Top Tech Jobs & Startup Jobs

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.

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.

Process Development Engineering Interns develop scalable manufacturing processes and test systems for medical devices. They apply chemistry, materials science, and engineering principles to process development, material selection, characterization, quality improvement, and manufacturing implementation. Interns collaborate with R&D, manufacturing, and technology teams; maintain process plans and manufacturing instructions; and ensure compliance with process development and quality requirements.

Leads the design, development, and improvement of automated test systems for complex medical devices. Responsibilities include developing hardware, software, fixtures, and instrumentation; defining verification strategies; troubleshooting electrical and system-level issues; improving test efficiency and reliability; providing technical leadership and mentoring; and maintaining test specifications, procedures, and documentation.

Leads architecture and delivery of enterprise full-stack applications, cloud-native microservices, APIs, and connected-device digital health platforms. Provides technical leadership, establishes engineering standards, mentors developers, and drives modernization, cloud migration, CI/CD, security, regulatory compliance, and cross-functional delivery. Requires expertise in Node.js or Java, front-end development, distributed systems, AWS or Azure, databases, containers, and orchestration.

Develops and executes manual and automated tests for electrophysiology software, including user interfaces and algorithms. Creates test scripts, debugs automation frameworks, documents results, reports defects, and supports test strategy and data setup. Collaborates with software, hardware, field support, and Scrum teams in a Linux environment using Python and various testing and development tools. The role involves electronic lab equipment and medical device quality practices.

Leads enterprise database administration for Oracle and PostgreSQL on AWS RDS, including lifecycle management, performance tuning, security, high availability, disaster recovery, incident resolution, and modernization migrations. Develops Unix/Linux automation with Shell/Bash and Python, applies cloud and infrastructure-as-code practices, evaluates AI-enabled operational capabilities, and partners with engineering and infrastructure teams. Provides technical direction, documentation, standards, mentoring, and operational support for business-critical production systems.

Software Development Engineer Intern supporting C++ software development in a Linux environment. Responsibilities include designing, developing, and unit testing applications; contributing to user interfaces, algorithms, and back-end data handling; participating in Agile Scrum teams; resolving technical issues; and collaborating across software development and testing teams. The role supports Boston Scientific’s real-time cardiac mapping system and includes mentorship and hands-on engineering experience.