1. System Use-Case Development, Decomposition & Review. Serve as the lead engineer for high-level (L 0) system use-case development, decomposition, and review across core vehicle power platforms. Coordinate the systematic decomposition of Customer/ Vehicle use cases into detailed sub-system levels and interface definitions. Conduct rigorous peer reviews with sub-system leaders to ensure alignment and coverage. Prepare and present critical safety use-case walkthroughs to ensure compliance with functional safety standards. 2. Multi-Platform System Definition & Architecture. Provide architectural guidance and review support across multi-platform vehicle programs. Partner with senior technical leaders and third-party engineering teams on higher-platform-scope system definitions. Clarify vehicle feature content against existing system use cases to identify discrepancies or scope gaps. Proactively drive gap identification and closure tracking with Technical Specialists (TS) to prepare for Energy and Electrical Management reviews. 3. Engineering Partner Coordination & Quality Oversight. Serve as the primary technical liaison to external systems engineering partners. Guide partner teams on requirements decomposition and review the quality of System/ Sub-System requirements to ensure they meet internal engineering standards. Proactively identify, document, and mitigate risks associated with partner delivery (e.g., scope creeping, under-delivery, or quality gaps). Manage the joint engineering review process and track the successful delivery of Program Increment (PI) commitments. 4. Change Control Investigations & Technical Support. Act as the lead technical investigator for change control tickets and system-level anomalies. Support deep-dive, system-level investigations to resolve complex power management integration issues. Capture investigation outcomes, technical findings, and subsequent tasks as actionable backlog items within agile project management tools. 5. High-Level Design (HLD) & Power Management Frameworks. Serve as the lead author for High-Level Design (HLD) documentation for advanced power distribution and power net architectures and detailed System requirements documentation, Sys. ML, Requirement Management tools. Drive the creation and implementation of standardized Power Management templates in collaboration with feature development teams. Coordinate with cross-functional engineering leaders to ensure technical alignment across hardware, software, and systems domains. You'll have... Bachelor’s or Master’s degree in Electrical Engineering, Systems Engineering, Computer Engineering, or a related technical field . years of experience in systems engineering, automotive electrical architectures, power management, or energy distribution systems. Strong experience in requirements decomposition, use-case development, and system-level modeling. Proven track record of managing and providing technical oversight to external engineering suppliers or third-party design partners. Strong analytical skills with experience leading complex technical investigations and utilizing Change Control systems (e.g., Jira or similar agile tools). Exceptional communication skills with the ability to influence cross-functional teams, lead technical reviews, and document complex architectures clearly (e.g., via Confluence/ Wikis). Even better, you may have... Familiarity with functional safety standards (e.g., ISO 26262). Experience with vehicle energy management, low-voltage power distribution, or high-voltage battery systems. Experience working within Agile product development frameworks.