Theoretical Engineering knowledge: Planning, Operations and Engineering Design, Analytics, Modeling & Calculation (e.g. sym. Components, per unit, etc.), Understanding the Business Model
Practical Engineering Experience/Application: Planning, Operations and Engineering Design, Construction, (e.g. field experience, standardization, develop business case and defend in front of stakeholders)
Engineering documentation: Ability to adequately document and interpret engineering documentation, review and approve engineering work done by others
Knowledge of Regulatory and Compliance Environment: Local, State and Federal Regulatory Standards and Requirements (NERC, NPCC, ISO, PUC, etc.)
1. Power System Studies - Knowledge & Interpretation of Study Assumptions and Results: (e.g., Comprehensive Area Studies, Power Flow, DER, Voltage, Contingency, phase imbalance, Power Factor correction, Short Circuit, reliability, resiliency, Capacity, distribution automation, etc.)
2. Software Proficiency - Power System Analytics: (e.g. CYME, PSS/E, SYNERGY, ASPEN, etc.)