SYSTEM ENGINEER IV - HYBRID

System Architecture Technical Leadership Define, develop, and maintain the overall system architecture for power electronics and related domains. Perform architectural evaluations, trade‑off analyses, and identify optimal technical solutions. Create system-level models, interface specifications, architectural diagrams, and technical documentation. Ensure architectural consistency across hardware, software, mechanical, safety, and functional areas. Lead cross‑domain architecture reviews and maintain full requirements-to-architecture traceability. Systems Analysis Requirements Engineering Elicit, clarify, and analyze complex system requirements from customers, standards, regulations, and internal stakeholders. Translate high-level requirements into detailed system specifications and functional architectures. Conduct technical feasibility studies, risk assessments, and change impact analyses. Align cross-disciplinary requirements and solve technical conflicts together with domain experts. Maintain and optimize systems engineering toolchains, including requirements and modeling environments. System Integration Strategy Define system-level integration concepts, including hardware-software interaction models and integration test strategies. Perform system-level analyses to ensure compatibility and coherence between components. Conduct system-level reviews, validation assessments, and support root‑cause analysis for complex issues. Process Optimization Reporting Improve and further develop systems engineering processes, modeling guidelines, and architectural governance rules. Monitor engineering KPIs to ensure technical quality and process adherence. Support compliance activities (e.g., Automotive SPICE, functional safety) and internal assessments. Review and evaluate suggestions for process improvement and support implementation. Ensure compliance with industrial safety and environmental protection guidelines.