We are seeking a Design Engineer 3 to serve as a subject matter expert in mechanical design and stress analysis (FEA). In this role, you will support projects across the full product lifecycle - including new development, legacy support, R&D, and failure analysis; primarily for high‑pressure, high‑temperature pneumatic and fluid line systems used in commercial, military, and space aerospace applications.
This position operates independently 75%+ of the time and collaborates with cross‑functional teams across engineering, manufacturing, quality, and sales.
Responsibilities
There are two primary job functions: Detailed component design and FEA based stress analysis.
- Create conceptual designs (sketches or CAD) for drafting.
- Apply principles such as design to specification, DFM, DFI, and cost‑optimized design.
- Design metallic components fabricated through sheet metal forming/welding, machining, additive manufacturing, and casting.
Stress Analysis (FEA)
- Perform linear & nonlinear static analysis; modal, harmonic, and random response analysis.
- Conduct geometry creation, meshing, solving, and technical report writing.
- Use tools such as HyperWorks, Femap/NASTRAN, and ANSYS Mechanical.
Cross-Functional Engineering
- Work closely with Project Engineers, Drafters, Manufacturing Engineers, Quality Engineers, Test Lab, Contracts, and Sales.
- Conduct internal flow and external insulation calculations with in‑house tools.
Automation & Tool Development
- Build custom analysis and automation tools using Excel/VBA, MATLAB, Python, and software APIs.
Qualifications
Education
- BS in Mechanical, Aerospace, Astronautical, or related field (MS preferred).
- Experience
- 5+ years in an engineering design environment.
- 6+ years using FEA tools (HyperWorks, Femap/NASTRAN, or ANSYS Mechanical).
- 4+ years with HyperWorks.
- Strong experience in data analysis and reduction.
Technical Requirements
- Modal, harmonic, and random response analysis
- Topology optimization
- MRB disposition of nonconforming hardware