Projects

Research Area

  • Nonlinear controller design and it's applications to power electronics and robotic systems
  • Control strategy for electric/hybrid vehicle system with power electronic converter topologies for effective utilization of renewable energy
  • Design and implementation of fault tolerant control system
  • Adaptive Sliding Mode Control
  • Finite Time Controller Design for Single Machine Infinite Bus (SMIB) System
  • Semi-Autonomous Two Wheeler Mobile Robot.
  • Fault tolerant control scheme for p.w.m. inverter fed induction motor based railway power system.
  • MPPT control of surface permanent magnet synchronous machine based wind energy conversion system using sliding mode control.

Research Project

  • Semi-Autonomous Two Wheeler Mobile Robot
  • Electric Vehicle
  • BLDC MOTOR