Electrical Engineer

Position Summary The Electrical Engineer – Control Panel Design (Mid-Level) is responsible for the design, development, documentation, and technical support of industrial electrical control panels used in automated systems. This role emphasizes independent panel design execution, adherence to electrical codes and standards, and collaboration across engineering, manufacturing, and project teams. Experience with wastewater treatment equipment control panels and hazardous-location panel design under UL 508A with UL 698A being highly beneficial. Key Responsibilities Control Panel Design & Engineering Design industrial electrical control panels, including PLC panels, VFD panels, MCC sections, instrumentation panels, and operator interface panels. Independently develop complete electrical design packages, including: One-line diagrams Schematic and wiring diagrams Panel layouts and general arrangements Bills of materials (BOMs) Cable schedules and I/O lists Select, size, and specify electrical components such as breakers, contactors, overloads, power supplies, PLC hardware, VFDs, relays, and terminal blocks. Perform electrical calculations including load sizing, short-circuit current, arc energy considerations, and thermal dissipation. Codes, Standards & Compliance Ensure all designs comply with applicable electrical and safety standards, including: NEC / NFPA 70 UL 508A (Industrial Control Panels) UL 698A (Industrial Control Panels Relating to Hazardous Locations) IEC standards where applicable Customer, municipal, and project-specific specifications Design control panels for hazardous or classified locations using purged and pressurized enclosures per UL 698A requirements. Support UL-listed panel shop practices, including labeling, component traceability, and documentation. Participate in internal design reviews to ensure safety, manufacturability, and regulatory compliance. Wastewater & Industrial Applications (Preferred) Design and support control panels for wastewater and water treatment equipment, including: Pump stations and lift stations Blowers, aeration systems, and mixers Screening, clarification, and sludge handling systems Chemical feed, monitoring, and dosing systems Apply instrumentation common to wastewater systems (level, flow, pressure, pH, conductivity, turbidity, gas detection). Interpret and implement municipal standards and wastewater authority specifications. Cross-Functional Collaboration Work closely with PLC programmers, mechanical engineers, project managers, and manufacturing teams to ensure coordinated designs. Provide technical guidance to panel fabrication, wiring, and testing teams during build and FAT activities. Support troubleshooting and resolution of electrical issues during manufacturing, commissioning, and startup. Project & Documentation Support Maintain accurate and well-organized engineering documentation throughout the project lifecycle. Provide engineering input to cost estimates, schedules, and technical proposals. Support commissioning and field service efforts as needed, including on-site troubleshooting. Required Qualifications Bachelor’s degree in Electrical Engineering or a related discipline. 3–7 years of experience in industrial electrical control panel design. Proficiency with electrical CAD tools such as AutoCAD Electrical, EPLAN, or equivalent. Strong working knowledge of NEC, UL 508A, and industrial control system design practices. Experience designing panels with PLCs, VFDs, motor starters, and industrial instrumentation. Ability to interpret electrical, mechanical, and P&ID drawings. Preferred Qualifications Experience with UL 698A hazardous-location or purged/pressurized control panel design. Experience with wastewater or water treatment control systems. Familiarity with municipal, utility, and environmental compliance requirements. Experience in a UL-listed panel shop environment. Exposure to PLC platforms such as Allen-Bradley, Siemens, Schneider Electric, or similar. EIT or PE licensure is a plus. Key Skills & Competencies Ability to work independently while recognizing when escalation or peer review is required. Strong attention to detail and code compliance. Effective problem-solving and troubleshooting skills. Ability to manage multiple projects and priorities simultaneously. Clear written and verbal communication with internal teams and external stakeholders. Work Environment Primarily office-based with periodic time spent in manufacturing facilities, job sites, or wastewater treatment plants. Occasional travel for FATs, customer meetings, or commissioning support.