Senior Electrical Engineer – Full-Lifecycle Circuit Design

Impact Solutions•Brownsville, WI

2d•$0 - $100,000•Onsite

About The Position

This is a true full-lifecycle engineering role for a multi-faceted hardware innovator. Rather than managing minor tweaks to pre-existing designs, you will take complete ownership of your products from initial blank-sheet concept and schematic capture through multi-layer PCB layout, component selection, lab prototyping, and production release across diverse industrial applications. Operating as a stable, privately held industry leader with steady year-over-year expansion, this firm designs performance-critical electronic systems for demanding global applications. Thanks to a flat, collaborative structure, you will bypass corporate bureaucracy and enjoy direct technical autonomy over your work.

Requirements

4+ years of circuit design and PCB layout experience with a Bachelor’s in Electrical Engineering (BSEE) OR 10+ years of direct, advanced design experience in lieu of a degree.
Power Supply & Analog Fluency: Demonstrated track record selecting components, simulating circuits, and optimizing power topologies or mixed-signal systems.
Documentation Rigor: Ability to read, interpret, and author technical schematics, component specifications, and validation test plans.
ISO & Quality Standards: Familiarity working in quality-driven, ISO-certified environments where traceability and compliance are critical.
Work Authorization: Must be legally authorized to work in the United States without requiring current or future visa sponsorship.
Must be legally authorized to work in the US without present or future sponsorship; local residency within commuting distance of the Greater Milwaukee area

Nice To Haves

Circuit simulation proficiency using tools such as LTspice, PSpice, or Altium.
Exposure to mechanical enclosure integration and 3D CAD platforms (SolidWorks or Inventor).
Basic embedded systems awareness or microcontroller firmware literacy (C/C++).

Responsibilities

Architect Multi-Layer PCBs: Lay out complex multi-layer circuit boards from initial concept development through final production release.
Design Power & Analog Topologies: Develop, test, and optimize robust power supply topologies, analog circuitry, and mixed-signal hardware for high-reliability applications.
Create Complete Technical Packages: Generate detailed electrical schematics, precise technical specifications, component selections, and production-ready Bills of Materials (BOMs).
Lead Lab Diagnostics & Prototyping: Direct hands-on prototype assembly, lab testing, firmware debugging verification, and initial manufacturing line startups.
Ensure Field Reliability: Perform circuit reliability analysis, component derating assessments, thermal evaluations, and generate Engineering Change Notices (ECNs).