anitha B |
3 | 1DB13CS016 | Archana M |
4 | 1DB13CS050 | Krishna Kumar V. K |
5 | 1DB13CS048 | Karoshi Shashidhar Ramesh |
2016 Batch
Sl. No. | USN | Name |
---|---|---|
1 | 1DB16CS063 | Jeevika P Hundekar |
2 | 1DB16CS143 | Shalini Singh A |
3 | 1DB16CS132 | Rohan Shrivastava |
4 | 1DB16CS038 | Bhavya R |
5 | 1DB16CS181 | Yogesh S |
6 | 1DB16CS057 | Harsha N |
7 | 1DB16CS172 | Varshini A S |
8 | 1DB16CS089 | Najma E S |
9 | 1DB16CS012 | Akshay Mohan |
10 | 1DB16CS109 | Prerna Mohan |
11 | 1DB16CS137 | Sahana S |
12 | 1DB16CS156 | Sneha M |
13 | 1DB16CS027 | Anuska Bhargava |
14 | 1DB16CS138 | Sai Arpitha |
15 | 1DB16CS097 | Omansh Srivastava |
16 | 1DB16CS034 | Atul Kumar |
17 | 1DB16CS008 | Aishwarya Praveen Rotti |
2015 Batch
Sl. No. | USN | Name |
---|---|---|
1 | 1DB15CS015 | Akshatha K |
2 | 1DB15CS059 | Goutam Prabhakar Naik |
3 | 1DB15CS105 | Niveditha G |
4 | 1DB15CS013 | Akashtha C |
5 | 1DB15CS102 | Nisha D Nair |
2014 Batch
Sl. No. | USN | Name |
---|---|---|
1 | 1DB14CS037 | Harshala R |
2 | 1DB14CS065 | Manjunath K |
3 | 1DB14CS085 | Priyanka S |
4 | 1DB14CS147 | Yashaswini B |
5 | 1DB14CS050 | Kavyashree I Pattan |
6 | 1DB14CS090 | Rakshita K Khadabadi |
7 | 1DB14CS131 | Sushmitha S I |
8 | 1DB14CS130 | Sushma S Hegde |
9 | 1DB14CS125 | Suhas B V |
10 | 1DB14CS101 | Roopesh Babu P |
11 | 1DB14CS062 | Manasa |
12 | 1DB14CS107 | Sandya M |
13 | 1DB14CS057 | Lakshmi Pawar D |
14 | 1DB14CS033 | Haripriyareddy R |
15 | 1DB14CS070 | Nayana C |
16 | 1DB14CS045 | Karthik Bhaskar |
17 | 1DB14CS118 | Siddharth Chauhan |
18 | 1DB14CS119 | Simran Gurbuxani |
19 | 1DB14CS063 | Manasa K |
2013 Batch
Sl. No. | USN | Name |
---|---|---|
1 | 1DB13CS108 | Sushmitha Dechamma |
2 | 1DB13CS016 | Archana M |
3 | 1DB13CS037 | Ganesh Prasad |
4 | 1DB13CS042 | Inchara R |
5 | 1DB13CS050 | Krishna Kumar V. K |
6 | 1DB13CS013 | Anitha B |
7 | 1DB13CS048 | Karoshi Shashidhar Ramesh |
8 | 1DB13CS046 | Keerthi Hp |
9 | 1DB13CS075 | Pruthvi S Nayak |
Media Coverage





RESEARCH AT THE DEPARTMENT OF CSE
Research Areas
The Department of Computer Science and Engineering is actively involved in both theoretical and applied research in various areas of present and future relevance. They include multifaceted fields such as AI, Theory and Algorithms, Software and Hardware Systems, and interdisciplinary programmes.
Wireless Sensor Networks
Research issues in the Wireless Sensor Network area focus on sensors that can be deployed to monitor physical and environmental conditions like temperature, sound, and passing of data through the network. To research on any application, one must know the challenges that influence the design and protocol to be chosen. WSN is still a new research field as many open research issues are being worked on. Few applications concentrate on societal needs like home automation, habitat monitoring, patient monitoring, fire detection, agriculture, and object tracking many more.
Image Processing
In an image processing operation, the input given is an image and its output is an enriched high-quality image as per the requirement and methods used. Digital Image Processing is potentially an exciting field as it gives improved pictorial information for human clarification and processing of image data for storage, transmission, and representation for machine view. Image Processing is a technique to increase raw images expected from cameras/sensors placed on satellites, space probes, and aircraft or pictures taken in normal life for several applications. This field of Image Processing has been continuously improving in recent times with advancements in science and technology. The image processing deals with image acquisition, image enhancement, image segmentation, feature extraction, and image classification. The importance of image processing and its applications has been enhancing with the computer revolution.
Big Data Analytics
Big Data Analytics is the process of examining data sets to conclude the information they contain, with the aid of specialized techniques and tools. Data Analytics techniques are widely used in various commercial and industrial applications to enable business vendors to make more informed decisions. Scientists and researchers can verify and accept/disapprove hypotheses, theories, and scientific models.
