Senior Electronics Engineer
Listed on 2026-06-28
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Engineering
Electronics Engineer, Systems Engineer, Electrical Engineering, Engineering Design & Technologists
Providing protection and performance for those who protect us! Galvion designs, develops, and manufactures ballistic helmets, dynamic power and data management and optical solutions for the modern battlefield. We are a passionate, global, and fast‑paced team working with several strategic partners and are committed to enhancing the overall agility and survivability of the modern warfighter and tactical operator.
THE OPPORTUNITYThe Electronics Engineer IV will lead electronics design within a team of talented multi‑discipline engineers. The Engineer IV will be a critical part of the team to design and build the next generation of smart protection products for extremely rugged markets. The Engineer IV will have the opportunity to work on creating leading edge new capabilities by converging a number of innovative new technologies in small form factor wearables.
The Engineer IV will be a part of a fast‑paced team working with a number of a strategic partners to bring the next generation of smart equipment to market.
The Engineer IV will work closely with the Electronics Team, Mechanical Engineers, Embedded & Software Engineers and System Architect, to ensure the product achieves all functional requirements as well as the Industrial Design intent. The role requires the ability to conduct system design, produce electronic assemblies, create prototypes, conduct board design and layout, board test and assist in final prototype assembly.
SPECIFICESSENTIAL DUTIES & RESPONSIBILITIES
- Provides advice, guidance, and answers to management on all aspects of Electronics Design pertaining to all Galvion products.
- Prepares and presents technical design and data at program review meetings, sales meeting, and customer engagements.
- Participates in DFx activities internally and with suppliers to ensure product design is cost‑effective and conforms to the manufacturing and assembly plans.
- Serves as the decision maker on electronics engineering decisions.
- Works with Project Management to oversee electronics work breakdown and assignments between internal resources, sub‑contractors, and vendors.
- Shares knowledge and train team members.
- Trains and mentors junior engineers.
- Develops and ensures compliance with best practices and lessons learned.
- Conducts electronics requirements capture based on customer needs. Conduct testing on 3rd party products to capture all requirements.
- Conducts and mentor schematic, layout, and routing design for PCBAs, as required for prototypes and/or production.
- Sources and manages outsource PCBA manufacturers.
- Conduct electronics testing, analyze test data, and generate insights to drive design improvements, including high‑speed signal validation.
- Collaborate with Mechanical Engineers to define PCB form factors, materials, and interconnect solutions, enabling Industrial Designers to develop user‑focused systems.
- Develops detailed product ICDs and BOMs for internal and external use.
- Review internal and external designs and drawings for clarity, completeness, and compliance with standards, specifications, and dimensional accuracy.
- Works independently on tasks and seek information proactively from stakeholders.
- Wide and comprehensive understanding of the principles, theories, concepts, and techniques of the electrical engineering discipline.
- Interprets engineering data and recommends solutions.
- Uses ingenuity and innovation to generate solutions to electronics design needs and issues and contributes to the completion and manufacture of new products.
- Task leadership of small teams performing all types of electronic design/engineering activities in the product development life cycle, including but not limited to:
Requirements management, component selection, circuit, and PCB design. - Considered an expert in the field of Electronics across Galvion as a whole.
- Shall have a complete understanding of mechanical and systems engineers to understand product trade‑offs across disciplines.
- Bachelor’s degree in electrical or electronics engineering technology, computer engineering technology, telecommunications technology or an equivalent. Masters Degree as a plus.
- At…
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