Staff Embedded Engineer

Join an innovative engineering team developing advanced wireless power and data-transfer technology for implantable medical devices. As a Staff Embedded Engineer, you will shape firmware architecture and lead embedded software development across multiple product platforms. You will work at the intersection of embedded systems, power electronics, and medical technology, transforming advanced research into reliable, production-ready solutions. This hands-on technical leadership role combines software architecture, firmware implementation, hardware integration, and verification. You will also establish scalable software development practices aligned with medical device regulations, helping strengthen internal engineering capabilities. Your work will contribute to technologies that support better patient outcomes and enable the next generation of implantable medical devices.

The ideal candidate is an experienced embedded software engineer with strong firmware architecture skills, practical electronics knowledge, and a solid understanding of regulated medical device development. You should be comfortable taking independent ownership of complex technical assignments while collaborating closely with multidisciplinary engineering teams.

• Demonstrated experience developing embedded software in accordance with IEC 62304, with a strong understanding of software lifecycle processes, requirements management, architecture, risk controls, traceability, verification, and release documentation.

• Ability to establish, manage, and continuously improve scalable software development processes suitable for a growing medical technology organization.

• Proven ownership of complex embedded software projects, including architecture, implementation, hardware integration, verification, and production release.

• Experience delivering embedded firmware for commercial products and collaborating effectively across engineering disciplines.

• Strong embedded C programming and firmware architecture skills.

• Experience with resource-constrained microcontrollers, RTOS-based and bare-metal systems, peripheral interfaces, and the development of maintainable, testable production code.

• Practical electronics knowledge and hands-on hardware–software integration experience, including board bring-up, schematic interpretation, and debugging interactions between firmware and electronics.

• Proficiency with laboratory and debugging equipment such as oscilloscopes, logic analyzers, and firmware debuggers.

• Experience developing software tests and verification strategies, documenting technical decisions, and maintaining clear development records.

• Strong communication and problem-solving skills, with the ability to move comfortably between software development, laboratory work, and software lifecycle activities.

• Familiarity with power electronics, closed-loop control systems, or wireless power-transfer technologies.

• Strong ownership, initiative, and self-motivation, with the ability to manage priorities and deliver results independently.

• Analytical thinking and a data-driven approach to troubleshooting and technical decision-making.

• Excellent attention to detail and organizational skills, including the ability to manage multiple concurrent projects.

• Collaborative mindset and clear communication skills, with a willingness to support colleagues and contribute to shared goals.

• Growth-oriented attitude, openness to feedback, and commitment to continuous learning and improvement.