Sl. No | Name of Faculty | Designation | Teaching Experience | Research Experience | Industrial Experience | Total Experience |
---|---|---|---|---|---|---|
1 | Dr. Ashok Kumar P. S. | Professor | 18 | 8 | 7 | 21 |
2 | Dr. Thippeswamy G. R. | Professor | 21 | 3 | 2 | 23 |
3 | Dr. Venugeetha Y. | Professor | 20 | 6 | – | 20 |
4 | Dr. Manjunath Swamy B. E. | Associate Professor | 13 | 5 | – | 13 |
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 Computer Science and Engineering (CSE) was established in the academic year 2001. The department offers the Bachelor of Engineering Degree in Computer Science and Engineering [B.E.(CSE)] with an intake of 180 students and the programme is Accredited by the National Board of Accreditation (NBA). The department has been recognized as a Centre of Research by Visvesvaraya Technological University (VTU) for Ph.D. in Computer Science and Engineering / M.Sc. (Engg.) programmes. Areas of research include Artificial Intelligence, Machine Learning, Image Processing, Big Data, and Predictive Analytics, and Internet of Things (IoT). Well qualified and experienced faculty members with an average experience of 11 years provide the necessary academic support for students to achieve academic excellence with life skills.
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
On-Doing Project
Sl. No | Name of the Faculty/ Principal Investigator | Year of Sanction | Duration | Funding Agency | Total Amount Sanctioned | Area | Title of the Research Project |
---|---|---|---|---|---|---|---|
1 | Dr. Manjunathswamy B E | 2019 | 6 months | AICTE | ₹7,00,000/- | FDP | Massive parallel supercomputing using OpenCL framework on using heterogeneous computing platform |
Applied Projects
Sl. No | Name of the Faculty/ Principal Investigator | Year of Sanction | Duration | Funding Agency | Total Amount Sanctioned | Area | Title of the Research Project |
---|---|---|---|---|---|---|---|
1 | Dr. Bhakasr R | 2021 | 3 months | KSCST | ₹6,000/- | Project | Providing medical awareness to rural community for health emergencies during COVID-19 pandemic |
2 | Dr. Thippeswamy G R | 2021 | 3 months | KSCST | ₹5,000/- | Project | Domestic bio wastage monitoring system using IoT |
3 | Dr. Ashok Kumar P S | 2021 | 3 months | KSCST | ₹6,000/- | Project | Smart home automation system based on Internet of Things |
4 | Prof. Hemalatha M | 2021 | 3 months | KSCST | ₹2,500/- | Project | Heart disease prediction using Machine Learning for COVID-19 affected patients |
Publication
- Mrs. Champa CH, “Healthcare Chatbot Using Artificial Intelligence”, International Research Journal of Modernization in Engineering Technology and Science, ISSN 2582-5208, Volume:05 Issue:09, September-2023
- Saba Naaz, K.B. Shiva Kumar, “Integrated deep learning classification of Mudras of Bharatanatyam: A case of hand gesture recognition”, The Scientific Temper, Vol. 14, ISSN 0976-8653, 2023
- Usha Kirana S P, “Enhanced Ant Colony Based VM Selection and Consolidation for Energy Conservation”, International Journal of Innovative Technology and Exploring Engineering (IJITEE), ISSN 2278-3075 (Online), Volume-13 Issue-11, Oct 2024
- Sinchana K P, Shravya G Gowda, “Using Face Recognition and Deep Learning Identifying the Driver Behaviors”, International Journal of Scientific Research in Engineering and Management (IJSREM), ISSN 2582-3930, Volume: 08 Issue 08, Aug 2024
- Kiran, Sunil Kumar D S, Champa C H, Saraswathi G Datar, Vijay C P, Ranjan Kumar H S, “Developing Adaptive Solutions for Accurate Pneumonia Diagnosis via Chest X-ray Analysis”, Third International Conference on Distributed Computing and Electrical Circuits and Electronics (ICDCECE), ISSN 979-8-3503-1860-9/24, 2024
- Mrs. Champa CH, Amaresh H, Tejas S, Vinutha HK, Yashwanth N, “An IoT–Based Plant Watering System Through Soil Moisture Sensing”, International Research Journal of Modernization in Engineering Technology and Science, ISSN 2582-5208, Volume:06 Issue:04, April-2024
- Mrs. Champa C H, Padma M, Ananya K Adiga, Roshini M, Kumari Vishakha, “Deep Fake Image Detection”, International Research Journal of Modernization in Engineering Technology and Science, ISSN 2582-5208, Volume:06 Issue:04, April-2024
- Kiran Kumar Humse, Harshitha R, Parameshachari B D, Yathiraj G R, Champa C H, Sunil Kumar D S, Kiran, “A Deep Learning Model Using VGG-16 and Neural Networks to Identify Pneumonia from Chest X-Ray Images”, International Conference on Integrated Circuits and Communication Systems (ICICACS), ISSN 979-8-3503-1755-8/24, 2024
- Sagar Babu Jeldi, Dr. Ashok Kumar P.S, “Intrusion Detection System In Web Mining Using Continuous Learning Vector Quantization”, European Chemical Bulletin, ISSN 2063-5346, 2022-23
