Research into power systems stability, power system state estimation, load forecasting models, contingency analysis, fault analysis, load optimization techniques, FACT (Flexible AC Transmission), HVDC problems, robotic control and guidance systems, etc.

Development of stand-alone software modules (related to simulation, analysis and modeling of Analog and Digital Electrical Systems) in C++ on Linux platform using GTK+ based GUIs. We also focus on developing add-on modules for MatLAB, Mathematica, etc. Another area of study is the application of advanced computing algorithms like fuzzy sets, neural nets, genetic algorithms, etc., to ESAMS problems.

Developing Microprocessor and Microcontroller based solutions in hardware. Developing PC based systems for specialized applications related to control systems, robotic systems, etc.

Development of training programs on the use of various tools like MatLAB, MathCAD, Mathematica, LabView, etc., with particular focus on modeling and simulation of Electrical Systems. Develop and offer high-end specialized training courses on topics like Switchgear Protection, Power System Design, Microprocessor based Control Systems, etc.