Senior Mechanical Design Engineer - Electronic Components (Mil/Def/Aero Connector Systems)

In order to comply with U.S.

export control laws and regulations, this position requires applicants to either provide proof of U.S.

citizenship or lawful permanent resident status or be eligible to receive an export authorization (a license) under the International Traffic in Arms Regulations and/or the Export Administration Regulations.

Your Job

As a Senior Mechanical Design Engineer, you will lead the mechanical design and development of Aerospace and Defense electronic components and connector systems from concept through production and field support.

You will set technical direction, drive design-for-manufacturing and design-for-reliability practices, and ensure solutions meet functional, performance, cost, schedule, and quality targets.

You will work cross-functionally with R&D, manufacturing, quality, procurement, and customers and serve as a technical mentor for the engineering team.

Our Team

You will join a high-performing engineering division focused on innovation in connector systems and electronic components.

The team combines expertise in mechanical design, materials, manufacturing, and quality assurance to deliver robust, cost-effective solutions for demanding applications and customers.

What You Will Do (Primary Responsibilities)


* Lead feasibility studies and technical assessments for customer proposals and new product initiatives; define technical requirements and success criteria.


* Architect and develop connector systems and electronic components using customer input, product specifications, test data, and engineering best practices.


* Produce and approve detailed 3D models, assemblies, and manufacturing drawings; apply GD&T for critical dimensions and tolerances.


* Lead prototype development, integration, and validation testing (environmental, mechanical, electrical interface, reliability); define test plans and acceptance criteria.


* Use CAE tools (FEA, thermal, vibration) to analyze and optimize designs for strength, stiffness, fatigue life, and thermal performance.


* Drive DFMEA/PFMEA activities and implement risk mitigation strategies; own corrective actions for field and production issues.


* Define and optimize manufacturing processes (injection molding, stamping, forming, plating, assembly) and design required tooling, fixtures, and gauge systems.


* Lead vendor selection and technical collaboration with suppliers to ensure component manufacturability, cost targets, and quality expectations.


* Manage projects end-to-end, including schedules, budgets, design reviews, and status reporting; ensure on-time delivery to program milestones.


* Mentor and coach junior engineers; lead design reviews and promote continuous improvement in methods and processes.


* Support product launches, transfer to production, and post-launch sustainment including troubleshooting and cost reduction efforts.


* Ensure compliance with applicable industry standards and regulations (e.g....