- Sagar Babu Jeldi, Dr. Ashok Kumar P.S, “Data Acquisition And Pre-Processing Using Kf Model For An Intrusion Detection System In Web Mining”, European Chemical Bulletin, ISSN 2063-5346, 2022-23
- Sagar Babu Jeldi, Ashok Kumar P S, Dr. Manjunath Swamy B.E, “Review of Cyber Security Practices”, International Journal of Research and Analytical Reviews (IJRAR), ISSN 2348-1269 (E)/ 2349-5138 (P), 2022-23
- J. Sagar Babu and Prof. Dr. Ashok Kumar P.S, “Comparative Analysis of Cyber Physical System Classifications Utilizing Machine and Deep Learning”, Advanced Engineering Science, ISSN 2096-3246, Volume 54, Issue 02, April 2022
- Sagar Babu Jeldi, Ashok Kumar P S, Dr. Manjunath Swamy B.E, “Study on Assault, Danger and Weakness of Cyber Security”, International Journal of Research and Analytical Reviews (IJRAR), ISSN 2348-1269 (E)/ 2349-5138 (P), 2022-23
- V. Naveen Kumar, Dr. Ashok Kumar P.S, “Big Data Interpretation for Petroleum and Energy Extraction Study and Application”, Data and Knowledge Engineering, ISSN 2096-3246, 2022-23
- V. Naveen Kumar, Dr. Ashok Kumar P S, “Analysis And Design Of An Integrated Model For Increasing The Performance Of Map Reduce On Heterogeneous Big Data Processing”, European Chemical Bulletin, ISSN 2063-5346, 2022-23
- V. Naveen Kumar, Dr. Ashok Kumar P S, “Map Reduce with Hybrid Optimization for Advanced Scalable Sparql Query Processing and Loading Speed in Big Data”, Journal of Harbin Engineering University, ISSN 1006-7043, 2022-23
- V. Naveen Kumar, Dr. Ashok Kumar P S, “Optimizing Business Insights: An Enhanced Large-Scale RDF Query Processing And Loading Speed On Big Data”, Journal of Namibian Studies, ISSN 2197-5523, 2022-23
- V. Naveen Kumar, Dr. Ashok Kumar P S, “An efficient and scalable SPARQL query processing framework for big data using MapReduce and hybrid optimum load balancing”, Journal of Data and Knowledge Engineering, ISSN 2023.1, 2022-23
- Noor Basha, Dr. Ashok Kumar P S, Shilpa Reddy K, Roopa Lakshmi S, “Cat-Ant Swarm Optimization Based On Repetitive Deep Learning Neural Network For Big Data Processing”, European Chemical Bulletin, ISSN 12(10)9180-9195, 2022-23
- Noor Basha, Ashok Kumar P S, Kavitha Bai A S, “Optimal Data Clustering through Hybrid CSO and CD-Fuzzy C Means Optimization”, Journal of Propulsion Technology, ISSN 1001-4055, 2022-23
- Saba Naaz, Dr. K.B. Shivakumar, Dr. Parameshachari B.D, “Aggregation Signature of Multi Scale Features from Super Resolution Images for Bharatanatyam Mudra Classification for Augmented Reality Based Learning”, International Journal of Intelligent Systems And Applications In Engineering, ISSN 2147-67992, 2022-23
- Saba Naaz, K.B. Shiva Kumar, “Integrated deep learning classification of Mudras of Bharatanatyam: A case of hand gesture recognition”, The Scientific Temper, ISSN 0976-8653, 2022-23
- G.R. Thippeswamy, R. Jayadurga and Suresh Kumar Sharma, “AI Based Machine Learning Algorithm In VLSI Technology Application”, ICTACT Journal on Microelectronics (IJME), ISSN 2395-1680, 2022-23
- Champa C H, Anil Kumar D, “Microcontrollers and Embedded Systems”, Infinite Learning Solutions, ISBN 978-81-19521-94-4, 2023
- Dr. K.B. Shiva Kumar, Shyla. M.K, Dr. Rajendra Kumar Das, “Image Steganography Using Genetic Algorithm for Cover Image Selection and Embedding”, Journal of Soft Computing Letters, Elsevier subscription journal, ISSN 100021, 2021-22
- Y. Manjula and K.B. Shivakumar, “Secured Image Transmission Using Color Transformation Fragmented Mosaic, Chaos Based Encryption and LSB – Mapping Steganography Technique”, Biosci.Biotech.Res.Comm. Special Issue, ISSN 0974-6455, 2021-22
- Saba Naaz, Dr. K.B. Shivakumar, Dr. Parameshachari B.D., “Aggregation Signature of Multi Scale Features from Super Resolution Images for Bharatanatyam Mudra Classification for Augmented Reality Based Learning”, International Journal of Intelligent Systems And Applications In Engineering, ISSN 2147-679921, 2021-22
- Manju More, G. Sunilkumar, Manjunathaswamy B.E., Thriveni, Venugopal K.R., “Enhancement of Multilingual Search Indexing using Web Page Ranking System”, International Journal of Innovative Research in Science, Engineering and Technology (IJIRSET), ISSN 2319-8753, 2021-22
- Asha R.N, Dr. Manjunathaswamy B.E., “Novel Approach for Intrusion Detection in Wireless Sensor Networks”, Journal of Telecommunication Study, 2021-22
- Chayapathi A.R., G. Sunil Kumar, Manjunath Swamy B.E., Thriveni J., Venugopal K.R., “Analysis Of Pattern Matching Algorithms Used For Searching The Patterns In MLIR Framework”, Turkish Journal of Computer and Mathematics Education, ISSN 1309-4653, 2021-22
- Asha R.N., Dr. Manjunathaswamy B.E., “Securing Wireless Sensor Networks for Intrusion Detection through Hybrid Data Mining Techniques”, Journal of Design Engineering (Toronto, Canada), ISSN 0011-9342, 2021-22
