Senior Mechanical Engineer, Fuel Cells

Edge Autonomy•Ann Arbor, MI

29d•$105,000 - $135,000•Onsite

About The Position

The Senior Mechanical Engineer is responsible for leading the design, development, and validation of complex mechanical systems and subsystems for Solid Oxide Fuel Cell (SOFC) power systems used in uncrewed aerial systems (UAS) and in portable power generators. This role demonstrates a strong blend of technical depth, design execution, and leadership capability. The engineer independently owns major subsystem designs—balancing performance, reliability, and manufacturability—and contributes to the broader engineering architecture through technical review and mentorship. The Senior Engineer provides hands-on leadership during prototype builds, test campaigns, and production transitions. They are recognized for their expertise in mechanical design and cross-functional coordination, driving technical excellence and contributing to design standards and process improvements across multiple programs.

Requirements

Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, or a related field required.
4–7 years of relevant experience in mechanical or aerospace engineering, with demonstrated ownership of major subsystems or assemblies.
Experience with Fuel Cells, Power Generators, High Temperature systems, Fluid management systems, or DC Power Electronics
Proven experience developing products for aerospace, defense, or similarly regulated environments.
Experience supporting prototype, production, and test activities in a hands-on capacity.
Advanced proficiency with CAD modeling and drafting (SolidWorks preferred).
Deep understanding of GD&T, mechanical drawing standards, and documentation control.
Working knowledge of materials, composites, machined parts, and structural integration.
Experience performing FEA and interpreting results for design optimization.
Familiarity with PDM/PLM systems (e.g., SolidWorks PDM, Windchill).
Strong technical leadership and decision-making skills.
Strong working knowledge of processes for prototyping and large-scale manufacturing.
Excellent communication and collaboration across multi-disciplinary teams.
Analytical mindset with strong problem-solving and root-cause analysis capabilities.
Organized and detail-oriented with experience managing multiple design tasks simultaneously.
Ability to mentor others and uphold engineering rigor and design quality.

Nice To Haves

Master’s degree in Mechanical or Aerospace Engineering.
6–8 years of experience designing mechanical systems for UAS or defense applications.
Experience leading subsystem integration efforts and participating in flight or environmental testing.
Experience with advanced analysis tools (FEA, CFD, or fatigue analysis).
Familiarity with composite layup design, bonded structures, or lightweight mechanisms.
Experience developing and reviewing engineering standards or process documentation.
Familiarity with systems engineering practices and requirements traceability.
Strong leadership presence with the ability to influence technical direction.
Ability to synthesize feedback from multiple stakeholders into actionable design decisions.
Continuous improvement mindset, with a focus on efficiency and repeatable design excellence.
Comfort operating in fast-paced environments with evolving program requirements.

Responsibilities

Lead the design, modeling, and analysis of major mechanical and structural subsystems for SOFC power systems and their supporting products.
Perform and review tolerance analysis, structural analysis (FEA), and materials selection.
Oversee design documentation, drawing release, and configuration management activities.
Coordinate design integration across disciplines—mechanical, electrical, and software.
Guide prototype builds, resolving issues related to manufacturability, fit, and performance.
Develop and execute test plans to validate structural integrity and system performance.
Analyze data, present results, and make informed decisions.
Lead and participate in design reviews (CoDR, PDR, CDR) and incorporate feedback into designs.
Support production readiness and quality verification for new and existing products.
Mentor junior engineers and CAD specialists, promoting technical best practices and efficient workflows.
Contribute to continuous improvement initiatives in design standards, configuration management, and documentation processes.