(Remote) Mechanical Engineering

We are seeking a hands on Mechanical Engineer that will play a key role in the design and delivery of complex radiography systems, leading mechanical development across multiple subsystems or projects from concept through production. The position involves full ownership of mechanical subsystems, close collaboration with cross functional teams, and direct engagement with suppliers and manufacturing partners. The ideal candidate brings deep experience in mechanical design, manufacturing processes, tolerance management, and design for manufacturability and serviceability, with the ability to execute designs in regulated environments.

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 support the release into 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; 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

BS in Mechanical Engineering with 7+ years of professional experience, including serving as design lead on 3 or more 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, machined parts, castings, injection molding, thermoforming, and composite materials

5 geometric dimensioning and tolerancing standards at a minimum of the 2009 revision level with demonstrated ability to create drawings, review supplier documentation and inspection plans, and resolve 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, and reliability tradeoffs

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

Experience with 3D CAD software required; Must be able to travel domestically and internationally should the need arise

Implementation experience with electromechanical mechanisms including but not limited to; Experience developing and reviewing intellectual property which may include Invention disclosures, prior art reviews and collaboration with legal or IP teams during patent development

Experience with 3D printing systems for prototyping, parts prep, and build initialization.

Basic knowledge of ANSYS Mechanical FEA.

Familiarity with medical electrical equipment safety standards, including IEC 60601‑1, IEC 60601‑2‑54, and IEC 60601‑2‑43

Knowledge of general radiography and fluoroscopy—theory of operation and key system components.

Awareness of Sparx Enterprise Architect and Prolaborate system engineering SW.

Rochester Office, Lab, and HomeWork Arrangement: Hybrid remote – 60/40 (Rochester, NY 1049 Ridge Road / Remote).

Travel: Domestic and international travel to supplier and customer sites may be required.