- Chayapathi A.R., G. Sunil Kumar, Manjunath Swamy B.E., Thriveni J., Venugopal K.R., “Survey and Comparison of String Matching Algorithms”, Turkish Journal of Computer and Mathematics Education, ISSN 1471-1491, 2021-22
- Chayapathi A.R., G. Sunil Kumar, Manjunath Swamy B.E., Thriveni J., Venugopal K.R., “Cloud Based Multi-Language Indexing Using Cross Lingual Information Retrieval Approaches”, ISSN 2203-1731, 2021-22
- Asha R.N., Dr. Manjunathaswamy B.E., “Data Mining Based Intrusion Detection System for Securing Wireless Sensor Network”, Journal of Harbin Institute of Technology, ISSN 0367-6234, 2021-22
- Asha R.N., Dr. Manjunathaswamy B.E., “Intrusion Detection System in Wireless Sensor Networks through Hybrid Data Mining Techniques”, Journal of Chengdu University of Technology, ISSN 1671-9727, 2021-22
- Asha K.H., Manjunathaswamy B.E., Krishnamurthy M., Sunil Kumar G., Mustafa Basthikodi, “Multimodal Biometric Fusion of Face-Iris In Person Recognition Framework”, Journal of Webology, ISSN 1735-188X, 2021-22
- Manju More E., Sunil Kumar G., Manjunathaswamy B.E., Mustafa Basthikodi, Thriveni J., Venugopal K.R., “Novel Semantic Approach Based Ranking Algorithm Framework for Advancing Search Engines”, Journal of Webology, ISSN 1735-188X, 2021-22
- Asha K.H., Manjunathaswamy B.E., Sunil Kumar G., Mustafa Basthikodi, “Analysis of Biometric Modalities using Iris-Face Multimodal Framework”, Journal of Design Engineering, ISSN 0011-9342, 2021-22
- B. Chaitra and P.V.B. Reddy, “Digital image forgery: taxonomy, techniques, and tools–a comprehensive study”, Int J Syst Assur Eng Manag (2022), 2021-22
- Dr. Venugeetha Y, “Fashion Recommendation System using CNN”, International Journal of Advance Research, Ideas and Innovations in Technology (IJARIIT), ISSN 2454-132X, 2020
- Hemalatha M, “Handwritten Text Pattern Recognition”, International Journal of Advance Research, Ideas and Innovations in Technology (IJARIIT), ISSN 2454-132X, 2020
- Hemalatha M, “Face Recognition Attendance System”, International Journal of Advance Research, Ideas and Innovations in Technology (IJARIIT), ISSN 2454-132X, 2020
- Nayana D.V., “Chatbot Enabled College Management System”, International Journal of Advance Research, Ideas and Innovations in Technology (IJARIIT), ISSN 2454-132X, 2020
- Nayana D.V., “IoT-Based Air and Sound Pollution Monitoring System”, International Journal of Advance Research, Ideas and Innovations in Technology (IJARIIT), ISSN 2454-132X, 2020
- Ranjeet Kumar, “Rainfall Prediction – A Deep Learning Approach”, International Journal of Advance Research, Ideas and Innovations in Technology (IJARIIT), ISSN 2454-132X, 2020
- Thaseen Taj, “Hand Gesture Control Used for Automating Human Activities”, International Journal of Advance Research, Ideas and Innovations in Technology (IJARIIT), ISSN 2454-132X, 2020
- Yashaswini B.M., “Plant Disease Detection Using Machine Learning”, International Journal of Advance Research, Ideas and Innovations in Technology (IJARIIT), ISSN 2454-132X, 2020
- Dr. Manjunathswamy B.E., “A Comparative Study on Privacy Protection in Personalized Web Search”, Journal Citation Reports (JCR), ISSN 2394-5125, 2020
- Dr. Manjunathswamy B.E., “Advancing Morphological Analyser for Kannada Using NLP and Machine Learning Approaches”, International Journal of Advanced Science and Technology, ISSN 2207-6360, 2020
- Dr. Manjunathswamy B.E., “NLP-Based Stemming and Lemmatization Approaches for Multilingual Search Indexing”, International Journal of Advanced Science and Technology, ISSN 2207-6360, 2020
- Dr. Manjunathswamy B.E., “Enhancement of Multilingual Search Indexing Using Web Page Ranking System”, International Journal of Innovative Research in Science, Engineering and Technology (IJIRSET), ISSN 2320-6710, 2021
- Dr. Manjunathswamy B.E., “Novel Approach for Intrusion Detection in Wireless Sensor Networks”, Journal of Telecommunication Study, Volume 6, Issue 1, January to April 2021
- Dr. Manjunathswamy B.E., “Analysis of Pattern Matching Algorithms Used for Searching Patterns in MLIR Framework”, Turkish Journal of Computer and Mathematics Education, 2021
- Dr. Manjunathswamy B.E., “Securing Wireless Sensor Networks for Intrusion Detection Through Hybrid Data Mining Techniques”, Journal of Design Engineering (Toronto, Canada), ISSN 0011-9342, 2021
- Dr. Manjunathswamy B.E., “Survey and Comparison of String Matching Algorithms”, Turkish Journal of Computer and Mathematics Education, ISSN 1471-1491, 2021
- Dr. Manjunathswamy B.E., “Cloud-Based Multi-Language Indexing Using Cross-Lingual Information Retrieval Approaches”, Journal of Information Technology in Industry, ISSN 2203-1731, 2021
- Rohini B R, 2019, “Bitcoin-Virtual Cryptography: Research Challenges”, International Conference Innovations Challenges, DBIT, Bengaluru.
