The degree program is designed to meet the huge unsatisfied demand for sustainable Civil Engineers with special emphasis on basic civil engineering theory and practical training. The curriculum is designed to provide undergraduates with a solid foundation on fundamental principles of basic sciences including Mathematics, Management Sciences, Engineering Mechanics, Strength of Materials, Theory of Structures, Survey, Architecture, Computer Sciences, Fluid Mechanics, Hydraulics, Soil Mechanics, Concrete Technology, Transportation Engineering, Public Health Engineering and then use this knowledge to solve practical Civil Engineering problems.

The programme is essentially built on the fundamental electrical engineering principles with special emphasis on electronics, electromagnetic theory, microwave, fiber optics, digital design and computer networking and diagnostics. Particular attention is paid to the overgrowing field of telecommunication, especially line of sight systems, switching principles and communication planning. The curriculum is designed to provide students with a solid foundation on fundamental principles and then transfer this knowledge to practical design projects and manufacturing process.

The programme is based on fundamental principles and practical applications of electrical engineering. Emphasis is on circuits and systems, electronics, electromagnetic, antennas, transmission lines, microwave, control systems, computer networking, communication system, signal processing, microprocessors and computer systems. The syllabus also covers aspects of mathematics, physics, chemistry, mechanics, engineering drawing, workshop practice, essential mechanical engineering subjects and set of courses in economics and management. The course culminates into a final semester project that reflects the skills acquired by the students during their Bachelors study.

The programme is built on strong fundamentals enabling graduates to meet the challenges of contemporary engineering fields of electronics, with engineering foundation. The curriculum lays strong stress on laboratory-based practicals to consolidate theoretical knowledge. The courses of basic sciences, humanities, electronics, electrical signals and systems, control engineering, digital signal processing, communication and microwave engineering form important pillars of this programme.

Mechatronics refers to a flexible, multi-technological approach for the integration of mechanical engineering, computer engineering, electronics and information sciences. Mechatronics is essential in the design of intelligent products. The mechatronics programme involves research and coursework that will push the frontier of technology in intelligent product design and development.

The course is designed to inculcate a comprehensive understanding of fundamentals of design and analysis of structural mechanics, thermodynamics, fluid mechanics and properties of materials. The undergraduate programme attempts to provide students with the broad intellectual tools and skills, which are essential for professional practice as well as for continuing further studies in all engineering specialties. The programme emphasizes a sound understanding of the fundamental principles and the behaviour of engineering systems. The course is a unique blend of engineering system that brings an integration of engineering sciences with laboratory, design projects and manufacturing processes.

The programme is based on sound theoretical knowledge and thorough practical training supported by field projects and industrial interaction. The syllabus includes subjects like basic sciences, humanities, fluid mechanics, hydraulics, survey, computer science, microbiology, electrical technology, water & wastewater treatment and numerical analysis, etc.

Chemical Engineering is process engineering. Its primary theme resides in the designing of industrial processes which revolve around rigorous application of thermodynamics, kinetics and transport phenomena at its core. The undergraduate programme is heavily doped with mathematics, computer applications, process diagnostics and instrumentation to facilitate plant design and unit operations. Fertilizer, petroleum, mining, pharmaceutical, syn fuels, polymers, ceramics and composites, defence and aerospace are the lead chemical industries. The programme is designed to produce robust and well-rounded engineers who will benchmark against world -class competitors.

Materials Engineering is arguably the most important engineering discipline today. Starting from the study of structure, composition and properties of materials it covers the manufacturing and processes details. There is also a very strong interdependence between Materials Engineering, Surface Engineering and Industrial Engineering. The Materials Engineering programme includes extensive training & education about engineering materials as well as two majors to be undertaken in the third and fourth year, namely Surface Engineering & Industrial Engineering.

The Aerospace Engineering programme is administered under four sub-divisions: Aerodynamics, Structures, Propulsion and Mechanics. The coursework is integrated in such a way that students are able to work on the design of an aircraft towards the end of this degree programme. Students are also taught many subjects related to industrial engineering during their stay in the department.

Avionics Engineering programme is designed with an objective to instill in students the knowledge and perspective appropriate both for a professional career and pursuit of advanced degrees in the fields that rely on fundamental principles of electrical engineering. Such principles and practices include rigorous quantitative reasoning and robust engineering design.

Subjects offered in Avionics Engineering curriculum are divided in six different groups namely Circuits & Power Electronics, EM, Microwave & Antenna, Communications, Digital & Embedded Systems, Guidance, Navigation & Control and Radar & Avionics Systems.