Power electronics is redefining how the world moves, powers, & connects. I make it practical & scalable I operate at the intersection of power electronics, energy transition, & product innovation. At IP, I advance wide-bandgap conversion technologies for cleaner, efficient systems. As an advisor, I bridge R&D with deployment in AI data centers, grid decarbonization, storage, & mobility Over 20+ years, I have designed & scaled systems across EV powertrains, renewables, industrial automation, & grid-tied/off-grid platforms. My expertise spans system architecture, digital controls, manufacturability, EMI/EMC mitigation, & compliance, with fluency in bidirectional topologies such as CLLC & Dual Active Bridge (DAB), now central to AI data centers, storage, & next-gen mobility Expertise Power Conversion, Motor Control: High-voltage AC-DC/DC-DC, resonant topologies (LLC/CLLC, DAB), interleaved PFC, multi-level inverters, bidirectional platforms >96% efficiency EV Powertrain, Charging: 22 kW onboard chargers, 6.6 kW bidirectional converters, compact traction inverters, ISO 15118 & SAE J1772 compliant Wide-Bandgap (SiC/GaN): High-frequency, high-efficiency designs for EV fast charging, renewables, & industrial systems Energy Storage, Smart Grid: Advanced BMS, hybrid solar-grid inverters, predictive management, UPS & PFC for mission-critical reliability Embedded Systems, Digital Control: DSPs (TI C2000, STM32), FPGA PWM, adaptive PID, AI/ML predictive tuning Thermal, Compliance: Liquid cooling, phase-change, EMI/EMC optimization; ISO 26262, ISO 15118, IEEE 1547, IEEE 519, CISPR, IEC System Integration: From concept to prototypes optimized for cost, reliability, & scalability Projects EV Charging: 22 kW onboard charger & 6.6 kW bidirectional DC-DC (GaN) → >96% efficiency with compact, scalable design Traction Inverters: PMSM platforms with advanced FOC & SVM → improved torque response & drive-cycle efficiency Renewables: SiC multi-level inverters meeting IEEE/IEC st&ards; MPPT motor drives boosting solar ROI by 30%; off-grid hybrid inverters with AI-driven charge management AI & Storage: Guided CLLC vs. DAB trade-offs for battery & rack-level converters → scalable, compliant solutions for hyperscale workloads Power Quality: Analyzers, shunt active filters & zero-transfer UPS meeting Tier IV reliability I don’t just design converters but systems enabling clean energy, AI workloads, & next-gen mobility. I make complex challenges manageable, ensuring clarity, for speed from concept to market. Working together means moving forward with confidence & momentum