Computer Science & Engineering
The Master’s program in Computer Science and Engineering aims to equip graduates with the know-how that would enable them to execute research work or take up responsible research oriented jobs in industry and academia.
The program inculcates conceptual understanding and technical ability to empower research activity in Computer Science and Engineering. The course is structured around some core courses. The student is allowed to choose electives suitable to interests and personal goals.
Department Laboratories
- Basic Computer Programming Lab
- Data Structures Lab
- Computer Based Numerical Techniques Lab
- Microprocessors Lab
- Unix and Shell Programming Lab
- Database Management Systems Lab
- Object Oriented Programming Systems Lab
- Computer Graphics Lab
- Computer Networks Lab
- Algorithms Design Lab
- Advance Java Lab
- Operating Systems Lab
- Compiler Design Lab
- Artificial Intelligence Lab
- Visual Programming Lab
- Distributed System Lab
- Projection Room (Seminar)
- Software Project Management Lab
Vision
The aim of Computer Science & Engineering Department is to empower the students of computer science and Engineering Department to be technologically adept, innovative, self-motivated and responsible global citizen possessing human values and contribute significantly towards high quality technical education with ever changing world
Mission
- To provide intellectual inputs to knowledge-based industries in the form of qualified and trained manpower.
- To attain self-sustainability and overall development through Research, Consultancy and Development Activities.
- To produce best quality Computer Science Professionals by imparting quality training, hands on experience and value education.
- To pursue creative research and new technologies in Computer Science and Engineering and across disciplines in order to serve the needs of industry, government, society, and the scientific community.
- Providing an environment in which students are given the essential resources to address, research and solve real-world problems, participating in interdisciplinary and multidisciplinary research and its applications.
1st Semester
Subject Code | Subject Title |
---|---|
Theory | |
MCS101 | Advanced Algorithms |
MCS102 | Mobile Computing |
MCS103 | Advanced Operating System |
MCS104 | Networking Protocols |
MCS111 | Core Elective-1 |
MCS100 | Seminar – 1 |
Labs | |
MCS151 | Advanced Algorithms and Networking Protocols Lab |
2nd Semester
Subject Code | Subject Title |
---|---|
Theory | |
MCS201 | Advanced Software Engineering |
MCS202 | Distributed Computing |
MCS203 | Artificial Intelligence and Expert Systems |
MCS221 | Core Elective – 2 |
MCS225 | Minor Elective – 1 |
MCS200 | Seminar – 2 |
Labs | |
MCS 251 | Network Administration Lab |
3rd Semester
Subject Code | Subject Title |
---|---|
Theory | |
MCS 301 | Soft Computing |
MCS 300 | Dissertation Phase – I |
MCS 350 | Seminar-III |
MCS 351 | Project |
4th Semester
Subject Code | Subject Title |
---|---|
MCS 400 | Dissertation Phase – II |
Core Electives I
Subject Code | Subject Title |
---|---|
MCS111 | Data Ware Housing and Mining |
MCS112 | Advanced Computer Architecture |
MCS113 | Advanced Java Programming |
MCS114 | Modeling and Simulation |
MCS115 | Embedded Systems |
Core Electives II
Subject Code | Subject Title |
---|---|
MCS221 | Cloud Computing |
MCS222 | Information Retrieval |
MCS223 | Speech and Natural Language Processing |
MCS224 | Cyber and Information Security |
Minor Electives I
Subject Code | Subject Title |
---|---|
MCS225 | Information and Communication Theory |
MCS226 | Neural Networks and Fuzzy Logic |
MCS227 | Broad band & multimedia Technologies |
S.no | Year & Sem | Branch | Lab Name | Lab Equipment Name |
---|---|---|---|---|
1 | IIIrd year/5th sem | CSE | Advance java | Tomcat server/Net beans |
2 | IIIrd year/5th sem | CSE | Computer Networks | CISCO packets |
3 | IIIrd year/5th sem | CSE | Computer Graphics | Turbo C |
4 | IIIrd year/5th sem | CSE | DAA | Turbo C |
5 | IIIrd year/5th sem | ME+EEE | OOPS with C++ | Turbo C++ |
6 | IIIrd year/5th sem | CSE | OS | Turbo C |
7 | IIIrd year/5th sem | CSE | VB.net | Visual basics 2010 |
8 | IInd year/3th sem | CSE | CBNST | Turbo C |
9 | IInd year/4th sem | CSE | DBMS | SQL |
10 | IInd year/3th sem | CSE | UNIX | UBUNTU |
11 | IInd year/3rd sem | CSE | OOPs with Java | Java |
12 | IInd year/3th sem | CSE | DS | Turbo C |
13 | IInd year/4th sem | CSE | Microprocessor | 8085, 8086 kit |
14 | IV year/8th sem | CSE | Web tech | HTML, DHTML, XML |
15 | IV year/8th sem | CSE | System Admin | UNIX /LINUX /UBUNTU |
16 | Diploma poly Ist year | CE, Automobile, ME, EEE | BIT | MS office, MS Dos, Internet, Computer hardware |
17 | Ist year/1st sem | CSE | FOCP | Turbo C |
Booming IT sector in India has plenty of jobs for fresh computer science graduates. Candidates from top-notch engineering colleges, however, get attractive job offers from MNC IT companies in comparison to not so known engineering colleges. Additionally, candidates with high percentage of mark and good communication skills as well as sound computer knowledge do not face problem in getting a job whether they are from a reputed engineering college or not. Computer engineers can get jobs in non-IT companies like universities, research, private and public industries, government departments, business organizations, commercial organizations and the manufacturing sector, etc. Besides the Computer Engineers have plenty of options to work in IT companies in departments such as design, development, assembly, manufacture and maintenance, etc. Working as programmer, web developer, and E- commerce specialist with telecommunications companies, automotive companies, aerospace companies, etc. can be a lucrative career option as well. Moreover, numerous national and multi-national computer manufacturing companies, computer hardware system design and development companies, computer networking companies, software development companies, etc. require computer professionals in large numbers.
Disclaimer
The above information is from various reliable sources and is relevant to current industry standards which is subject to vary according to the functional changes of the industry.