Principal Electrical Engineer

At Avidyne, electrical engineering is not siloed.

Electrical, systems, mechanical, software, integration, test, and manufacturing teams work in tight coordination. With in-house manufacturing and integration located just steps from engineering, you will move from schematic to hardware to validation without layers of separation. You will see your designs built, tested, integrated, and ultimately flying.

Avidyne is an environment where engineering judgment matters. Decisions are made by those closest to the hardware and strong technical reasoning carries weight here.

Own Electrical Architecture
Define and guide board-level and subsystem-level electrical architecture across digital and mixed-signal designs. Ensure alignment with system requirements, performance targets, and safety expectations appropriate for avionics applications.

Lead Complex Hardware Development
Drive schematic capture, layout guidance, component selection, interface definition, and validation strategy for processor-based systems incorporating high-speed digital interfaces, memory, data buses, and FPGA integration.

Design for Flight-Critical Performance
Ensure designs meet the reliability, environmental, and certification expectations required for avionics platforms. Participate in design reviews with rigor and hold the bar high for execution quality.

Guide and Elevate the Team
Provide technical mentorship to engineers across experience levels. Establish strong engineering practices and help raise the standard of hardware development across the organization.

Close the Loop with Manufacturing & Test
Work directly with manufacturing and integration teams to debug, iterate, and refine hardware. Maintain tight feedback loops to continuously improve robustness and producibility.

Improve Engineering Operations
Refine workflows, tools, and processes to increase efficiency and technical clarity while maintaining high engineering standards.

• Bachelor’s degree in electrical engineering (master’s preferred).
• 10+ years of experience designing and integrating PCB-based hardware systems.
• Deep experience with digital processor-based systems, mixed-signal design, and complex interfaces.
• Strong schematic and layout collaboration experience using modern ECAD tools (Altium preferred).
• Demonstrated ability to lead technically, through architecture decisions, design reviews, and engineering influence.
• Experience operating in regulated, high-reliability, or safety-critical environments is highly valued.

We are large enough to build sophisticated, certified avionics systems and small enough that your decisions shape our products.

You will:

• See your designs move from concept to production within the same facility.
• Work in an engineer-led environment where technical credibility matters.
• Contribute to hardware that ultimately flies.
• Have access to flight training and the opportunity to earn your pilot’s license thereby gaining firsthand perspective on the systems you help build.

We believe high standards and a sustainable pace are not mutually exclusive. Impact here comes from focused execution, strong collaboration, and respect for engineering craft. If you’re ready to apply your experience where it carries visible weight and where the hardware you design ultimately leaves the ground, we’d welcome a conversation.