Mechanical Engineer - Nashua, NH

Design & Prototype with

Purpose:

Create and refine opto-mechanical components that meet system-level requirements and mission goals.

Collaborate Across Disciplines: Partner with optical, electrical, and manufacturing engineers to bring designs from concept to production.

Engineer for Reliability: Apply GD&T, tolerance analysis, and FEA to ensure designs meet performance, reliability, and manufacturability standards.

Test, Learn, and Iterate: Support testing, analyze results, and contribute improvements that enhance product robustness.

Own Continuous Improvement: Participate in design reviews, propose creative solutions, and apply lessons learned to future designs.

• Completed a prototype assembly that passes mechanical and thermal testing.
• Delivered CAD designs and drawings that are manufacturing-ready and on time.
• Contributed ideas that improve design performance, efficiency, or manufacturability.
• Earned recognition as a dependable, detail-oriented team contributor.

• Curious & Driven: You're eager to learn, ask questions, and push your technical limits.
• System Thinker: You understand how each mechanical detail supports the bigger system.
• Hands-On Creator: You enjoy building, testing, and refining real products.
• Collaborative Partner: You communicate clearly and value teamwork.
• Detail-Oriented & Organized: You balance precision with efficiency in every design.

• Bachelor's degree in Mechanical Engineering required; MS or advanced coursework a plus.
• Experience in mechanical design, prototyping, or product development (internships, co-ops, or projects accepted).
• Working knowledge of Solid Works or similar CAD tools and GD&T.
• Familiarity with tolerance stack-ups and design for manufacturability.
• Exposure to thermal or mechanical analysis, sensor alignment, or precision assemblies a plus.
• U.S. Person status required; eligibility for security clearance preferred.

• Experience with Solid Works Simulation or similar FEA tools.
• Knowledge of materials, finishes, and lightweight mechanical design for SWaP-C optimization.