Courses Offered


The four-year program provides a scientific and practical approach to computation and its applications. It enables the students to design hardware and software solutions mapped to real-world scenarios. Besides acquiring skills in programming languages such as C, Python, C++, JAVA etc., the students also learn the core functionalities of operating systems, microprocessors, databases, computer networks, software development life cycles, and artificial intelligence. Students are also exposed to business economics and entrepreneurship skills to enable them to run their own enterprises if needed.

Computer engineers find their way into the exciting and ever-changing domains of software, aerospace and defence. The scope is big for research and higher studies as well as entrepreneurship, and many have made it to the mecca of techies, the Silicon Valley. The demand for computer engineers is always on the rise as every field of engineering is highly dependent on computer-aided design and manufacturing. With the spread of automation, connected computing and artificial intelligence, our graduates are set to change the world with their contributions.

Programme Specific Outcomes (PSOs)

PSO1: To identify and formulate real world engineering problems and apply computational knowledge in solving them.

PSO2: To design and develop software systems to solve specific problems and work as a team to implement them.

PSO3: To communicate effectively and to work with professionalism and ethical responsibility.


This Post Graduate course focuses on covering the fundamentals of discrete mathematical structures, Automata concepts, image processing, machine learning, advanced software testing, software maintenance and documentation tools, and big data analytics. The course content is designed and delivered with a focus on quality education and research and development to enable our graduates add real value to their organizations.


Computer Systems Engineering is an emerging field with endless potential. There is a huge demand for quality systems engineers who can address the rising complexities of large computing environments.