Aerospace Systems Engineer II

Electric Power Systems•North Logan, UT

About The Position

Electric Power Systems (EPS) designs and delivers advanced energy storage systems for aerospace, defense, and other demanding mobility applications, including military applications. The Aerospace Systems Engineer II works from EPS headquarters in North Logan, Utah, connecting system requirements, integration, testing, and documentation throughout the product lifecycle. The engineer researches and develops requirements for aerospace and defense systems, follows them through validation and verification, and works directly with customers to integrate EPS battery systems into vehicles. The role supports flight testing and data analysis and produces and maintains system requirements, interface descriptions, block diagrams, schematics, and test protocols. It also requires staying current with federal aerospace regulations, industry specifications, and safety standards. The position participates in technical interchange meetings, reports progress on master schedule tasks, reviews documents, resolves systems integration issues, and may contribute to proposals. As a level II engineer, the role guides junior engineers, reviews their work, and helps improve engineering processes across product development, system integration, and manufacturing efficiency. Success requires strong communication and collaboration with teammates, senior leaders, regulators, industry experts, and customer and cross-functional teams.

Requirements

Bachelor's degree in systems, electrical, mechanical, or aerospace engineering.
2–4 years of aerospace systems engineering experience.
Hands-on experience with requirements validation and verification and compliance with federal aerospace regulations.
Strong background in hazard, safety, and reliability analysis, including FHA, SSA, and FMECA.
Familiarity with MIL-STD-810 and MIL-STD-461.
Excellent written and verbal communication skills and a collaborative spirit.
Ability to work across engineering, manufacturing, quality, program management, and customer teams.
Attention to detail and ability to follow documented standards and maintain accurate, consistent data.

Nice To Haves

Experience with lithium battery management, electric propulsion, or hybrid-electric vehicles.
Experience with requirements databases such as DOORS or JAMA.
Experience with Experimental, TSO, or STC certification projects.
Knowledge of aircraft power, control, and communications architectures.
Familiarity with CAN, Ethernet, ARINC 429, RS-232, RS-422, or RS-485 databuses.
Familiarity with built-in test (BIT) functions.
Experience in an aerospace quality and configuration management environment.

Responsibilities

Research and develop requirements for aerospace and defense systems.
Follow system requirements through the full product lifecycle, including validation and verification.
Work with customers to integrate EPS battery systems into vehicles.
Support flight testing and data analysis.
Write and maintain system requirements, interface descriptions, block diagrams, schematics, and test protocols.
Stay current on federal aerospace regulations, industry specifications, and safety standards.
Attend technical interchange meetings and report status on master schedule tasks.
Review documents and resolve systems integration issues.
Contribute to proposal efforts as needed.
Guide junior engineers and review their work.
Identify opportunities to improve engineering processes in product development, system integration, and manufacturing efficiency.