- Naveen N, 2019, “How Edge Computing Leads to the First Real Smart City”, 9th International Conference on Recent Engineering and Technology, NHCE, Bengaluru.
- Naveen N, 2019, “Predicting Transitional Interval of Kidney Disease Stages 3”, National Conference on Science, Engineering and Management, TOCE, Bengaluru.
- Bhaskar R, 2020, “KBR: Knowledge Based Reduction Method for Virtual Machine Migration in Cloud Computing”, Procedia Computer Science, Scopus index, ISSN 1877-0509.
- Dr. Venugeetha Y, 2019, “Wheelchair Control and Home Automation Using Hand Gestures”, EAI Endorsed Transactions on Smart Cities, Online First, Scopus index, DOI: 10.4108/eai.13-7-2018.164663.
- Dr. Venugeetha Y, 2019, “Implementation of LCD Interfacing with ARM Controller LPC2148”, International Journal of Scientific and Technology Research (IJSTR), Scopus index, ISSN 2277-8616.
- Dr. Venugeetha Y, 2019, “Performance of Algorithms Using Domination Theory in Wireless Sensor Network with NS2”, International Journal of Innovative Technology and Exploring Engineering (IJITEE), Elsevier, ISSN 2278-3075.
- Ashok Kumar P S, 2019, “Analysis and Forecast of Heart Syndrome by Intelligent Retrieval Approach”, Intelligent Computing and Data Science, LNCS, Springer.
- Naveen N, 2019, “Wireless Mesh Networks: A Survey and Challenges Ahead”, Proceedings of International Conference on Current Trends in Engineering, Science and Technology (ICCTEST), ISSN 2017.1.1.
- Thaseen Taj, 2019, “Privacy Preserving in Mobile Cloud Computing”, International Journal of Trend in Research and Development, ISSN 2394-9333, Volume-6, Issue-3, June 2019.
- Rohini B R, 2019, “Face Recognition: An Introductory Review”, International Journal of Scientific and Engineering Research (IJSER), ISSN 2229-5518.
- Shruthi G, 2019, “A Combined Cipher Text Policy Attribute-Based Encryption and Timed-Release Encryption Method for Securing Medical Data in Cloud”, International Journal of Computer and Information Engineering, Google Scholar, ISNI: 91950263.
- Kusuma T, 2019, “Analysis of Global Motion Compensation and Polar Vector Median for Object Tracking Using ST-MRF in Video Surveillance”, Advances in Intelligent Systems and Computing, Springer, ISSN 2194-5357.
- Geeta S H, 2019, “Implementation of Large-Scale Video Storage System over Distributed System”, IJARIIT, ISSN 2454-132X.
- Sumathi M, 2019, “Classification of Attention Deficit Hyperactivity Disorder (ADHD) Considering Diagnosis and Treatment”, International Journal of Modern Education and Computer Science, ISSN 10.5815, 2395-0072.
- Shilpa S G, 2019, “Credit Card Fraud Detection Using Anomaly Feature Detection”, IJTRD, ISSN 2394-9333.
- Shilpa S G, 2019, “Virtual Assistant-Based Recommendation System”, International Journal of Advance Research, Ideas and Innovations in Technology, ISSN 2454-132X.
- Manjula B S, 2019, “P2P Botnet Detection Using Machine Learning”, International Journal of Scientific Research and Review, ISSN 2279-543X.
- Karthik Baskar, Harshala, B. S. Umashankar, “Sentiment Analysis of Online Reviews”, International Conference on Computer Networks, Security & Computing – 2018 (ICCSC-18), 4th & 5th May 2018, SVCE, Bangalore.
- Anasuya N J, “A Study Analysis of Naïve-Bayes and KNN Algorithm”, NCRTEST-18, C Byregowda Institute of Technology, Kolar, 2018.
- Dr. K. Udaya Kumar, B. S. Umashankar, “Advanced Microprocessors and IBM-PC Assembly Language Programming”, Tata McGraw Hill, 1995.
- Anasuya N J, “A Model Combining Stacked Based Auto Encoder and Back Propagation Algorithm for Short Term Wind Power Forecasting”, NCRTEST-18, C Byregowda Institute of Technology, Kolar, 2018.
- G. Shruthi, “A Combined Cipher Text Policy Attribute-Based Encryption and Timed-Release Encryption Method for Securing Medical Data in Cloud”, WASET, International Journal of Computer and Information Engineering, Vol:13, No:2, pp 80-84, 2018.
