Principal Embedded Software Engineer — Regulated Medical Devices

Halian | Managed Services, Recruitment Agency & Contract Staffing; Waltham (MA); Vor Ort; USD 180.000 - 240.000; Vollzeit

Zusammenfassung

Halian is seeking a Principal Embedded Software Engineer to lead architecture and development for regulated medical devices. You will own embedded C/C++ design, collaborate across engineering, quality and regulatory teams, and mentor others while ensuring IEC 62304 compliance and robust lifecycle documentation.

We expect extensive experience with Embedded Linux/RTOS, device drivers, and cross-functional execution.

Qualifikationen

• Extensive embedded software/firmware experience in regulated environments.
• Hands-on leadership with architecture, design, and code reviews in medical devices.
• Strong knowledge of IEC 62304 lifecycle processes and design controls.

Aufgaben

• Lead architecture, design, development, debugging, and maintenance of embedded software for regulated devices.
• Develop high-quality embedded apps in C/C++ with RTOS and Embedded Linux.
• Define and improve software architecture, interfaces, and HALs.
• Modernize legacy code and drive hardware-software integration.
• Create and review software lifecycle documentation and DHF artifacts.
• Mentor engineers and collaborate with quality/regulatory teams.

Kenntnisse

Embedded C/C++

Technical leadership

Mentoring

Embedded debugging

Architectural ownership

Cross-functional collaboration

RTOS/Embedded Linux

Device drivers

Ausbildung

Bachelor's or Master's degree in engineering

Tools

JTAG

Oscilloscopes

Logic analyzers

CI/CD pipelines

Jobbeschreibung

Halian is seeking a Principal Embedded Software Engineer to lead architecture and development for regulated medical devices. You will own embedded C/C++ design, collaborate across engineering, quality and regulatory teams, and mentor others while ensuring IEC 62304 compliance and robust lifecycle documentation.

We expect extensive experience with Embedded Linux/RTOS, device drivers, and cross-functional execution.