B.E. Computer Science is a 4 year undergraduate Engineering course deals with the construction, design, maintenance, operation of computer software and hardware. This course introduces the software and hardware aspects of both computer applications and computer design. The course explores the interaction between modern computer science and related technologies that have evolved design principles of engineering and mathematical into the developmental of modern computing systems.

B.E. Mechanical Engineering is a 4 year undergraduate Engineering course, deals with the study of mechanics, kinetics, statistics, material science, thermodynamics, and structural dynamics used in development, designing, production, construction, operation, installation, and maintenance of machines, tools, and various other mechanical equipment. B.E. Mechanical Engineering course introduces fundamental concepts of machine design system and machine operation. In this course, candidates learn the physical properties of motion, force, stress, and principles of equilibrium, elasticity, compatibility and the behavior of machines.

B.E. Electrical and Communication Engineering (ECE) is a 4 year undergraduate degree program , deals with the investigation and study of design, installation, manufacture, and operation of electronic tools a, d equipment, telecommunication systems, systems and machinery, radio, computers, and TVs used in the computer industry, hospitals, entertainment media, defence forces and in numerous other areas. The program provides a sound establishment for people wishing to seek a career in Electronics & Communication engineering, control systems, communications, sensor systems and robotics through an assorted scope of practical experience and theoretical skills, exhibited with regards to real applications and design expertise and experience.

B.E.  Electronics and Telecommunications or Telecom Engineering is a 4 year undergraduate engineering course, deals with core areas such as analog & digital transmission, video, voice and data reception, electronics, micro-processors, satellite communication and analog integrated circuits. Subjects studied under this degree are digital systems, digital Signal processing, Fuzzy logic and neural networks, VHDL and VLSI, digital communication, embedded system, Microprocessors & micro controllers and microwaves.

M.Tech Computer Science & Engineering is a 2 year postgraduate degree course gives the student in-depth knowledge and skills required in the computer science field. The course covers areas such as safe and secure systems, system integration, distributed and embedded systems, networks, software engineering, algorithms and logic, system on chip and digital systems. Pursuing M.Tech in Computer Science gives students an edge and prepares them for the industry.

M.Tech Digital Electronics & Communication Systems is a 2 year postgraduate course, designed to offer specialization in digital communication techniques used in the present scenario & the hardware languages used in design and implementation, while at the same time building competence in a particular area of technology. The program aims to build in students competent business acumen through advanced study of general subjects such as Advanced Digital Communication, Modern DSP, Advanced Embedded System, Antenna Theory and Design, Digital Electronics, Error control and coding, Advanced Computer Architecture, later allowing them to specialize in a chosen area. One of the principle objectives of the course is to train students with good scientific and engineering breadth, including proficiency in software language and use of latest software tools so as to comprehend, analyze, design and create novel products and solutions for the real life problems, as also for pursuing advanced research in the discipline.​

M.Tech in Machine Design is a 2- year post graduate program covering the essential concepts and processes involved in the design and manufacture of machines and machine- related items. The program is an offshoot of Mechanical Engineering, focussing on machine design using analytical, numerical and experimental approaches The course essentially focuses on areas like Theory of Elasticity and Plasticity, Theory of Plates and Shells, Advanced Vibrations, Finite Element Analysis, Kinematics Design, Tribology and Bearing Design, Fracture Mechanics, Experimental Stress Analysis, etc. enrolled students have the opportunity to work in the areas of design and analysis in association with faculty members on on-going research projects.