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AeroVironment

Defense technology and unmanned aerial systems

Principal Mechanical Engineer

Design EngineeringConfirmed live in the last 24 hours
Full-timeMoorpark, CA, USA$147k - $224.3kIn-person

About the Job

Requirements

  • A B.S. in Mechanical Engineering, Aerospace Engineering, or Materials Science is required; an M.S. or Ph.D. is preferred.
  • Minimum 12 to 15 years of relevant technical experience in Mechanical Engineering, including at least 6 to 7 years focused on structural design, analysis, and manufacturing of advanced polymer matrix composites for aerospace applications.
  • Proven expertise in finite element analysis of orthotropic and isotropic materials using ANSYS, including ANSYS Icepack, Abaqus, or NASTRAN, including failure criteria such as Tsai-Wu and Hashin and progressive damage modeling.
  • Deep familiarity with composite manufacturing methods such as autoclave prepreg curing, resin transfer molding, or out-of-autoclave processing, and their effects on structural performance.
  • Experience developing requirements specifications for mechanical subsystems according to MIL-STD 961D or an equivalent standard.
  • Extensive experience with SolidWorks for mechanical modeling and design, as well as test and measurement techniques such as torque transducer calibration and instrumentation.
  • Must be a U.S. citizen eligible to obtain and maintain a security clearance.
  • Advanced proficiency in 3D CAD platforms and specialized composite ply-modeling modules such as FiberSIM.
  • Demonstrated history of taking complex composite structures and electronic packaging from conceptual trade studies through Critical Design Review, tooling sign-off, and physical qualification testing.
  • Working knowledge of secondary operations, including precision machining of carbon fiber reinforced polymers, galvanic corrosion mitigation strategies, and hybrid metallic-composite joint design.
  • Familiarity with relevant regulatory, quality, or military/aerospace specifications, such as MIL-STD-810, DO-160, FAA, DOD, ASTM test standards, or AS9100 quality frameworks.
  • Recognition by a reputable international engineering society, such as ASME at the senior membership level or higher, is preferred.
  • Strong adherence to Design for Manufacturability, balancing mass-reduction targets with shop-floor non-recurring engineering and tooling costs.
  • Proven ability to articulate concepts, mentor staff, and foster teamwork.

Responsibilities

  • Lead structural design, tailoring, and optimization of advanced carbon fiber composite components, matching ply orientations to complex bending, axial, and torsional load paths.
  • Lead thermal, structural, dynamic, and fluid flow analysis efforts for airframe structures using advanced modeling and analysis tools.
  • Lead laboratory and field testing, data collection, and physical qualification testing to verify structural and environmental designs.
  • Model mechanical devices, select materials, perform stress, fatigue, and thermal analysis, and specify bonding materials and techniques for extreme environmental conditions.
  • Oversee composite manufacturing methods, tooling development, thermal residual stress management, and galvanic corrosion mitigation between carbon fibers and reactive metals.
  • Develop mechanical drawings, geometric dimensioning and tolerancing, product document trees, bills of materials, assembly instructions, and test plans and procedures.
  • Act as the primary technical focal point for composite architecture, guiding cross-functional teams and mentoring senior- and staff-level engineers.
  • Manage mid-size development projects outsourced to subcontractors for systems, equipment, or components.
  • Determine methods and procedures independently for new or special assignments.
  • Perform other duties as assigned.

Desired Qualifications

  • Familiarity with relevant regulatory, quality, or military/aerospace specifications, such as MIL-STD-810, DO-160, FAA, DOD, ASTM test standards, or AS9100 quality frameworks.
  • Recognition by a reputable international engineering society, such as ASME at the senior membership level or higher, is preferred.

About the Company

AeroVironment

Defense technology and unmanned aerial systems

AeroVironment designs and builds robotic systems for defense across air, land, and space, including small reconnaissance drones, high-altitude aircraft, and loitering munitions. These products work by carrying sensors and control software that allow autonomous or semi-autonomous missions, with real-time data collection, and, for weapons-enabled models, a payload and deployment mechanism for precision strikes. The company differentiates itself through a growing, multi-domain defense portfolio built via acquisitions, creating an integrated platform that combines drones with space tech, counter-UAS, and other defense capabilities. Its goal is to become a comprehensive defense-technology provider that can win large, long-term contracts by offering coordinated, autonomous systems across multiple domains.

Company size
1,001-5,000
Company stage
IPO
Headquarters
Crystal City, Virginia
Founded
1971

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