Design and develop mechanical enclosures, components and assemblies utilizing mass production manufacturing techniques, such as sheet metal stamping, plastic injection molding, die casting and CNC machining.

Work closely with the EE/EMI/PCB Engineers and design the mechanical aspects of PCBs (outline dimensions, mounting points, connector locations, keep out zones, etc.), cables and harnesses.

Plan and apply engineering principles and hands-on techniques to solve complex engineering challenges and refine product designs.

Perform qualitative and quantitative thermal, structural, shock, and vibration analyses to assess the dynamic characteristics and thermal performance of materials, assemblies, and systems.

Apply standard engineering principles and hands-on techniques to debug, troubleshoot and solve complex design challenges.

Record and analyze prototype test data, ensuring thorough validation of design functionality and performance.

Select materials and hardware in compliance with industry specifications (e.g., DO-160) and product requirements.

Guide, mentor and provide technical direction on the work of technicians, mechanical engineers, electrical engineers, and support personnel to ensure designs are implemented effectively and aligned with project objectives.

Perform sustaining engineering tasks, including documentation and design updates, to support product lifecycle management and minimize service interruptions.

Assist supporting members of a team in the determination of engineering solutions while considering form, fit, function, thermal, structural rigidity, weight, EMI, ESD, DFM, DFT, product spaneting and cost.

Support the coordination efforts between the Mechanical Engineering department and procurement, manufacturing, obsolescence, and material planning teams to coordinate part selection, ordering, and vendor/supplier management.

BS degree in Mechanical Engineering, Mechatronics or equivalent field of study.

5-8 years’ mechanical design experience.

Experience with consumer electronics, including servers, computers, laptops, mobile phones or wireless and networking equipment, is preferred.

Experience with 3D/2D 3D modeling Software Experience (Pro/E CREO, NX, CATIA or SolidWorks)

Experience creating and interpreting engineering drawings using geometric Dimensioning and Tolerancing (GD&T)

Understanding of Avionics Environmental/EMI/ESD/Safety Test Requirements a plus.

Ample knowledge of engineering principles such as solid mechanics, materials science, heat transfer, static and dynamic structural analysis, and electromagnetic shielding.

Advanced ability in 3D CAD modeling (Creo or NX Preferred), creating and interpreting engineering drawings and performing tolerance analysis.

Highly proficient in determining and developing requirements from specifications, oral instructions, or preliminary sketches.

Advanced knowledge of mass production manufacturing techniques, such as sheet metal stamping, plastic injection molding, die casting and CNC Machining.

Advanced technical writing ability to prepare reports and documentation for submission to management.

Highly Proficient in project planning to ensure timely completion of complex, independent tasks or one or more complex projects.

Advanced ability to develop and implement test methods and procedures.

Ability to provide technical direction to assigned project teams and perform as a technical expert and source of information.

Demonstrated experience providing identifiable contributions to the success of a specific product or project.

Use professional concepts and applies company policies and procedures to resolve a variety of issues.

Proficient with commonly used concepts, practices, and procedures within the Electronic Engineering field.

Develop solutions to clearly defined problems of moderate to diverse scope. Analysis involves selecting the best alternative method or process from among several existing alternatives, or based on evaluation of identifiable factors.

Use expertise, experience and judgment to plan and accomplish goals.