New Products Architect – Internal Combustion Engines

Position Summary General Motors is seeking a New Products Architect to lead the definition, integration, and execution of future Internal Combustion Engine architectures within the New Products Group organization. This is a individual contributor role for an engineer who can independently lead significant technical work, exercise sound judgment on complex engineering matters, convert broad program needs into executable technical plans, and drive alignment across a broad cross-functional team. This role is focused on new product development for engines, with responsibility to define and engineer architectures that meet vehicle-level requirements, provide technical and program leadership in a cross-functional Balance Architecture environment, and own engineering and program deliverables during the BA phase. The role is intended for an experienced systems-minded engineer who can bridge architecture definition, component and subsystem integration, technical decision-making, and handoff into execution teams.

Define and engineer engine architectures that meet vehicle-level functional, performance, efficiency, durability, cost, timing, packaging, manufacturing, and quality requirements. Lead the technical definition of new engine concepts during BA and early new product development phases. Own engineering and program deliverables during BA, including technical scope alignment, requirements definition, architecture tradeoffs, issue resolution, and readiness for gate reviews. Lead or provide technical leadership to a Balance Architecture core team, ensuring the standard work is executed with clarity, urgency, and strong cross-functional alignment. Translate broad program objectives into structured engineering workstreams, design paths, system requirements, and integration plans. Serve as the central technical integrator across production release, design, analysis, validation, software and controls, calibration, manufacturing, purchasing, quality, and program teams. Drive system and subsystem tradeoff decisions across power and torque output, transient response, fuel economy, emission compliance, lubrication and ventilation, thermal management, accessory drive, controls, NVH, and related engine interfaces. Support development of future propulsion architecture strategies and transition technical work from new products into downstream execution organizations. Lead technical reviews and provide data-based recommendations in situations involving ambiguity, limited precedent, aggressive timing, or competing requirements. Work with suppliers and external engineering partners to mature concepts, assess alternatives, resolve technical gaps, and support program timing. Mentor less-experienced engineers and act as a technical resource for the broader team. Help ensure new product architectures are positioned for successful transfer into production execution with clear requirements, sound engineering rationale, and practical implementation paths.

Bachelor’s degree in Mechanical Engineering, Electrical Engineering, or a related engineering field 10+ years of experience in internal combustion engines, hybrid propulsion systems, or closely related powertrain hardware Demonstrated experience in system architecture, subsystem integration, or complex cross-functional technical leadership Strong understanding of how mechanical and electromechanical systems must be balanced across performance, efficiency, cost, quality, manufacturability, and timing Proven ability to work independently with minimal guidance on significant technical matters Strong analytical, physics-based problem-solving, communication, and technical leadership skills Demonstrated ability to influence direction and drive alignment across functions without direct authority Experience leading technical work that spans multiple components, functions, or engineering disciplines Preferred Qualifications Advanced degree in