Master of Science – MSC CA
Master of Science – MSC CA
(a) Bachelor Degree in Science/Technology/Engineering OR
(b) Bachelor of Computer Applications (B.C.A.) OR
(c) B.Sc.(Computer Science) OR
(d) Bachelor of Computer Science (B.C.S.) OR
(e) B.Sc.(Information Technology) OR
(f) B.Sc.(Data Science) OR
(g) B.Sc.(Cyber and Digital Science) OR
(h) B.Sc. (Cyber Security) OR
(i) B.Sc. (Cloud Computing) OR Science
(j) Bachelor of Engineering(BE/B.Tech) in Computer Engg/Computer Science & Engg./ Computer and Design/ Information Technology/Electronics Telecommunication/AI and Data Science/AI and Machine Learning/ equivalent OR
(k) B. Voc. in Software Development/ Information Technology OR
(l) B.Sc. with Computer Science as Principal Subject OR
(m) General B.Sc. with Computer Science as one of the subject at TYBSc level Programme
The objective of the Program is to produce trained software professionals with hands-on experience on state-of-the art technologies who will be able to handle challenges in IT industry. The objectives of M.Sc. (Computer Applications) program are: –
- To produce knowledgeable and skilled human resources that is employable in IT and ITES.
- To impart knowledge required for planning, designing and building Complex Application Software Systems as well as to provide support for automated systems or applications. M.Sc. (Computer Applications) Program is of Two Years duration with four semesters. It is a Full- Time post graduate Degree Program. The program is based on credit system comprising of total 88 credit points. It is believed that the proposed syllabus as part of the credit-based system will bring a qualitative change in the way M.Sc. (Computer Applications) is taught, which will offer a more enriched learning experience. It aims to provide students with the knowledge and ability to develop creative solutions, and better understand the effects of future developments of computer applications, systems and technology on people and society. The students shall develop self and life-long learning skills .
PO 1: Demonstrate understanding of fundamental and advance concepts in emerging areas
PO 2: Design and develop innovative computer applications.
PO 3: Analyze existing research reported in the literature
PO 4: Propose alternate solutions by undertaking research work.
PO 5: Create efficient, reliable, readable and maintainable code.
PO 6: Demonstrate a deeper understanding of the chosen domain.
PO 7: Select appropriate method to solve the given problem
PO 8: Explain complex technical concepts clearly and effectively, both in written and oral forms.
PO 9: Demonstrate ability to collaborate effectively with team members, understand different perspectives, and contribute productively to become successful professional.
PO 10: Demonstrate ability to work with integrity and a sense of social responsibility.
PO 11: Demonstrate self and life-long learning skills
PO 12: Solve computational problems innovatively
PO 13: Apply knowledge gained and critical thinking to develop real-world applications.