Job Description & Details
This contract role puts you right into the New Product Verification Department, where you'll be hands-on with complex robotic surgical systems, endoscopic instrumentation, and diagnostic tools. It's a high-impact position because your test protocols directly dictate whether life-critical medical technology is safe enough for hospitals, surgeons, and patients. You will spend your days bridging the gap between design and clinical reality, making sure hardware holds up to rigorous real-world demands.
What You'll Actually Be Doing
Expect to spend your time writing, executing, and owning test protocols for Design Verification and Life/Reliability testing. You won't just be sitting at a desk; you'll be in the lab designing custom test fixtures in SolidWorks, running automated tests on robotic surgical systems, and sometimes working directly with biological samples like tissue and blood. When something breaks—and it will—you'll lead failure investigations, run root cause analyses, and collaborate closely with cross-functional engineering teams to iterate on the design.
The Core Tech Stack
You need a solid foundation in mechanical and electro-mechanical systems. Proficiency with SolidWorks is heavily relied upon for building custom test fixtures and releasing documentation into Agile. You should also feel comfortable wielding measurement tools like force gauges, calipers, Instrons, and oscilloscopes. If you have scripting experience with Python or MATLAB, along with some Arduino tinkering background, you'll be able to automate your testing workflows much faster here.
Interview Expectations
The hiring manager is going to test your ability to methodically troubleshoot hardware failures under pressure. Expect a scenario-based question where a custom-designed test fixture fails mid-cycle during a critical reliability test; they want to hear your step-by-step approach to root-cause analysis and how you communicate that failure mode to the design team. They will also likely ask you to walk through a time you translated vague functional requirements into rigid, repeatable acceptance criteria for a complex electro-mechanical test protocol.
Application Advice
To get past the automated screening, make sure your resume explicitly highlights your hands-on verification and validation experience within regulated environments, ideally medical devices. Sprinkle in exact keywords from the listing like SolidWorks, Agile, Design Verification, root cause analysis, and specific test equipment such as Instron or oscilloscopes. Frame your past projects around how you managed failure modes and designed test fixtures from scratch rather than just running pre-existing scripts.