Responsibilities & Key Deliverables
1. Key Tasks and Deliverables
Lead end‑to‑end system requirement development for automotive electronic controllers across the V‑model lifecycle
Translate vehicle‑level and customer requirements into transparent, testable system and software requirements
Review and interpret hardware schematics to ensure system‑level design alignment
Drive AUTOSAR‑based software architecture discussions in collaboration with software teams
Guide root‑cause analysis and resolution of field issues with speed and technical depth
Coordinate technically with hardware, software, validation, manufacturing, and quality teams
Mentor and guide a team of 2–4 engineers to ensure on‑time, high‑quality deliverables
2. Critical Must-Have Deliverables
Automotive controller system requirements compliant with internal and OEM standards
Robust system‑level interfaces for CAN / CAN FD communication
UDS and J1939 diagnostic definitions and validation support
AUTOSAR‑aligned system inputs for software development
Effective resolution reports for field and integration issues
Consistent technical leadership and task execution by the assigned team
3. Good-to-Have Deliverables
Hands‑on contribution to embedded software development activities
System‑level involvement in BMS, On‑Board Charger, or DC‑DC Converter programs
Support for functional safety or cybersecurity discussions at system level
Process improvements in requirements management or issue‑tracking workflows
Experience
8–10 years of experience in automotive electronics system engineering




Proven experience in automotive controller system requirement development
Strong exposure to basic hardware development flow with schematic understanding
Hands‑on experience with CAN / CAN FD communication
Solid working knowledge of UDS and J1939 protocols
Mandatory experience in AUTOSAR‑based software development environments
Prior experience in technical coordination with cross‑functional teams
People management experience leading 2–4 engineers
Industry Preferred
Automotive Electronics
Electric Vehicle (EV) and Power Electronics Systems
Tier‑1 Automotive Suppliers
Embedded Systems and Mobility Solutions
Qualifications
B.E. / B.Tech in Electrical or Electronics Engineering
Master’s degree in Power Electronics is highly preferred
General Requirements
Competencies and Skills
Functional Competencies
Automotive system engineering and requirements management
Digital and power electronics fundamentals
System‑level thinking across HW–SW boundaries
Field issue triage and problem‑solving
Tools & Techniques
AUTOSAR development frameworks
CAN, CAN FD analysis tools
Diagnostic tools supporting UDS and J1939
Requirements and defect management tools (e.g., DOORS, JIRA, Polarion – exposure preferred)
Behavioral Competencies
Strong technical leadership and ownership mindset
Ability to make decisions under ambiguity
Clear technical communication with stakeholders
Coaching and mentoring capability
Our commitment to Diversity, Equity, and Inclusion

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