Test Method Engineer - Medical Device Innovation

Boston Scientific; Maple Grove (MN); On-site; USD 78,000 - 149,000; Full time

Job summary

Boston Scientific in Minnesota is seeking a Test Method Development Engineer - P3 to join the Research and Development team within the Interventional Heart Failure group.

You’ll focus on test method development for critical product performance measures on a new product platform with device feedback loops, including sensors. Expect approximately 20% travel and an onsite work model in Arbor Lakes, MN.

Qualifications

• Master’s or PhD in mechanical engineering or biomedical engineering.
• Minimum 3+ years of engineering experience.
• Strong engineering fundamentals and sound technical judgment.
• Experience developing product-level test methods and equipment/fixturing with verification testing.
• Strong understanding of statistical analysis.

Responsibilities

• Test method developer for components, sub-assemblies, or finished medical device products.
• Create new methods to evaluate critical areas of product performance with device feedback loop focus.
• Design equipment or fixturing to support method development.
• Lead or contribute to test protocols, data generation, and analysis.
• Collaborate cross-functionally to ensure requirements are unambiguous and measurable.
• Prepare technical reports communicating results and knowledge sharing.
• Contribute ideas for intellectual property submissions.
• Hands-on in-lab product development and testing.

Skills

Statistical analysis

Project management

Team collaboration

Test method development

Education

Master’s or PhD in mechanical/biomedical engineering

Tools

Fixturing design

Job description

Boston Scientific in Minnesota is seeking a Test Method Development Engineer - P3 to join the Research and Development team within the Interventional Heart Failure group.

You’ll focus on test method development for critical product performance measures on a new product platform with device feedback loops, including sensors. Expect approximately 20% travel and an onsite work model in Arbor Lakes, MN.