Areas of Current Interest
Robotics Control, Robust and adaptive control, intelligent control, Optimization
Control ( Adaptive and Robust), Instrumentation, Biomedical signal Processing
Reliability and System Engineering, Fault Tolerant Systems, Reliability Importasnce Analysis.
Areas of Current Interest, Research Activities, and Future Plans of Academic and Research activities
Areas of Specialization and current Interest:
Power Systems, Power Systems Restructuring, Distributed Generation and Renewable Energy Systems, Renewable energy integration issues in deregulated power systems, Micro Grid and Smart Grid, Demand Side Management, energy management, and Ancillary Services
Power Electronics, Facts, Power System Stability and Dynamics , Micro-grid
(Analog, Digital, Power) electronics, Embedded systems and application, Power system, Biomedical Engineering and Power Electronics.
Robust Control of Time Delay Systems, Networked Control Systems, Coop Control in Multi Agent Sys, Machine learning applications
Control System, Intelligent Controllers, Microgrid and Renewable Energy Systems, Automatic Generation Control, Soft Computing Techniques and Applications.
Power Electronics and Drivers, Power Quality, Custom Power Devices, Renewable Energy Sources
Current areas of interest :
Reliability & System engg., Circuit analysis, Electromagnetic theory, Operational research and Control devices
Research activites : Guiding UG & PG Prrojects & dissertations
Future plan of Academic & research Activites:
To be a good teacher will be my first priority. I will be using the latest & advanced technologies for good academic & research activites. I will always try to improve myself to achieve the targets which will help me in better teaching. To publish more research papers & to give better guidance to UGPG students for their studies & research purposes. To give proper counseling to the students.
Current Areas of Interest – Reliability, Measurement and Instrumentation, Digital Electronics, Network Analysis and Synthesis and Control Systems
Signal processing applications in control and renewable systems, wavelets in control systems, computational techniques
Areas of Current Interest, Research Activities, and Future Plans of Academic and Research Activities
Power System Restructuring, Power System Optimization and Economics, Smart Grid, Demand Response, Renewable energy integration, FACTS and High Voltage Engineering
Renewable Energy Power Systems Artificial Intelligence Machines
Intelligent Control of Nonlinear Systems, Robust and Adaptive Control, Control of Renewable Energy Systems, Control of Hybrid Electric Vehicles Profile on Google Scholar: https://scholar.google.co.in/citations?user=RZ3R_S4AAAAJ&hl=en
Power System, Renewable Energy Source allocation with D-FACTS in distribution system, Distributed Generation / D-FACTS application in distribution system, Application of Power Electronics in Power Systems and High Voltage Engineering
Control Applications to Marine Robotic Vehicles, Industrial Automation, Process Control, Instrumentation, Model Predictive Control
Power Quality, renewable energy and electric vehicle
Artifical Intelligence Application in Power Systems, Smart Grid, Substation Design especially, Earthing and Bonding based on IEEE-80 2000 (with ETAP), Direct Stroke Lightning Protection using IEEE 998 and Insulation coordination. Transmission Line Design and Planning, Power Quality
Smart Grid, Microgrid, Demand side energy management, Renewable energy system, Energy, distribution system, Power System Stability and FACTS
Power electronics converters topology and control, Renewable energy systems, Electrical Machines, Power electronics applications in Power systems, Distributed energy systems, Microgrid Electric Vehicles
Power Electronics and Drives, Electrical Machines and Renewable Energy
Power Quality issues in DC and AC Microgrid with Renewable Energy Sources.
Photovoltaic systems, Power electronic converter circuits, Control systems, and Energy storage devices for EV technology
Control Systems, Model Order Reduction; Robotics, Optimal and Sub-Optimal Control Systems; Tuning and Design of Conventional and Intelligent Controllers
My main research interests are in the field of power system stability and control of the new grid specifically in the following areas :
1. Power system dynamics and control with integrated renewable energy resources and storage. 2. Power system transient stability analysis/ modelling based on energy function and structure preserving based method. 3. The integrated modelling of power system for Transient stability and small signal stability analysis based on Model order Reduction (MOR). 4. Real time frequency based reduced order modelling of large power grid. 5. Application of machine learning algorithm in Power Systems dynamics and control studies. 6. Hybrid Power system inertia estimation and control. 7. Bus inertia estimation to enhance the grid dynamic flexibility of hybrid power systems.
Power Electronics Converters, Power Quality, Electrical Machines and Drives, Renewable Energy Systems, Electric Vehicles.
Control systems, Digital Electronics, Artificial neural networks, Soft computing, Instrumentation, Circuit Analysis