• Design hardware and software-based electrical protection schemes for microgrid generation assets including batteries, wind, PV, reciprocating engines, and turbines across grid-connected, islanded, abnormal, and contingency operating modes • Perform or oversee protection coordination studies and develop relay settings that ensure selectivity, reliability, and system safety • Partner with electrical design, power systems, and controls teams to understand system behavior, communication limitations, and control responses that influence protection design • Ensure protection interactions are well understood, properly coordinated, and integrated with supervisory controls and SCADA systems • Review supplier documentation for transformers, switchgear, BESS, wind turbines, PV, reciprocating engines, and turbines to understand damage thresholds, risks, and operating limits • Define appropriate protection functions, logic, and setpoints based on equipment characteristics and system requirements • Develop clear documentation and configuration packages including relay settings, logic diagrams, and interface specifications with version control and traceability • Support site testing and commissioning activities, including end-to-end functional testing and relay verification using test equipment • Assist with post-event root-cause analysis by reviewing relay oscillography and event logs to improve system safety and reliability