Experience across the system lifecycle.

Developed the substation topology and electrical one-line for a proposed fully islanded data-center power system. The work included ETAP dynamic simulations, BESS capacity sizing, the main grounding scheme, and generator synchronization and control philosophy.

Performed an engineering study to support repeatable substation design for islanded data-center applications. Evaluated topology, redundancy, contingency behavior, operating sequences, maintainability, controls philosophy and CAPEX implications.

Led the electrical scope covering power topology, resiliency strategy, equipment sizing, electrical-yard layout and associated EMS/control concepts. Supported major equipment selection and the overall electrical infrastructure concept.

Led design, programming, testing and commissioning of a microgrid control system. The scope included dispatch, a remote grid-operator interface, automatic and manual islanding, BESS operation, synchronization, load shedding, emergency shutdown and SCADA integration.

Led a technical commissioning team for a large industrial power-control system integrating nine 60 MW generators, voltage control and fast load shedding. The work required coordination across generation and electrical-system controls.

Led phased controls engineering at 30%, 60% and 90% design milestones, including network configurations, cable routing, interface definitions and service specifications for utility-scale solar systems.

Led controls and BESS integration engineering, evaluated vendor proposals, and developed specifications for storage, diesel generation and microgrid controls. The work included control schematics, communications architecture and sequence-of-operations integration.

Led and executed feasibility studies across 21 sites. Evaluated existing conditions, energy production and offset, technical and financial feasibility, and recommendations for future microgrid deployment.