A collection of work across power electronics, electric mobility, semiconductor design, control, renewable-energy systems and computational modelling.
Each project represents a different layer of electrical engineering — from integrated power converters and analog circuits to EV emissions, microgrids and renewable-energy systems.
Run selected engineering models and simulations through the dedicated demos lab.
Designed and implemented a current-programmed buck converter IC in 180 nm SCL CMOS technology, including the supporting analog and digital building blocks required for power conversion.
Developing an India-specific Life Cycle Assessment model to quantify vehicle CO₂ emissions across manufacturing, operation and end-of-life stages, incorporating national energy-mix data and vehicle characteristics.
Studying parity–time symmetric electronic systems using coupled gain–loss circuits, circuit-level models and mathematical representations of system dynamics.
Developed an adaptive directional overcurrent relay coordination model for an IEEE 34-bus AC microgrid using the interior-point method and recorded fault datasets across operating conditions.
Developed a Simulink-based solar PV and grid-integrated energy system using a Fuzzy Logic-based Fractional Power Point Tracking approach, together with a closed-loop battery charging system.
Designed and hardware-validated a complementary boost converter with analog PWM control, Arduino-based supervision and dedicated gate driving.
Designed a Fuzzy Logic-based maximum power point tracking controller for a photovoltaic system using PV voltage and current information to generate the duty cycle of a DC–DC boost converter.
Developed a MATLAB-based specification-driven design automation flow for a two-stage CMOS operational amplifier in TSMC 0.18 μm technology.
More detailed project pages can be added with circuit diagrams, simulation plots, hardware photographs, technical reports, source code and interactive demonstrations.
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