The curriculum in B.E. Computer Engineering lay emphasis on design and development of both hardware and software, in addition to software packages. Miniaturization in computer technology, audio-video and image processing, storage and retrieval of data from databases, compiler construction, operating systems design, computer graphics, computer architecture, microprocessors based design are also the important components of the curriculum.

Besides giving a thorough grounding in basic sciences and engineering subjects, the curriculum in electronics and communication engineering lays greater emphasis on deep understanding of fundamental principles and state of the art knowledge of electronic devices & circuits, computer architecture & microprocessors, VLSI & embedded systems, electromagnetic field theory, analog and digital communication, digital signal processing, microwave & broadband communications.

Emphasis of B.E. Information Technology curriculum is on computer science, software development, networking, communication, web engineering, security, hardware design and management. Specialized knowledge on the analysis and design of information systems is imparted. Industrial training forms an important component of Information Technology curriculum so as the students are able to meet the challenges faced by today’s industries.

Besides giving a thorough grounding in basic sciences and engineering subjects) the curriculum in Electrical Engineering lays emphasis on deep understanding of electrical and electronics networks and devices electromagnetic field theory, computer fundamentals, control system and instrumentation, electrical energy converters and electrical energy transmission and distribution systems, including their protection and communication and control systems, etc. The Department also offers M.E. Programs in Control and Instrumentation, Power Apparatus and Systems which lay greater emphasis on project and industry oriented research. PhD level research is also carried out in frontal areas of Technology.

In addition to the basic and engineering sciences like Mathematics, Physics, Chemistry, Graphics, Electrotechniques, Thermodynamics, Mechanics of Solids, the program in Mechanical Engineering lays emphasis on the analysis and synthesis involved in the design, manufacture and operation of prime movers, pumps, compressors, machine tools, mass production techniques etc. Some amount of specialisation is possible in the Final Year of the B.E. (Mechanical) in Thermal, Design and Production Engineering.

Besides the basic and engineering sciences, the curriculum in Civil Engineering covers various professional subjects e.g. Structures, foundation, construction, works management and cost transportation engineering, irrigation engineering, hydraulics, environmental engineering & earthquake technology etc.

The curriculum in Biotechnology has an optimal mix of basic and advanced science courses such as Biochemistry, Cell Biology, Immunology, Genetics, and laboratory courses, allied engineering subjects such as mechanical workshop, electronics, electrical engineering. We strongly emphasize on computer course such as Computer in Molecular Biology, Practical Computer Concepts for Bioinformatics, Protein Bioinformatics, Phylogenetics & Comparative Genomics, Gene Identifications, and microarrays and Analysis.

The Program is an excellent blend of polymer science and chemical technology and is of its own kind in the country. A polymer scientist gets the knowledge of polymer testing & quality control, polymer synthesis, polymer characterization, polymer processing, polymer product design, process equipment design, Heat and Mass Transfer, Chemical Reaction Engineering, Industrial waste management, CAD & CAM, Ion-exchange, Biopolymers, Mould and Die Design, Environmental Pollution Control, Industrial waste management etc. Students undergo industrial training and carry out experimental work for major projects.

The Department of Applied Physics is providing a sound science base for all engineering disciplines in their I and II semester. The courses of the II semester are designed to serve the need for a particular branch of engineering. The department has well equipped labs for B.E. students where experiments are designed to broaden experimental skill related to various branches of engineering and technology.

The Department of Applied Mathematics offers courses to undergraduate and post-graduate students of various engineering disciplines. The syllabi have been designed in the areas of Applied Mathematics, Computational Techniques and Statistical testing to impart the sound knowledge of the various mathematical tools used and their applications in the engineering disciplines.

The Department of Humanities imparts instructions to UG and PG students of the various engineering disciplines and caters to their needs in the areas of English and other foreign languages, economics, technical communication, technical report writing, industrial organization and managerial economics.

The Department of Training & Placement is the backbone of any institute. From the very beginning the college lays greater emphasis on in situ industrial training. Practical Training for B.E. Students is an integral part of the curriculum and in-built into the programs of study.