Chassis Controls xIL System Architect and Dev Ops Lead Engineer

GM•Milford, MI

1d•Hybrid

About The Position

We are seeking a Technical Lead to drive the architecture, evolution, and execution of Chassis Controls HIL/SIL simulation environments. This role is central to advancing our virtual development strategy, enabling next-generation chassis, propulsion, and software-defined vehicle technologies. You will shape simulation frameworks, lead the transition from HIL to SIL, and provide technical leadership across teams to ensure reliable, scalable, and future-ready xIL environments.

Requirements

Bachelor’s degree in Mechanical Engineering, Electrical Engineering, Computer Science, Physics, or related field
Master’s degree preferred
7+ years of engineering experience (post-graduation)
5+ years of product development experience
Technical depth in at least two architecture domains (system architecture, software architecture, DevOps/CI/CD, functional taxonomy, system safety, control architecture)
Experience with HIL application engineering and simulation modeling
3+ years of MATLAB/Simulink for plant modeling, integration, and real-time simulation
Strong understanding of Vehicle Dynamics and Chassis Controls
Proven success leading complex, ambiguous engineering projects
Excellent communication, relationship-building, and problem-solving skills
Ability to adapt to evolving products and processes
Valid driver’s license; ability to operate test vehicles
Willingness to travel (1–3 weeks per year)

Nice To Haves

Experience in controls engineering, real-time simulation tools (e.g., dSPACE), testing/validation, or domains such as Chassis, Propulsion, VMEC, N&V, Vehicle Dynamics, or VDDV
Knowledge of major automotive subsystems
Experience with data acquisition instrumentation, CANalyzer, or NeoVI
Understanding of software development processes and control theory

Responsibilities

Lead architecture, development, and maintenance of Chassis Controls HIL and SIL simulation environments supporting current and future vehicle software platforms (IBAC, VMC), chassis/propulsion systems (eBoost, BbW, SBW, EV/PHEV/ICE), and toolchains (VIP, SDV2.0).
Drive the transition from HIL to SIL , establishing standard work and closing capability gaps in scripts, tools, and processes.
Ensure xIL models and benches remain current and operational by identifying bottlenecks and implementing proactive technical solutions.
Build and expand a shared xIL environment backbone for Chassis Controls, Driver-in-the-Loop (DIL), brake HIL, and steering HIL teams.
Collaborate with VDDV, Global Performance, S&S, VMEC, and SDV partners to align simulation strategies across domains.
Develop business cases for new simulation frameworks, capital investments, and toolchain improvements; present recommendations to leadership.
Lead and mentor a team of product owners and model developers , guiding strategy, priorities, and execution.
Facilitate cross-lab technical forums to streamline tools, eliminate redundancy, and identify efficiency and cost-saving opportunities.
Provide technical leadership for complex projects, from requirements through execution, with high autonomy and accountability.
Monitor industry trends and emerging tools, communicating opportunities and risks to leadership.
Support the HIL lab with strategic planning and resource coordination, removing technical blockers to ensure successful digital transformation.