![]() Associate Professor & HOD Research Area: 1.Electrical machines nad Power Electronics
Experince: 20 years
2.Control and optimization of electrical drives 3. Hybrid renewable power generation 4. Power quality assessment 5. Rural electrification 6. Energy conversion. |
![]() Professor Research Area: Photoplethysmography,
Experince: 24 years
Bioprocess Control, Data Acquisition System Instrumentation, Measurement Web Technology (PHP, MySql, Bootstrap) |
![]() Associate Professor Research Area: Power System and High Voltage
Experince: 23 years
|
![]() Associate Professor Research Area: Data acquisition and advanced signal processing technique in power system & high voltage Engineering and Partial discharge diagnostics.
Experince: 22 years
|
![]() Assistant Professor Research Area: PV integration in Grid, Solar PV, Energy, IOT, Smart Energy
Experince: 25 years
|
![]() Assistant Professor Research Area: 1. Power System
Experince: 11 years
2. Machine Learning |
![]() Assistant Professor Research Area: Nonlinear Control, Adaptive Control, Advanced Control, Soft Computing, Expert System
Experince: 17 years
|
![]() Assistant Professor Research Area: Modeling ,analysis and implementation of soft switched dc–dc converters and their control.
Experince: 13 years
|
![]() Assistant Professor Research Area: Power Quality, Hybrid Static Power Converters, Microgrid, Applications of Drives.
Experince: 6 years
|
![]() Assistant Professor Research Area: Electrical power System Protection,Illumination Engineering, Electric Railway Traction
Experince: 3 years
|
![]() Assistant Professor Research Area: 1. CONDITION MONITORING OF HIGH VOLTAGE INSULATION.
Experince: 3 years
2. DIAGNOSIS OF NANO-COMPOSITE INSULATION |
![]() Assistant Professor Research Area: Modelling and Analysis of Photovoltaic System, other Renewable Energy Sources
Experince: 18 years
|
![]() Assistant Professor Research Area: Control System
Experince: 11 years
|
![]() Assistant Professor Research Area: 1. Fault analysis in Microgrid
Experince: 10 years
2. Microgrid Control 3. Automatic Generation Control |