Sr. Electrical Engineer, PE (Medium Voltage)

Job Description Support capital projects and implement solutions for our clients. Design medium voltage power distribution systems in compliance with local municipal and public utility building codes. Design protective relay logic schemes and settings. Design DC power for MV support control and annunciation systems. Design medium voltage equipment layouts, including substation yards, medium voltage electrical rooms and outdoor equipment location. Create grounding designs and perform site analysis. Design lighting for outdoor and interior spaces. Develop arc flash hazard assessment models to define hazard boundaries, short‑circuit ratings, and overcurrent protection coordination. Perform duct bank modeling and cable ampacity analysis. Create wiring and elemental drawing for power distribution control and annunciation circuits. Perform generator studies and sizing, including controls and loading analysis. Coordinate with civil and site designers for underground and overhead distribution equipment design. Create 3‑line drawings for power distribution systems. Perform load calculations and cable selections based upon application and design standards. Observe, assess, and document site installation systems and testing activities to ensure compliance with specifications, codes, and customer requirements. Write progress reports and present them to project managers and clients. Collaborate with architects, engineers, and contractors on new construction and renovation projects. Review electrical design specifications and drawings. Design low voltage electrical distribution systems, switchboards, motor control centers (MCCs), generators, transformers, and universal power supply (UPSs). Review construction cost estimates and budgets. Work on multiple projects simultaneously. Qualifications Experience in medium voltage power design, load flow analysis, and electrical engineering drawings in a manufacturing environment. Familiarity with Rural Utility Standards (RUS), IEEE Standards, and the National Electrical Safety Code (NESC). Proficiency in AutoCAD, PowerTools, SKM, ETAP, and EasyPower software systems. Revit software experience (preferred). Excellent communication skills, including effective coordination with engineers, architects, managers, clients, and contractors. Experience working on multidisciplinary large capital projects (preferred). Familiarity with facilities document control systems (preferred). Experience reviewing and updating electrical system models (preferred). Familiarity with construction processes and documents. Proficiency with written and verbal technical communication, including generating reports and conducting group presentations. Willingness to travel for project requirements, including installation and start‑up activities, client and company sponsored meetings, trainings, industry‑related seminars, forums, and conventions. Bachelor of science in electrical engineering from an ABET accredited university. Professional engineer (PE) license. Professional Development and Culture We provide professional development resources and mentorships, including our First Year Experience program, Individual Development Plans, and Career Path resources and tools. You will be supported as both a world‑class engineer and a highly effective leader. Equal Opportunity Statement Barry‑Wehmiller is an equal opportunity employer. M/F/D/V. This organization uses E‑Verify. Applicants may be subject to pre‑employment screening, including drug screening, reference checks, employment verifications, background screening, and/or skills assessments. #J-18808-Ljbffr Barry-Wehmiller Companies Inc.