Computer Systems Engineering is a unique blend of selected fields from electrical engineering, computer science and mathematics required to design and develop computer systems. This branch of engineering provides the Computational apparatus for technological growth in almost all fields of science and technology and has a huge impact on the economic development around the world. Once a blooming technology, it has now taken deep roots in every field of life.
The Department of Computer Systems Engineering (DCSE) strives to impart skills such as digital systems design, computer programming, software engineering, digital signal processing, control systems and microprocessor based systems design and development. Such skills are required in a broad range of technological fields such as consumer and medical electronics, custom electronic design, digital communications systems, computer networks, transport systems, factory automation and digital computer graphics.
The Computer Systems Engineering degree program is a combination of computer hardware and software engineering with a good foundation in electrical and electronics engineering. The degree programme provides a combination of basic fundamental knowledge in computer systems, practical skills in hardware and software design, general problem solving skills required in designing and building systems, verbal and written communications, final year project work, exposure to a variety of existing and leading edge elecronics hardware and software technologies. The course work is organized around key areas of Computer Systems Engineering and in quite a few cases; successful completion of basic course is a pre-requisite for registration in an advanced course in a particular area.
Internships & Field Visits
Students are required to complete 800 hours of internship as part of the B.Sc degree programme, which gives them a chance to explore and get hands-on training in their respective fields of interest.
Visits to various industries and research organizations are a part of education training of engineers. Both long and short visits are arranged for students, providing them an opportunity to experience practical "engineering work"
The department has a well-qualified faculty, which actively participates in the university's academic and research activites. Research activities are carried out in a variety of fields such as Networks, Communications, Digital Singal Processing, Control Systems, Artifical Intelligence & Expert Systems, Advanced Digital Design and Computer Architecture, Pattern recognition and bioinformatics, digital image processing and fault tolerant computing.