Biomedical Device R&D Intern

Boston Scientific; Maple Grove (MN); On-site; USD 43,000 - 74,000; Full time

Benefits offered by this job

Relocation assistance

Housing assistance

Job summary

Boston Scientific is seeking a student intern to join our R&D IO&E division in Maple Grove, MN. You will work five days a week onsite, contribute to designing and prototyping next-generation medical devices, and gain hands-on experience in a Fortune 500 environment.

You will participate in training and mentorship, collaborate with cross-functional teams, and explore market opportunities while supporting clinical feedback-driven development.

Qualifications

• Must graduate between Fall 2028 and Spring 2029.
• Pursuing a Bachelor's degree in Mechanical Engineering, Chemical Engineering, or Materials Science.
• Must be eligible to work in the U.S. without company sponsorship.
• Must have reliable transportation to and from the Maple Grove, MN (Arbor Lakes) Boston Scientific Corporate location.

Responsibilities

• Use your problem-solving abilities to perform meaningful engineering work.
• Grow your skillset through a combination of training, hands-on experience, and mentorship.
• Collaborate with a cross-functional team.
• Have opportunities to expand your professional network.
• Get exposure to what it is like working in a Fortune 500 medical device company.
• Design and prototype new devices to address clinical feedback.
• Develop new and innovative test methods for in vitro device testing.
• Assist new product development teams in device development and testing.
• Research clinical and market data for new market opportunities.

Job description

Boston Scientific is seeking a student intern to join our R&D IO&E division in Maple Grove, MN. You will work five days a week onsite, contribute to designing and prototyping next-generation medical devices, and gain hands-on experience in a Fortune 500 environment.

You will participate in training and mentorship, collaborate with cross-functional teams, and explore market opportunities while supporting clinical feedback-driven development.