Mechanical Engineer

Position Overview

We are seeking a hands‑on Mechanical Engineer to play a key role in the design and delivery of complex radiography systems. The role leads mechanical development across multiple subsystems or projects from concept through production in a collaborative, fast‑moving development environment.

• Lead the design and delivery of mechanical subsystems for complex radiography systems, from concept through production, across multiple concurrent projects.
• Own end‑to‑end mechanical subsystem development, including requirements definition, CAD layouts, component geometry, material selection, detailed drawings, finishes, and release to manufacturing.
• Provide technical leadership for both internally developed and supplier‑designed subsystems, ensuring alignment to system requirements, performance, manufacturability, cost, schedule, and regulatory compliance.
• Define, review, and approve supplier designs, including CAD models, drawings, GD&T, analyses, and verification plans; resolve technical and integration issues as needed.
• Apply Design for Manufacturing (DFM) and Design for Serviceability (DFS) principles, including tolerance stack‑up analysis, assembly sequencing, and cost, yield, and reliability trade‑offs.
• Perform hands‑on prototyping, testing, and troubleshooting, including fit/form/function evaluations, root‑cause analysis, and development of mechanical test fixtures.
• Support existing products in manufacturing and field settings through troubleshooting, system diagnosis, and root‑cause analysis leading to corrective actions with cross‑functional teams.
• Collaborate effectively with cross‑functional teams, including systems, software, firmware, manufacturing, service, and quality to support product development and ongoing operations.
• Ensure designs meet applicable regulatory and safety requirements, partnering with quality and regulatory teams as needed.
• Support manufacturing, service, and field activities, including domestic and international travel as required.

• B.S. in Mechanical Engineering with 7+ years of professional experience, including leading at least three projects.
• Direct experience designing and integrating mechanical systems, including enclosures, frames, structural components, thermal management solutions, and electromechanical packaging.
• End‑to‑end ownership of mechanical subsystems, including CAD layouts, component geometry, material selection, detailed drawings, finishes, and release to manufacturing.
• Demonstrated experience designing components using common manufacturing processes such as sheet metal fabrication, machining, casting, injection molding, thermoforming, and composites.
• Ability to apply ASME Y14.5 geometric dimensioning and tolerancing standards (2009 revision or later) with demonstrated skill in creating drawings, reviewing supplier documentation, and resolving tolerance‑related fit and function.
• Experience applying Design for Manufacturing (DFM) and Design for Serviceability (DFS) principles, including tolerance stack‑up analysis, assembly sequencing, and cost/yield/reliability trade‑offs.
• Hands‑on prototyping and troubleshooting experience, including fit/form/function evaluations, root‑cause analysis, and development of mechanical test fixtures.
• Experience implementing designs in compliance with regulatory requirements.
• Demonstrated system‑level thinking with strong interpersonal and communication skills, and the ability to collaborate effectively in a cross‑functional team environment.

• Experience with electromechanical mechanisms such as ground contact drives, lead screws, linear slides, cams, bearing selection, and counterbalance design.
• Experience developing and reviewing intellectual property, including invention disclosures, prior art reviews, and collaboration with legal or IP teams during patent development.
• Familiarity with writing testable component and subsystem requirements.
• Familiarity with IMU and LiDAR devices and their use within consumer goods.
• Experience with 3D printing systems for prototyping, parts preparation, and initial build.
• Basic knowledge of ANSYS Mechanical finite‑element analysis.
• Fa…