- Kusuma T, Dr. Ashwini K, “Performance Analysis of Motion Vector Entropy, Smoothed Residual Norm, Markov Random Field in the H.264/AVC Compressed Domain for Object Tracking”, JARDCS (Elsevier Scopus), ISSN 1943-023X, Vol 13 (Special Issue), 2018.
- Bhanupriya S V, Shruthi G, “Hybrid Job-Driven Meta Data Scheduling for Data Storage with Internet Approach”, IDL – International Digital Library of Technology & Research, 2018.
- Manoj H M, Nandakumar A N, “Robust Predictive Framework to Rank Code Reusability in Object Oriented Design in Software Engineering”, Journal of Advanced Research in Dynamical Control Systems, Volume 10 (Special Issue 2), 2018.
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- Kusuma T, Dr. Ashwini K, “Real-Time Object Tracking in H.264/AVC Using Polar Vector Median and Block Coding Modes”, WASET, Vol:12, No:11, 2018.
- Navya Shridhar C S, Dr. Nagaveni V, “A Survey on Security of IoT Devices”, IJESI, ISSN 2319-6734, Volume 7, Issue 12 (Ver. IV), 2018.
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Placements
Placement Training Program
Placement Training Program
The Department of Training & Placement offers comprehensive training to ensure students are fully prepared for successful placements. We conduct exclusive, extended pre-placement training programs to enhance employability skills.- Java Enterprise Edition (JEE) & Soft Skills Training: A 400-hour intensive program sponsored by Capgemini through Technoserve, focusing on JEE and essential soft skills development.
- Aptitude & Soft Skills Training for MBA Students: Tailored sessions designed to enhance both technical and interpersonal skills crucial for MBA graduates.
- Aptitude & Soft Skills Training for Engineering Streams: Comprehensive training programs aimed at equipping engineering students across all streams with necessary aptitude and soft skills.
Career Guidance
Career Guidance
The Department of Training & Placement is dedicated to guiding every student towards a successful career path. We regularly organize career guidance sessions and invite industry experts for discussions and webinars to provide insights and advice.
Job Opportunities
Our department offers a range of pre-placement training programs and value-added courses to enhance students’ skills in line with the latest market trends. We assist students in securing internships and pre-placement offers with renowned companies and organizations, providing personalized support and guidance. Additionally, we raise awareness about career opportunities in Indian Civil Services, government, and public sectors, offering the necessary guidance to help students navigate these options.
Higher Studies
For students interested in pursuing higher education or studying abroad, the Department of Training & Placement offers extensive guidance. We conduct awareness programs on various entrance examinations, including GRE, IELTS, TOEFL, SAT, MCAT, LSAT, GMAT, and GATE, and provide information on university selection criteria and application processes.
Entrepreneurship
We actively encourage our students, faculty, and alumni to foster innovation and entrepreneurship through our Entrepreneurship Development Cell. We provide comprehensive support and guidance for writing project reports, understanding company registration processes, preparing investment pitches, and utilizing infrastructure facilities to help turn unique ideas into successful business ventures.
Industry Interface
Industry Interface
- Technical Seminar on: “Semiconductor Nation Building ESDM Nation”.
- Webinar on: “Next Generation Technology Focusing on Artificial Intelligence”.
- Motivational Lecture: Career Opportunities in the Indian Air Force.
- Collaboration with EdgeVerve Systems Ltd: Infosys Fintech Certification Program.
- Associated with TCS NQT: For placements.
- Collaboration with NASSCOM IT–ITeS SSC: Future Skill Program to upskill industry-relevant knowledge.
Value Added Programs
Certification Programs and Awareness Sessions
- Certification Program on Enterprise Technology and Data Centre Architecture: Offered by ABSTREAM Technologies. The Data Centre provides internships and projects that offer hands-on experience in Data Centre Architecture and Data Processing for research and analysis.
- Video Proctored Certification Drive: Conducted by Infosys Springboard.
- Certification Programs on Career Edge, Campus Commune & Code Vita CODING TEST: Offered by TCS.
- Certification Program in Robotics: Provided by KUKA.
- Certification Program on PLM: Provided by Siemens.
- Certification Program on Infosys Springboard Learning Portal: A comprehensive learning platform for students.
- Certification Program on Python Programming: Offered by M/s Eduranz.
- Awareness Session: Covers the Graduate Aptitude Test in Engineering (GATE), Civil Service Exams, and Higher Studies to prepare students for government sector jobs, private sector jobs, and study abroad opportunities.
Support to Admissions
Support to Admissions
The Department of Training and Placement has been actively supporting the admissions team through various initiatives.
- Venue for Conducting Online & Offline Exams: Hosting exams for several agencies to enhance brand visibility.
- Setting Up Helpdesks: At COMED K Seat Selection Centres to assist parents and students.
- Organizing Competitions: Such as the Science Wizard Quiz for PU students.
- Conducting Offline Recruitment Exams: For Mangalore Refinery Petrochemical Ltd (MRPL).
- Conducting Online CFA Exams: Through Vision Tech Park Pvt Ltd.
- Venue for GATE Online Recruitment Examination: Providing facilities for candidates.
- Venue for INDO-TIBETAN BORDER POLICE FORCE Offline Exam: Supporting recruitment efforts.
