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Develop and refine manufacturing processes for next-generation medical devices. Responsibilities include maintaining process plans, collaborating cross-functionally, designing and testing prototypes, conducting process characterization and validation experiments, and evaluating new manufacturing technologies.

Develop and refine manufacturing processes for next-generation medical devices. Responsibilities include maintaining process plans, collaborating cross-functionally, designing and testing prototypes, conducting process characterization and validation experiments, and evaluating new manufacturing technologies.

Leads a software engineering team developing, testing, documenting, and supporting Windows-based medical device software. Responsibilities include Agile work assignment and tracking, requirements verification, regulatory-compliant documentation, stakeholder communication, process improvement, mentoring engineers, and design reviews. The role requires C# and C++ development, medical device software experience, IEC 62304 and FDA guidance compliance, and cross-functional collaboration.

Process Development Engineering Interns develop and improve manufacturing processes, test systems, fixtures, tooling, and equipment for medical devices. Responsibilities include hands-on design, testing, troubleshooting, process validation, statistical analysis, manufacturing documentation, and cross-functional collaboration. Interns support scalable, high-quality production processes across areas including electrophysiology, cardiac rhythm management, diagnostics, endoscopy, and urology while ensuring compliance with quality procedures.

Software engineering intern supporting the development of innovative medical device software for interventional oncology and embolization therapies. Responsibilities include performing engineering work, collaborating cross-functionally, executing software strategy, supporting development efforts, generating recommendations, and presenting results to leadership. The role includes training, mentorship, and hands-on experience in a medical device environment.

Develop embedded firmware, software tools, and diagnostic solutions for implantable cardiac devices. Collaborate with cross-functional engineering teams, using C++, C#, and Python to support monitoring, treatment workflows, device functionality, data flow, and system integration. Participate in Agile development while ensuring solutions meet clinical, regulatory, and patient safety requirements.

Forecasts Boston Scientific’s global effective tax rate and cash tax position, builds legal entity and scenario models, performs variance analysis, and explains tax impacts to Finance and Tax leadership. Partners across FP&A, Treasury, Accounting, and tax teams on acquisitions, restructurings, legislation, and planning strategies. Improves forecasting processes using analytics, data visualization, and technology-based solutions.

Develops and executes electronics sourcing strategies, manages supplier relationships, negotiates commercial agreements, assesses supply-chain risks, and supports post-acquisition integration. The role partners with engineering, quality, and business stakeholders to improve cost, resiliency, continuity, and supplier performance. Responsibilities include evaluating supplier networks and contracts, creating integration roadmaps, mitigating risks, and transitioning sourcing processes into company governance systems.

IT Analyst Interns apply business analysis, data analysis, visualization, user experience, project management, and product management skills to real IT challenges. They deliver a project outcome during a 12-week program, collaborate with cross-functional teams, complete a group project, and participate in professional development activities. Successful interns may be considered for Boston Scientific’s two-year technology leadership rotational program.

Develop deep learning and AI/ML models to predict cardiac events from ECG and physiological signals. Apply signal processing, analyze implantable-device datasets, build Python tools, validate algorithms, and support feasibility studies for diagnostic features. Collaborate with clinical, software, and hardware teams to improve implantable-device performance and patient outcomes.