Electrical Engineer - Power

Electrical Engineer - Power - Own the backbone of critical water infrastructure Design the power behind safe, reliable water You’ll take the lead on detailed power system design for complex water and wastewater treatment facilities – the infrastructure that keeps communities running and protects public health. This is not routine building power. This is high-impact work where your calculations, layouts, and specs directly influence reliability, safety, and resilience. You’ll be the go-to electrical power engineer, working with minimal supervision from senior leadership and collaborating closely with clients and multi-discipline teams. If you’re an experienced Electrical Engineer who lives in NEC, NESC, and NFPA 820 and wants your work to matter, we want to talk to you. What You'll Work On You’ll be hands-on with the power systems that keep water and wastewater treatment facilities online and safe: Electrical power systems for water treatment facilities Electrical power systems for wastewater treatment facilities Load and short-circuit studies Power quality, harmonics, and power factor analysis Conduit routing and raceway systems Technical specifications for power systems and equipment You’ll lean on standards and references every day: NEC, NFPA 820, NESC, and the IEEE color book series. Your core challenge: design robust, code-compliant power systems that work flawlessly in some of the most demanding public infrastructure environments. What You'll Be Doing Perform detailed electrical power systems design for water and wastewater treatment facilities with minimal supervision from a Senior Electrical Engineer Execute load calculations to properly size equipment and feeders Develop detailed conduit routing and raceway plans Design motor control centers and associated control schemes Design low- and medium-voltage switchgear configurations Prepare and generate technical specifications for electrical equipment and systems Analyze available short circuit current for equipment duty and protection Calculate voltage drop and recommend design adjustments Evaluate harmonic distortion and power factor for system performance Apply NEC, NFPA 820, and NESC requirements to all aspects of design Use IEEE color book series guidance in power system planning and design Conduct field investigative work and support system start-up activities Communicate clearly with internal teams and external clients Represent the firm positively in client interactions What We're Looking For 6 to 12 years of experience working in Electrical Engineering Bachelor’s degree in Electrical Engineering Current Professional Engineer (PE) registration Familiarity with power system applications including short circuit, voltage drop, harmonic distortion, and power factor calculations Field investigative and start-up experience Strong understanding of NEC, NFPA 820, and NESC Familiarity with the IEEE color book series Proficiency with MS Word and Excel Excellent written and verbal communication skills Highly motivated, articulate, self-starting, and able to interact positively with clients The Experience That Will Really Get Our Attention You’re the person the team calls when a power system problem looks ugly – because you understand both the calculations and the realities in the field. You’ve been on site, dug into as-built conditions, supported commissioning, and you know how treatment plant environments change the game for electrical design. You’re comfortable leading your own work with limited supervision, translating code and IEEE guidance into practical designs, and explaining your decisions to both engineers and non-technical stakeholders. Why This Opportunity? You’ll work on essential water and wastewater infrastructure projects where electrical reliability isn’t a nice-to-have – it’s mission critical. You’ll have real autonomy in your designs, operating with minimal oversight from senior staff while still having access to seasoned experts when you need them. This role lets you bring together calculations, codes, fieldwork, and client interaction – a full-spectrum electrical power engineering position in a niche that truly matters. Electrical Engineer, Electrical Engineer Power, Power Systems Engineer, Water Wastewater Electrical Engineer, Treatment Plant Electrical Engineer, Electrical PE, Professional Engineer Electrical, NEC, NFPA 820, NESC, IEEE color book, power system analysis, short circuit calculations, voltage drop, harmonic distortion, power factor, MCC design, motor control center, switchgear design, field investigation, start-up, commissioning, MS Word, MS Excel, water treatment facilities, wastewater treatment facilities, electrical design engineer #J-18808-Ljbffr Liberty Personnel Services, Inc.