Sammed Chandrakant Bhudargade

Defined requirements for paralleled 2300 V SiC MOSFET half bridge modules. Designed symmetric PCB power and gate loops in Altium Designer, reducing current imbalance by 15% at 2000 V / 600 A. Developed gate driver hardware with TI C2000, transceivers, and desaturation protection. Performed parasitic extraction in Ansys Q3D, built LTspice and PLECS models, executed DPTs, and analyzed waveforms in Python and MATLAB for EMC compliant PCB and BOM support for high voltage STATCOM prototype hardware and reviews

Supported development of a STATCOM MMC project for reactive power compensation up to 36 kV and ±100 MVar. Validated MMC control algorithms in MATLAB/Simulink, including capacitor voltage balancing, circulating current suppression, and grid forming and grid following strategies. Conducted harmonic and small signal stability analysis under varying grid conditions to support IEC 61000 compliance. Simulated fault scenarios, derived protection parameters, and contributed to reports and design reviews for teams.

Validated control algorithms and PWM modulation for MMC STATCOM in MATLAB Simulink and real time OPAL RT HiL. Simulated faults including short circuits, DC link imbalance, and open switch cases to evaluate protection response and optimize parameters for qualification. Performed FFT harmonic tests to reduce low order current THD and meet grid code limits. Optimized test benches by integrating OPAL RT targets and controllers for reliable measurement of converter prototypes.

Developed a fault emulator for a DC DC power converter module in a PV system to enable systematic fault scenario simulation. Estimated remaining useful life of power electronic components in MATLAB Simulink to support reliability assessment and predictive analysis. Conducted parameter studies and laboratory tests on power electronics converters, evaluated results against technical specifications, and contributed to experimental validation and report preparation.

Assisted in review of technical specifications for the main components of Power converter module for HVDC1000 MW, ±320 kV VSC-based transmission system. Supported the design, delivery of high voltage DC substations by applying engineering principles to ensure compliance with industry standards. Developed comprehensive Scope of Work, technical specifications, BOQs, and drawings for both HVDC converter substation and AC substation equipment in line with project requirements and IEC standards

Coursework: Power Electronics, Switched-Mode Power Supply, High Voltage Technology, Power System Operation & Protection, Power System Planning, Renewable Energy Integration, Automotive Powertrain, Smart Grid, Model-Based Design, HiL/PiL Systems, Real-Time Control Systems