Lead Electrical Engineer

Lead Electrical Engineer - Next-Generation Hardware

Are you a seasoned technical leader ready to drive the development of groundbreaking hardware solutions? We are seeking a Lead Electrical Engineer with deep expertise in embedded hardware design, strong analytical skills, and a history of leading successful cross‑functional teams in an Agile environment. You will be a key contributor, responsible for planning, executing, and delivering complex electrical engineering assignments in collaboration with our core and extended teams.

This is an onsite role in our Murray, UT office.

• System Design & Definition:
  Conceptualize and define complete electrical systems for advanced scanning and vision products, including processor selection, board architecture, and integrated interfaces (BLE, USB, WiFi, Ethernet).
• Circuit Development:
  Design complex, high‑efficiency circuits, with a focus on advanced architectures such as low‑power wireless Qi charging systems.
• Design Optimization & Quality:
  Ensure all hardware designs consistently meet stringent performance, reliability, and cost objectives.
• Cross‑Functional
  
  Collaboration:
  
  Partner with firmware, software, mechanical engineering, product, and project management teams to translate functional requirements into manufacturable, optimized hardware solutions.
• Technical Leadership:
  Drive technical decision‑making and provide leadership across the R&D organization, contributing to the definition of future product requirements.
• Compliance:
  Ensure all products successfully achieve required regulatory certifications, including FCC/CE (conducted and radiated emissions), UL, and international safety compliance standards.

• Education:
  
  Bachelor’s degree in Electrical Engineering with a minimum of 10 years of relevant professional experience. (Master's degree preferred).
• Digital & Analog Expertise:
  Strong working and analytical knowledge of digital electrical engineering, component selection, schematic capture, layout principles, and advanced debugging skills.
• Design Tools Mastery:
  Expert‑level proficiency with Altium Designer, including schematic creation and complex PCB layout design.
• Microcontroller Systems:
  Extensive experience with microcontroller system design, including I2C, SPI, and implementing low‑power wireless Qi charging in USB and BLE/WiFi environments.
• Compliance
  
  Experience:
  
  Proven experience designing for and testing products to comply with international regulatory standards (FCC/CE, UL, and international safety compliance).