KEY DUTIES AND RESPONSIBILITIES
- Support and maintain the existing firmware architecture, ensuring reliability and compliance with medical device standards.
- Develop a deep understanding of the current firmware implementation and proactively share knowledge with technical teams and stakeholders.
- Educate and mentor others on the design, operation, and rationale behind the existing system.
- Lead and recommend improvements and enhancements that build upon the current architecture, prioritizing maintainability and adaptability for future product requirements.
- Represent a philosophy of continuous improvement—modifying and evolving the firmware as needed, while respecting and leveraging the strengths of the established system and managing risk throughout the process.
- Collaborate with internal and contract cross-functional teams to ensure proposed changes enhance workflow and methodologies and align with organizational goals and regulatory requirements.
- May direct personnel and firmware related project activities in collaboration with external contract firmware and system experts.
- Define requirements and specifications, architect firmware systems for Class III implantable products and programming systems, and document firmware system requirements through documents, reports, memos, and change requests.
- Responsible for analyzing, designing, programming, debugging, and modifying real-time applications, often involving analog and digital hardware as well as software operating systems, which require knowledge and exposure to hardware design.
- Develop and maintain automated CI/CD platforms for firmware development iteration, design verification and production testing, maximizing availability, improving test coverage and ensuring rapid, reliable completion.
- Integrate automated build, static code analysis, and test frameworks into the CI/CD process to enforce code quality, regulatory compliance, and early defect detection.
- Lead risk analysis and risk management activities, including reliability analysis and hazard assessment, to ensure compliance with medical device standards and regulations.
- Implement root cause analysis and corrective actions for firmware and hardware issues.
- Lead the design and implementation of security features and controls in firmware, including encryption, to ensure compliance with internal SOPs, regulatory standards, and industry best practices.
- Lead the design and implementation of firmware design verification tests.
- Integrate Secure Software Development Life Cycle (SSDLC) practices into firmware development, embedding security requirements from initial design through deployment and maintenance.
- Collaborate with IT and security teams to monitor, assess, and respond to cybersecurity risks, including supply chain vulnerabilities and incident response.
- Participate in research and integration of new functions and features into the existing systems.
- Participate in the research and development of new technologies and products as required.
- Other duties as assigned by manager
REQUIRED EDUCATIONAL TRAINING AND JOB RELATED EXPERIENCE
- B.S. in Computer Engineering, Electrical Engineering, Computer Science, or Software Engineering.
- 10 or more years experience in a regulated industry (medical device manufacturing, aerospace, etc.)
- Experience with the following technologies; C, C++, C#, RTOS, OOP, JTAG, MICS, OTS ULP micro-controllers
- Familiarity with FDA regulations and guidance docs, and external standards, including EN 62304, ISO 14971, and AAMI TIR57 or similar regulated industry experience
- Valid identification approved for international flight and travel
- Valid driver’s license in good standing and reliable personal transportation
PREFERRED EDUCATIONAL TRAINING AND JOB RELATED EXPERIENCE
- M.S. in Computer Engineering, Electrical Engineering, Computer Science, or Software Engineering.
- Experience/knowledge associated with the processes associated with an implantable medical device system.
- Product design experience from concept to manufacturing in a regulated device product development environment.
WORKING CONDITIONS AND REQUIRED PHYSICAL EFFORT
- Normal R&D laboratory and office conditions.
- Capable of safely lifting up to 10 pounds as necessary for role.
- Occasional travel (including airline) up to 15% of the time; may include international travel.
Top Skills
What We Do
CVRx is a commercial stage, public (NASDAQ: CVRX) medical devices company located in Minneapolis, Minnesota. The company has developed proprietary implantable technology for the treatment of high blood pressure and heart failure. Barostim™ triggers carotid baroreceptors - the body’s own natural blood flow regulation system - which signals the brain to regulate cardiovascular function.
Patient Stories on CVRx:
The accounts and quotes of patients are genuine and documented. These stories represent a unique individual experience and does not provide any indication, guide, warranty or guarantee as to the response other people may have to CVRx technologies.
Barostim is a prescriptive device. For a list of all potential benefits and risks go to www.cvrx.com/benefit-risk-analysis/








