Assess applied competence in designing and optimizing a resilient urban microgrid that integrates renewable generation, energy storage, demand response, and economic dispatch: require formulation of scenario-based optimization (stochastic/robust/multi-objective), DER and storage sizing/placement, control and islanding strategies, demand-response schemes, and detection/mitigation of cyber threats; evaluate outcomes under extreme-weather and cyber scenarios using metrics (cost, reliability, emissions, recovery time) and justify trade-offs.