Requirements Lead – ECU component lead

Software & Electric and Electronics - Software & Electric and Electronics

Requirements Lead – ECU component lead

Contrat

CDI

Statut

Cadre

Requirements lead, HPC ECU multi-domain component lead

Profil

• Engineering - BE / BTech / ME / MTech / MS
• Discipline – Computer Science, Electronics & Communication, Electronics & Computer, Electrical & Electronics

• Requirements Engineering: Expertise in eliciting, analyzing, specifying, validating, and managing requirements across all levels – stakeholder, system, and software.
• Automotive Standards: In-depth knowledge of Automotive standards such as ISO 26262 (Functional Safety), AUTOSAR, ASPICE, and relevant process frameworks.
• Stakeholder Management: Proven ability to engage, communicate and negotiate with diverse stakeholders including customers, system architects, software teams, and quality teams.
• System & Software Requirements: Experience translating high-level stakeholder needs into system and software requirements suitable for downstream design and development teams.
• Tools & Methodologies: Proficiency in requirements management tools like IBM DNG, Polarion. Familiarity with model-based design and SysML/UML is a plus.
• Traceability & Impact Analysis: Establish and maintain requirements traceability matrices and perform impact analysis for changes.
• Verification & Validation: Collaborate with verification teams to define acceptance criteria and support test planning linked to requirements.
• Communication: Strong technical writing, documentation skills, and presentation capabilities.
• Leadership: Experience leading a team of requirements engineers or analysts, mentoring and guiding junior members.
• Process Improvement: Ability to define and improve requirements processes aligned with industry best practices and organizational goals.
• Define requirement strategy & data model, document and implement the strategy

• Automotive embedded software development lifecycle. Domain experience in minimum one of the domains : Body controlers, ADAS, propulsion, cockpit (infotainment, instrument clusters, HUDs, HMI).
• Deep understanding of vehicle network communication protocols such as CAN, Ethernet, SOME/IP, and their implication on requirements.
• Familiarity with software architecture and layered automotive software stacks (Classic AUTOSAR, Adaptive AUTOSAR).
• Experience handling complex multi-domain system requirements and coordinating cross-functional dependencies (software, hardware, mechanical).
• Skilled in managing agile and V-model based projects in automotive software development.
• Knowledge of cybersecurity requirements and integration in automotive embedded systems is an advantage.

Pays

Europe, France

Langues