System Engineer - Medical Domain

Key Responsibilities

• Own system and subsystem architecture and requirements across the full product lifecycle
• Develop clear, testable requirements and maintain traceability through verification and validation
• Perform system-level analysis, simulation, and risk assessments to ensure performance, safety, and reliability
• Lead technical execution of projects, including requirements definition and design reviews
• Translate market and customer needs into system architectures and engineering requirements
• Partner cross-functionally with electrical, mechanical, firmware, and software teams
• Define and maintain verification and validation plans, test cases, and requirements traceability
• Implement tools and processes to track requirements, quality, and project progress
• Serve as primary technical point of contact, ensuring adherence to standards and development processes
• Support multiple concurrent programs, managing priorities and communicating status, risks, and outcomes
• Contribute to risk identification, mitigation strategies, and compliance with relevant standards
• Drive continuous improvement in systems engineering, requirements management, and testing processes
• Participate in technical talent evaluation and development

• 5+ years of engineering experience, including:
• 2+ years in requirements management
• 2+ years with electromechanical systems
• Experience with embedded systems, including hardware/firmware integration
• Proven ability to develop and manage system architectures and multi-domain requirements
• Experience with requirements and test management tools (e.g., DOORS, Jira)
• Strong understanding of embedded systems, connected solutions, and cybersecurity considerations
• Experience in regulated or high-reliability environments (e.g., industrial safety, aerospace, medical)
• Strong communication, analytical, and problem-solving skills
• Ability to lead technical discussions, manage multiple priorities, and work cross-functionally
• Familiarity with structured development processes (e.g., ASPICE, Agile/Scrum)

• Degree in Systems, Electrical, Computer, or Software Engineering
• Experience with high hazard or safety-critical systems (e.g., SIL2)
• Experience in regulated industries (e.g., aerospace, medical devices)
• Experience with ASPICE and Agile development environments
• Skilled in risk analysis, verification planning, and process improvement
• Ability to mentor or assess engineering talent

Collaborative engineering environment focused on electromechanical and embedded system development for industrial or high-reliability applications. Involves cross-functional teamwork, structured development practices, and participation in design reviews, testing, and multi-project coordination. Emphasis on safety, quality, and continuous improvement.