Curriculum for these programs deals with embedded systems, communication systems and signal processing for the ECE program whereas power system engineering, power electronics, embedded systems, Energy Management Systems constitutes the EEE program. Subsequent to these foundation courses during the lower semesters, the higher semesters deal with advanced courses that include VLSI design, Advanced digital communication systems, Control Engineering, Real Time Operating Systems and others. Specific technology areas like 5G/6G cellular communications, parallel processing, distributed computing. Electric and Hybrid Electric Vehicles.

Non-conventional energy sources are taught through several elective courses which the students can opt for depending on their interest during the later semesters. Students are also allowed to opt for interdisciplinary courses like Al ML, DL, Cloud Computing programming languages and others so that they are either in a position to apply advanced techniques to the domains of interest or pursue alle career paths in multidisciplinary domains