Our fleet moves critical materials through hospitals every day. The structural integrity and mechanical reliability of STAT, TOTE, LIFT, and LIFT+ is what makes that possible. As our mechanical engineer, you'll own the chassis and structural systems that every other system depends on, and the locking mechanisms that keep payloads secure in motion. You'll work at the intersection of design, simulation, and manufacturing — taking ideas from CAD to the floor of a live hospital deployment.
What you'll do
Design and develop the structural chassis and frame systems across the fleet — optimising for strength, weight, and manufacturability
Engineer reliable locking and retention mechanisms that secure payloads across varying hospital environments and use conditions
Run FEA and structural simulations to validate designs before physical build — catching failure modes early
Own the prototype-to-production pipeline for mechanical components — working with suppliers and contract manufacturers on DFM and tolerances
Collaborate closely with software and electrical teams to ensure mechanical designs accommodate routing, sensors, and integration requirements
Support field deployments and feed real hospital performance data back into design iteration
What we're looking for
3–5 years of mechanical engineering experience on physical hardware products shipped to production
Strong CAD proficiency — SolidWorks, CATIA, or equivalent — with a structured, well-managed approach to assemblies and drawings
Hands-on experience with FEA and structural simulation tools — you use simulation to de-risk, not just to validate
Solid DFM knowledge — you understand how design decisions affect cost, lead time, and assembly at production scale
Comfortable working across disciplines — firmware engineers, electrical engineers, and ops teams
Detail-oriented and methodical — you document your work clearly and manage revisions carefully in a shared hardware environment
Nice to have
Experience with autonomous mobile robots or wheeled platforms
Background in medical device or hospital equipment design
Familiarity with sheet metal, injection moulding, and extrusion processes
Experience with locking, latching, or retention mechanism design
Knowledge of IEC 60601 or clinical material requirements