- Venue for NTA SWAYAM Online Exam: Facilitating online examinations.
- Venue for NTA JEE Exams: Providing a venue for online exams.
- Venue for Conducting Various Examinations: Including NEET, AIMS, CET, KSOU, and more.
Our Premium Recruters

Placement Training Program
Java & Skills
MBA Skill Development
Engineering Skill
Career Guidance
Job Opportunities
Higher Studies
Entrepreneurship
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

A Webinar on “Mental Wellness and Emotional Empowerment” was conducted by the Department of Computer Science & Engineering, on 24thJuly 2021. The Speakers were Ms. Sharanya Prakash and Ms. Samridhi Ahuja, Growth Coaches at Skilling India.

A Webinar on “Exam Stress Management” was conducted by the Dept, of Computer Science & Engineering on 23rdJuly 2021. The Speakers were Ms. Dipika Minji and Ms. Samridhi Ahuja, Growth Coaches at Skilling India.
A Webinar on “Necessities for a Successful Life” was conducted by the Dept. of Computer Science & Engineering on 14thJuly 2021. Mr. Navajeevan Reddy, Senior Test Lead, HCL technologies, Bengaluru was the resource person.
A Five days webinar on Agile, Scrum and Kanban Technologies was conducted by the Dept. of Computer Science & Engineering from 17th to 22nd December 2020. Mr. Shyam Prasad Innanje, Agilist – Cognizant Technology Solutions, U.S. Corp. was the resource person.

Online hackathon “dhiutsah 2021” was conducted by Dept. of Computer Science & Engineering in association with DBIT CSI Student Chapter on 17th July 2021. The theme of the event: collaborating to make online learning accessible, creative and exciting. 700+ students from 77 institutions across India participated in the event. Cash Prizes were awarded to winners in junior and senior categories.
A Technical Talk on “Content Delivery Network” was arranged by the Dept. of Computer Science & Engineering, on 23rdJuly 2021. Mr. N. Senthil Kumar, Dept of Information Technology, University of Technology & Applied Science (UTAS), Salalah Campus was the resource person.
Conference / Seminars
Seminar on “Cyber Safety and Security Standard”
March 31st, 2019
Guest Name / Resource Person: Mr. T T Harish, Chair Member, National Cyber Defence Research Centre (NCDRC), New Delhi.
Audience: Students and Faculty from DBIT
About Conference/Seminar: Mr. T T Harish delivered the technical talk which was hosted on 31st March, 2019 from 9.30 AM to 4.30 PM at DBIT Campus. Students and Staff from DBIT participated actively in the interactive session. The feedback received from the participants has been very encouraging and has motivated us to plan many more such seminars.
Workshops / FDP
Workshop on “Introduction to R and Data Science”
29th Feb2020
Guest Speaker / Resource Person: Dr. C. P. Ravi Kumar, Director, Talent Development, Texas Instruments, Bengaluru.
No of Attendees, Audience: 45, 6th Semester Students
About Workshop: –
FDP on “One-day Hands-on session on AWS Educate –Cloud Literacy Day and Salesforce - Student Journey India”
24th Oct 2019
Guest Speaker / Resource Person: Dr. Manjunath Swamy B E, Associate Professor, Dept. of CSE, DBIT, Bengaluru.
No of Attendees, Audience: The FDP was attended by 42 faculty members from various departments and institutions.
About Workshop: –
Workshop on “Machine Learning With Hands-on Session”
4th October 2019
Guest Speaker / Resource Person: Mr.Vinay M. Haritsa Technical Director, Vtricks Technology, Bengaluru.
No of Attendees, Audience: 68, 5th and 7th Semester Students
About Workshop: –
FDP on “Cloud Computing with Hands-on Sessions”
22nd July to 26th July 2019
Guest Speaker / Resource Person: 1. Mr. Shivananda R Poojara, Consultant, Manjrasoft Pty Ltd. Melbourne, Australia.
2. Mr. Tokala Durgarao, Senior Technical Manager-Development, Cloud GBF, Oracle India Pvt. Ltd. Bengaluru.
No of Attendees, Audience: The FDP was attended by 42 faculty members from departments of CSE, ISE, and Mathematics from various institutions.
About Workshop: –
GUEST LECTURES / TECH TALKS / INTERACTION
Technical Talk on “User Interface Development and its Scope in IT”
17th October 2019
Guest Speaker / Resource Person: Mr. Asif Akhter, Ms. Farheen Farhath, Priston Smart Engineers, New Delhi.
No of Attendees, Audience: 62, 3rd and 5th Semester Students
Highlights of the Talk: –
Technical Talk on “iPhone App Development”
27th October 2018
Guest Speaker / Resource Person: Mr. Ajay Kumar K. V., Technical Director, Appslucent Software Pvt. Ltd.
No of Attendees, Audience: 61, 3rd and 5th Semester Students
Highlights of the Talk: –
Industry visits
To create awareness among students about recent trends and technology in the corporate world, Industrial Visits were organized to Tata Consultancy Services (TCS), Mysuru Campus, SAP, Bengaluru, NextGen, Bengaluru for the students of the 7th Semester. The visits focused on the applications of various computing technologies and IT Tools in varied sectors such as health care, banking, cybersecurity, and designs.
