Directed team of managers and consultants, initiating activities focused on the intersection of power systems, power electronics, control systems, and protection.Provided technical advisory services in support of first-of consulting activities. Strategically planned to advance capabilities in support of forward-looking industry needs. Guided activities to drive operational excellence.

Managed team of consulting engineers with focus on reliable grid integration of power electronic technologies, including business planning, contract negotiation, and business development.Owner’s engineering and technical due diligence for offshore wind integration, as well as inverter vendor qualification support and design philosophy guidance of inverter-based resource facilities. Development engineering of solar, storage, and hybrid facilities, including inverter and main equipment selection, electrical design, simulation model development, and interconnection procedure support.Converter interaction evaluation, frequency- and time-domain modeling, small-signal and large-signal control stability, weak grid performance, multi-frequency stability investigation and mitigation, custom control development, power quality, as well as influence of converters on system protection performance.

Led cross-functional engineering team and corresponding business development efforts, power electronic technology innovation, and consulting services. Primary areas include FACTS (Flexible AC Transmission Systems), HVDC (High Voltage DC), onshore/offshore wind generation, renewable generation testing and performance benchmarking, and BESS (Battery Energy Storage Systems).Provided technical leadership among utility, developer, Independent System Operator (ISO), reliability coordinator, Owner’s Engineer, and Original Equipment Manufacturer (OEM) for small and large T&D infrastructure projects.

Conducted electromagnetic transient (EMT) analysis for transmission and distribution to evaluate designed equipment capabilities, surges, protection schemes, performance of power electronic devices, potential for interaction with nearby devices, and capture phenomena not observed in routine interconnection studies (EMT vs. phasor-domain analysis).Conducted short-circuit, load flow, and dynamic stability analysis for system impact, transmission line sizing, generation interconnection/retirement, onshore/offshore renewable plant feasibility/design and integration of energy storage.

Rotational program with system studies and turnkey substation project experience. Worked in Japan with Mitsubishi Electric Corporation, focused on design, control, performance, and application of Static VAR Compensator (SVC), Modular Multi-Level Converter (MMC) based Static Synchronous Compensator (STATCOM), and Voltage-Sourced Converter (VSC) based HVDC technologies.