Electrical Engineer

Compensation: $95,000–$110,000/year

Travel: Approximately 5%–10% local travel

Start: ASAP

Open Role Due To: Continued growth and expansion of a powered emergency medical equipment platform

Our client, a global leader in emergency medical equipment and patient-handling solutions, is seeking an Electrical Engineer to support the development and commercialization of powered products used in pre-hospital emergency medical environments.

This is a hands‑on engineering role with broad ownership across PCBA design, embedded firmware, DC motor controls, and lithium battery applications
. You’ll contribute throughout the full product lifecycle—from initial concepts and component selection through prototyping, validation, production, and commercialization.

The role offers significant cross‑functional exposure within a global engineering and manufacturing organization, working closely with electrical, mechanical, manufacturing, quality, regulatory, product management, and service teams.

• Develop electrical concepts and select appropriate technologies for new and existing products.
• Design PCBAs, including schematics, layouts, Gerber files, engineering drawings, and bills of materials.
• Develop, test, and troubleshoot embedded software and firmware using C and C++.
• Design and specify DC motor controls, motors, LiFePO4 batteries, microcontrollers, displays, and human-machine interfaces
  .
• Select connectors, sensors, wiring harnesses, EMC shielding, enclosures, and related electrical components.
• Support new products throughout the development lifecycle, from initial concept through commercialization.
• Build, test, troubleshoot, and refine prototypes and production‑ready electrical systems.
• Troubleshoot hardware, firmware, test equipment, validation systems, qualification equipment, and production issues.
• Develop technical procedures, engineering instructions, specifications, and other design documentation.
• Help establish appropriate test methods and support design verification and validation activities.
• Participate in Engineering Change Order and Phase‑Gate processes.
• Support Quality Management System and regulatory compliance activities.
• Coordinate with internal engineering and operations teams as well as contract manufacturers, vendors, external engineering partners, and field service providers.

• Broad engineering ownership: Work across PCBA design, embedded firmware, motor controls, batteries, component selection, testing, and commercialization.
• Full product lifecycle exposure: See your work progress from early‑stage concepts through validation, manufacturing, and real‑world use.
• Meaningful products: Help develop powered equipment designed for demanding emergency medical environments.
• Cross‑functional visibility: Collaborate with engineering, production, quality, regulatory, product management, service, and external manufacturing partners.
• Hands‑on environment: Combine independent technical ownership with direct involvement in physical product development and troubleshooting.

• 2–5 years of related electrical engineering experience
  , ideally developing electrical systems for physical products.
• Hands‑on experience designing PCBAs
  , including schematics, layouts, manufacturing files, engineering drawings, and bills of materials.
• Experience with Altium Designer or comparable PCBA design tools, with Altium strongly preferred.
• Experience developing and troubleshooting embedded software or firmware using C and C++.
• Hands‑on experience with DC motor controls and lithium battery applications
  .
• Working knowledge of motors, microcontrollers, wireless communications, displays, and human interfaces.
• Experience selecting connectors, sensors, harnesses, EMC shielding, enclosures, and other electrical components.
• Experience supporting product development from concept through commercialization.
• Ability to troubleshoot electrical hardware, firmware, test systems, validation equipment, and qualification equipment.
• Strong technical documentation, problem‑solving, and communication skills.
• Ability to independently own engineering work while collaborating effectively across functional teams.
• Abili…