Events
Internships
The Internship Program is an opportunity offered by various leading IT firms such as X-Ciencia. Technologies India Pvt. Ltd., Vtricks technologies, AB Stream, Appslucent Software Pvt. Ltd., Verzeo, Robert Bosch, HAL, and BSNL to work in their real-time projects for a fixed duration. Interns are usually UG students.
The internship was carried out on the latest trends in the IT Industry like Machine Learning, Data Science, Web Development, Android Development, Enterprise Technology, and Data Center Architecture, and Augmented Reality and Virtual Reality Development. A total of 175 students have benefited from the internship that they have undergone during the Annual year 2019-20.
Internship benefits to students:
- An opportunity to get hired by the Industry/ organization.
- Practical experience in an organizational setting.
- Excellent opportunity to see how the theoretical aspects learned in classes are integrated into the practical world.
- On-floor experience provides much more professional experience which is often worth more than classroom teaching.
- Helps them decide if the industry and the profession is the best career option to pursue.
- Opportunity to learn new skills and supplement knowledge.
- Opportunity to learn strategies like time management, multi-tasking etc in an industrial setup.
- Opportunity to meet new people and learn networking skills.
- Opportunity to practice communication and teamwork skills.
- Opportunity to learn strategies like time management, multi-tasking etc in an industrial setup.
- Opportunity to meet new people and learn networking skills.
- Makes a valuable addition to their resume.
- Enhances their candidacy for higher education.
- Creating network and social circle and developing relationships with industry people.
- Provides opportunity to evaluate the organization before committing to a full time position.
Newsletter
Calender
Coming Soon
Time Table
Syllabus
2022 Scheme
Sl. No | Course Code | Course Title | Scheme/Syllabus |
---|---|---|---|
1 | BCS301 | Mathematics For Cse | View/Download |
2 | BCS302 | Digital Design And Computer Organisation | View/Download |
3 | BCS303 | Operating System | View/Download |
4 | BCS304 | Data Structure And Application | View/Download |
5 | BCSL305 | Data Structure And Application Laboratory | View/Download |
6 | BCS306A | Object Oriented Programming With Java | View/Download |
7 | BSCK307 | Social Connect And Responsibility | View/Download |
8 | BCS358D | Data Visualisation With Python | View/Download |
9 | 18ECL38 | Digital System Design Laboratory | View/Download |
10 | BYOK359 | Yoga/Ncc/Physical Education | View/Download |
Sl. No | Course Code | Course Title | Scheme/Syllabus |
---|---|---|---|
1 | BCS401 | Analysis And Design Of Algorithms | View/Download |
2 | BCS402 | Microcontroller | View/Download |
3 | BCS403 | Database Management Systems | View/Download |
4 | BCS404 | Analysis Management Systems | View/Download |
5 | BCS405x | Esc/Etc/Plc | View/Download |
6 | BBOC456x | Ability Enhancement Course/Skill Enhancement | View/Download |
7 | BBOC407 | Biology For Cse | View/Download |
8 | BUHK408 | Universal Human Values Course | View/Download |
9 | BNSK456/BPEK459/BYOK459 | Yoga/Ncc/Physical Education | View/Download |
Sl. No | Course Code | Course Title | Scheme/Syllabus |
---|---|---|---|
1 | BCS501 | Software Engineering & Project Management | View/Download |
2 | BCS502 | Computer Network | View/Download |
3 | BCS503 | Theory Of Computation | View/Download |
4 | BCS504 | Web Technology Lab | View/Download |
5 | BCS515x | Professional Elective Course | View/Download |
6 | BRMK557 | Mini Project | View/Download |
7 | BRMK557 | Research Methodology And Ipr | View/Download |
8 | BESK508 | Environmental Studies | View/Download |
9 | BNSK559 | Nss/Physical Education | View/Download |
Teachers Notes (All Semesters)
Category | Department | Download Link |
---|---|---|
Science and Humanities(S & H) | 1st Year-(Physics and Chemistry Cycle) | view / download |
Electronics and Communication Engineering | view / download | |
Computer Science and Engineering | view / download | |
Information Science and Engineering | view / download | |
Under Graduate (UG) | Mechanical Engineering | view / download |
Electrical and Electronics Engineering | view / download | |
Civil Engineering | view / download | |
Artificial Intelligence & Machine Learning | view / download | |
Artificial Intelligence & Data Science | view / download | |
Post Graduate (PG) | Artificial Intelligence & Data Science | view / download |
Class Incharge
Semester | Class | Teacher | Official Mail ID |
---|---|---|---|
III | A | Ms. Manjula B S | manjula.bs@dbit.co.in |
B | Ms. Rashmi B C | rashmibc@dbit.co.in | |
C | Ms. Navya C N | navyasuresh1990@dbit.co.in | |
V | A | Mr. Hemanth Kumar N P | hemanthnp@dbit.co.in |
B | Mr. Naveen N | naveensheety@dbit.co.in | |
C | Ms. Chaitra B | chaitrab@dbit.co.in | |
VII | A | Ms. Prakruthi S T | prakruthist@dbit.co.in |
B | Ms. Kalpana G | kalpanagosar@dbit.co.in | |
C | Ms. Hemalatha M | hemalathadbit@dbit.co.in |