Working knowledge of electrical engineering concepts, principles, and practices; Knowledge of industry trends and emerging technologies; Experience with design and construction of commercial, industrial, and utility scale power distribution systems including selecting and specifying conductors, raceway, switch gear, motor control centers, panelboards, circuit breakers, and other common power distribution components; Experience in commercial, health care, advanced manufacturing, data centers, and/or mission critical facilities; Experience with designing electrical and life safety systems based on NFPA 70, NFPA 70E, NFPA 72, and ANSI/EIA/TIA compliant; Familiarity with other engineering disciplines including mechanical and plumbing requirements as well as architecture; Technical writing experience and proficiency; Familiarity with REVIT and knowledge of BIM; Modeling electrical systems with SKM, ETAP, EZ-Power or other IEEE compliant modeling tools; Specifying electrical equipment including transformers, switchboards, panelboards, overcurrent protective devices, conductors, raceway, generators, uninterruptible power supplies, motors, and variable frequency drives; In depth knowledge of lighting and lighting control systems; In depth knowledge of grounding and lightning protection systems. Prepare project documentation including electrical equipment layouts and schedules, site plans, one-line diagrams, grounding diagrams, lighting plans, fire alarm plans, installation details, diagrams and schematics, and construction specifications; Provide construction administration services to contractors; Interact with Authority Having Jurisdiction (AHJ); Specify electrical equipment including transformers, switchboards, panelboards, overcurrent protective devices, conductors, raceway, motors, and variable frequency drives; Modeling and analysis of normal and emergency power distribution systems, the design of life safety systems, with SKM, ETAP, EZ-Power or other IEEE compliant modeling tools.