R&D Software Engineering Intern
Boston Scientific2 days ago
Arden Hills, MN, USAIntern
Base Salary
$43k - $74k/yr
Responsibilities
- Assist in designing, developing, and debugging UI software for medical devices.
- Contribute to software development using C++ and object-oriented programming principles.
- Collaborate with software engineers and cross-functional teams on reliable, maintainable software solutions.
- Gain exposure to Linux environments, operating-system concepts, and secure software development practices.
- Participate in code reviews, technical discussions, and software troubleshooting.
- Apply software engineering practices in a regulated medical-device development environment.
Requirements
- Currently pursuing a bachelor’s or master’s degree in Computer Science or Computer/Electrical Engineering.
- Be a current rising junior or rising senior with a graduation date between December 2028 and May 2029.
- Have experience with C++ programming.
- Be available to start on May 17 or May 24, 2027, and work for 12 weeks.
- Have reliable transportation to and from work.
- Preferred qualifications include familiarity with object-oriented programming, Linux, Git, secure software development, operating-system security, UI development, software architecture, software requirements, documentation, and verification processes.
Benefits
- Onsite work in the local office five days per week.
- Relocation and housing assistance may be available to eligible participants.
- Access to tools, information, training, and employee benefits.
About Boston Scientific
Boston Scientific designs and manufactures implantable and minimally invasive medical devices used by physicians to diagnose and treat cardiovascular, endoscopic, urological, neurological, and other conditions. It sells these products and related therapies to hospitals and health systems worldwide through a direct sales model and distributors. Founded in 1979 and headquartered in Marlborough, Massachusetts, it is publicly traded on the NYSE (BSX) with offerings spanning stents, catheters, electrophysiology, and neuromodulation systems.