Job description

At Elroy Air, we build autonomous vertical takeoff and landing (VTOL) cargo drones to change the way the world moves goods. Transporting cargo by air is faster and more direct than by land or sea, but it has been prohibitively expensive for medium-size loads. We've set out to expand middle-mile logistics possibilities across multiple sectors, with our sights on a $420Bn global total addressable market for cargo logistics across defense, commercial and rapid response. We are a team of builders, engineers, and operators who believe that the defense, commercial, and rapid response communities need faster, better logistics solutions. We are seeing increasing demand as customers and prospects respond enthusiastically to the systems we’ve built. As we mature and deploy our offerings, we are looking for people like you: motivated collaborators, enthusiastic about our mission and ready to roll up their sleeves and make a big impact to improve how logistics works around the world. You will play an important role in establishing the Elroy Air Chaparral as the industry standard in this massive market. We believe diverse perspectives at all levels of the organization are critical to innovation and employee development. This includes but is not limited to gender identity, race, ethnicity, sexual orientation, gender expression, religion, age, ability, parenthood status, veteran status, educational background, citizenship status, or any combination of these characteristics. As a Mechanical Engineer at Elroy Air, you will be responsible for owning the design, analysis, build, and test of the flight-critical mechanical systems that bring our autonomous cargo UAV to life. You will work on a range of mechanical and structural systems, driving mechanical design and decision making that enables aircraft testing and flight. What you’ll own: Designing and developing vehicle subsystems, including primary and secondary structures, flight control surfaces and actuation systems, landing gear, and thermal management systems from architecture definition through integration Apply first-principles analysis, FEA, trade studies, and engineering best practices to ensure components and assemblies meet load, weight, and safety requirements for flight Define subsystem and component requirements compatible with safety, performance, and program objectives; manage functional and physical interfaces between subsystems and the vehicle Select materials appropriate for aerospace applications (aluminum alloys, titanium, composites) with consideration for weight, strength, fatigue, and manufacturability Apply DFM principles across fabrication methods including composites, sheet metal, machining, 3D printing, welding, and bonding to support efficient, producible designs Conduct environmental analysis and testing, including vibration, shock, thermal, and corrosion, and support design and build of test fixtures to verify subsystem performance and safety Select and manage suppliers and partners to ensure components are delivered within budget, schedule, and specification Prepare and present at gated design reviews to demonstrate design adequacy Our ideal candidate: B.S. in Mechanical Engineering, Aerospace Engineering, or a related discipline; M.S. preferred 5+ years of hands-on experience as a professional mechanical engineer, directly related to vehicle subsystem design in the automotive, aeronautical, or space industries Proficiency with SolidWorks and/or CATIA, including PDM/PLM and data release processes Proficiency with MBD and GD&T (ASME Y14.5) Experience with FEA tools (NASTRAN, ANSYS, FEMAP, or similar) for structural and thermal analysis Strong grasp of materials selection for aerospace applications: aluminum alloys, titanium, composites, and their relevant specifications and failure modes Experience with vibration, shock, thermal, and corrosion environmental testing and analysis Fluency in first-principles, hand, and computer-aided analysis to guide and substantiate mechanical designs Working knowledge of aerospace production processes and DFM trade-offs across composites, sheet metal, machining, 3D printing, welding, and bonding Bonus points for: Experience with lift+cruise, tiltrotor, or other eVTOL platforms Prior design, fabrication, test, and operation of airworthy primary/secondary structures, flight control surface and actuation systems, rotors and propellers, payload handling systems, landing gear, or thermal management systems Experience developing components for weight-constrained applications Proficiency with FEMAP, NX Nastran, MATLAB, Mathcad, LabVIEW, and/or Python Working knowledge of FAA Part 21 type certification processes and Part 23/Part 27 airworthiness standards, including means and methods of compliance What we offer: Competitive salary Equity ownership in a rapidly growing advanced aerospace company Comprehensive medical benefits 401(k) with company contribution + Roth IRA Free daily lunch provided onsite Flexible time-off policy 3 months of paid parental leave Employee assistance program with 24/7 support High-impact startup environment with significant ownership and autonomy Opportunities for rapid career growth and internal advancement You’ll work with a motivated, kind, and highly skilled team You'll help shape and define our company culture and values You'll help build and scale a new category of aerospace / logistics technology We encourage you to apply even if you aren't an exact match for our open role as many of our team members come from nontraditional backgrounds. Elroy Air is an equal opportunity employer. We consider all qualified applicants without regard to race, color, religion, sex, gender identity, sexual orientation, national origin, age, disability, veteran status, or any other protected status under applicable law. We are committed to an inclusive, harassment-free workplace and we gladly provide reasonable accommodations to support our team. Applicants must be legally authorized to work in the United States as a U.S. citizen or lawful permanent resident (green card holder). All employees will be screened through E-Verify. Elroy Air does not engage with external recruiting agencies/individual recruiters that we do not have a written agreement with and all employment activities are managed through our internal team. We reserve the right to make use of any unsolicited resumes received without being responsible for payment of any fees asserted from the use of unsolicited resumes.

Requirements

Must-haves

Apply first-principles analysis, FEA, trade studies, and engineering best practices to ensure components and assemblies meet load, weight, and safety requirements for flight
Define subsystem and component requirements compatible with safety, performance, and program objectives; manage functional and physical interfaces between subsystems and the vehicle
Select materials appropriate for aerospace applications (aluminum alloys, titanium, composites) with consideration for weight, strength, fatigue, and manufacturability
Apply DFM principles across fabrication methods including composites, sheet metal, machining, 3D printing, welding, and bonding to support efficient, producible designs
Conduct environmental analysis and testing, including vibration, shock, thermal, and corrosion, and support design and build of test fixtures to verify subsystem performance and safety
Select and manage suppliers and partners to ensure components are delivered within budget, schedule, and specification
Prepare and present at gated design reviews to demonstrate design adequacy
5+ years of hands-on experience as a professional mechanical engineer, directly related to vehicle subsystem design in the automotive, aeronautical, or space industries
Proficiency with SolidWorks and/or CATIA, including PDM/PLM and data release processes
Proficiency with MBD and GD&T (ASME Y14.5)
Experience with FEA tools (NASTRAN, ANSYS, FEMAP, or similar) for structural and thermal analysis
Strong grasp of materials selection for aerospace applications: aluminum alloys, titanium, composites, and their relevant specifications and failure modes
Experience with vibration, shock, thermal, and corrosion environmental testing and analysis
Fluency in first-principles, hand, and computer-aided analysis to guide and substantiate mechanical designs
Working knowledge of aerospace production processes and DFM trade-offs across composites, sheet metal, machining, 3D printing, welding, and bonding
Experience with lift+cruise, tiltrotor, or other eVTOL platforms
Experience developing components for weight-constrained applications
Proficiency with FEMAP, NX Nastran, MATLAB, Mathcad, LabVIEW, and/or Python
Working knowledge of FAA Part 21 type certification processes and Part 23/Part 27 airworthiness standards, including means and methods of compliance

Nice-to-haves

B.S. in Mechanical Engineering, Aerospace Engineering, or a related discipline; M.S. preferred

Application prep

Use the role’s language and application details while tailoring your materials.

Keywords to mirror

python

Platform: lever
Effort: quick

Benefits

Benefits detected in the listing.

401(K)

Parental Leave