• As part of Intersect’s Microgrid Engineering team, you’ll apply advanced power system theory, simulation expertise, and real-world engineering judgment to design and validate high-performance microgrid control systems. • You’ll partner closely with controls engineers, electrical design teams, external suppliers, and utility operators to develop fit-for-purpose power system models and validate controller behavior across both normal and contingency conditions. • Your work will help prove what’s possible—supporting microgrids that reliably power gigawatts of critical datacenter load at unprecedented scale. • Build and oversee the development of detailed EMT and dynamic models representing loads, supervisory controls, protection schemes, and generation assets including batteries, wind, PV, reciprocating engines, and turbines. • Identify key system parameters from design documentation, requirements, and field data to ensure models accurately reflect real-world behavior. • Identify and simulate contingency events such as breaker trips, generator failures, and fault conditions to confirm system stability and performance. • Collaborate with adjacent engineering teams to understand system design, control logic, communication latencies, and protection schemes, feeding simulation insights back into design decisions. • Participate in Software-in-the-Loop (SIL) and Hardware-in-the-Loop (HIL) testing, site validation planning, and performance verification. • Support post-event analysis through field data review, model correlation, and model playback to continuously improve system fidelity.