<div class="show-more-less-html__markup show-more-less-html__markup--clamp-after-5 relative overflow-hidden"> <p><strong>Role: System Engineer</strong></p><p><strong>Location: Boblingen, Germany</strong></p><p><strong>Type: Permanent(Onsite) </strong></p><p><br/></p><p><strong>Job Responsibilities:</strong></p><ul><li>Plan and lead stakeholder workshops to clarify needs, reconcile conflicts, and create design input artifacts with traceable rationale.-Lead translation of user and business requirements into clear, measurable and testable product requirements; maintain requirements traceability to design decisions and lower level elements requirements.-Implement system architecture diagrams and define hardware/software/external interfaces while deploying modular subsystems that enable reuse and clarify component boundaries.-Plan and lead system integration testing strategy; verify results against design requirements and interfaces, record deviations, support investigation and resolution and readiness for system verification.-Lead design trade‑off analyses for system/subsystems, using modeling, simulation, and data analytics; quantify impacts on cost, schedule, safety and performance, and recommend balanced solutions.-Support supplier interactions for components, supplier quality improvements, supplier qualification as needed and escalate supply‑chain issues.-Contribute to usability testing, product safety/security assessments, design for reliability, serviceability, manufacturability and testability activities.-Apply and ensure compliance with relevant medical standards and regulations; performs product safety and risk assessments; support regulatory-compliant quality activities and regulatory submissions.-Own technical risk assessments, develop and implement mitigations, verify effectiveness, and report status to program stakeholders.-Coordinate change control across system/subsystems, maintain consistent baselines, communicate configuration impacts, and ensure product configuration traceability.-Develop lifecycle plans, assess obsolescence and sustainability risks, propose improvements to extend product value, and incorporate circular‑economy, and sustainability principles.-Understand and apply data technologies and Artificial Intelligence (AI) as a component in system design and apply AI in Systems Engineering workflows.-Drive continuous improvement in innovation, product quality and regulatory compliance by applying communication and collaboration skills while coaching peers and fostering technical growth.</li></ul> </div>