Specializing in advanced electrical and power electronic systems development for renewable energy and high reliability markets.

Core expertise:
– Power electronic topologies and circuits.
– Control system design and implementation.
– System architecture development.
– Machine learning algorithms with recurrent neural networks.
– System modeling and simulation.
– Technical due diligence and design review.
– Failure mode effects analysis.
– Failure analysis and corrective actions.
– PLC implementation of control, monitoring, and protection algorithms.
– Technical proposals for government and industry funding.

Application experience:
– High power DC chargers for electric vehicles.
– Ocean wave energy conversion systems.
– Vehicle to Grid and Vehicle to Everything readiness.
– Inverters for large scale solar PV power plants.
– Sensor less control schemes for permanent magnet and induction generators.
– Advanced RF pulsing techniques in plasma generators for semiconductor processing.
– Electromagnetic pulse impact on naval towed array system.
– Design readiness reviews for venture-capital & industrial clients: vehicle on-board charging, battery storage-based load profiling system, microturbine based CHP system, & industrial controllers.
– Failure analysis & corrective action tasks on inverter-induced turbine failure.
– Inverters, converters, and uninterruptible & no-break power supplies for naval shipboard applications

Hands-on tools experience:
– MATLAB/Simulink, MathCad (analysis, system modeling & simulation)
– PSim & PLECS (power electronic simulation)
– TwinCAT 3 (Beckhoff programmable logic controller)
– Tatsoft Factory Studio (human-machine interface)
– Python & Tensorflow (machine learning)

Education:
– M.Sc.E & Ph.D in electrical engineering, University of New Brunswick, Canada
– B.E in electrical engineering, Indian Institute of Science, India
– B.Sc in mathematics, physics & mathematical statistics, University of Madras, India