Embedded System Integration - System Architect

Stellantis•Auburn Hills, MI

About The Position

We are looking for an AD L4 Embedded System Integration and Sub-System Architect to ensure the technical consistency, performance, and seamless integration of the AD L4 subsystem within the AV-ready platform. The role combines system architecture, cross-functional coordination, and technical integration to align hardware, software, and vehicle-level requirements. Within TECH Research, we explore and assess the feasibility of disruptive technologies, including AV-ready solutions for Level 4 autonomous driving and REAA/SACO scope focuses primarily on autonomy safe system design and advanced connectivity.

Requirements

Bachelor’s degree in electrical engineering, Electronics, Embedded Systems, or related field
A minimum of 5 years of experience in automotive R&D or embedded systems integration
Experience in system engineering and architecture definition
Ability to build and analyze technical safety concepts
Embedded systems integration (HW/SW)
Technical decision-making and problem-solving
Strong analytical and synthesis capabilities
Fluent English

Nice To Haves

Master’s degree (Engineering or equivalent)
Strong experience in: Embedded systems & real-time software
Strong experience in: HW/SW integration and ECU architecture
Strong experience in: Automotive E/E systems and mechatronic components
Knowledge of Functional Safety (ISO 26262) preferred

Responsibilities

Define and maintain the functional, logical, and physical architecture of the AD L4 subsystem
Ensure HW/SW compatibility and integration within the global vehicle platform
Drive requirements allocation and traceability down to component level
Build and justify the system design and safety concepts (incl. ISO 26262 alignment)
Analyze the technical impact of introducing AD L4 subsystem on vehicle platform (HW, SW, E/E architecture)
Define and coordinate integration strategies (ECU, sensors, compute platforms)
Contribute to integration, validation, and verification plans
Operate in a cross-functional engineering team (system, HW, SW, safety, validation)
Coordinate contributors across multiple technical centers and domains
Act as operational leader ensuring alignment and efficiency of contributors
Drive technical arbitration and decision-making
Ensure achievement of Quality, Cost, Delivery, and Performance (QCDP) targets
Guarantee consistency and robustness of engineering deliverables through technical reviews
Manage system-level risks, constraints, and opportunities
Participate in prospective and innovative activities including performing technology intelligence