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Leads advanced vehicle chassis subsystem development from architecture and concept design through analysis, integration, sourcing, and validation. Responsibilities include CAD and Teamcenter design reviews, packaging, performance and cost tradeoffs, DFMEA, benchmarking, readiness assessments, peer reviews, and collaboration with cross-functional engineering, manufacturing, purchasing, and design teams. The role supports brakes, tire/wheel systems, fuel, mounts, induction, or exhaust components and requires strong technical judgment in an evolving development environment.

Provides field-based automotive diagnostic, repair, and technical support to GM dealerships. Resolves escalated vehicle issues, supports potential repurchase cases, evaluates dealership service readiness, trains dealer personnel, manages dispatch cases, and communicates product-quality findings to GM engineering and service teams. The role also supports warranty-cost reduction, dealer comeback processes, customer relationships, arbitration matters, and technician recruitment while traveling frequently throughout the assigned territory.

Leads end-to-end traction inverter gate-drive and high-voltage PCB engineering, including architecture, schematic and layout oversight, component selection, simulation, validation, EMC, reliability, production launch, supplier execution, and field issue resolution. Develops design standards and verification plans, performs root-cause analysis, guides cross-functional teams, mentors engineers, and supports electrification programs from advanced development through production maturity.

Lead end-to-end ML projects for automotive manufacturing: design, train, validate, deploy, and monitor models; implement MLOps/CI-CD; perform data engineering, EDA, and model evaluation; ensure data security and regulatory compliance; document and communicate results to stakeholders.

Develop and maintain simulation-ready CAD surface geometry and assemblies for aerodynamic CFD workflows. Build parametric and automated models, refine imported or scanned geometry, resolve topology and mesh-related issues, and support efficient design iteration. Collaborate with CFD, aerodynamics, vehicle engineering, motorsports, and external partner teams to improve simulation accuracy and development speed.

Leads cross-functional design, development, validation, release, and production implementation of internal-combustion engine exhaust and boosting systems. Responsibilities include engineering documentation, DFMEA, testing, supplier technical management, design changes, production launch readiness, warranty support, and coordination with calibration, controls, manufacturing, emissions, thermal, NVH, and validation teams. The role requires 5–10% domestic and international travel and hybrid onsite work in Warren, Michigan.

Establishes and administers Jira-based work management across advanced vehicle development teams. Defines workflows, work breakdown structures, Scrum practices, dependencies, risks, metrics, and executive dashboards. Facilitates cross-functional execution, coaches teams on Agile delivery, improves adoption and process efficiency, and partners with technology teams on integrations, automation, data quality, and reporting.

Leads industrial engineering activities supporting manufacturing operations and continuous improvement. Analyzes processes, throughput, labor, ergonomics, takt time, cycle time, and bottlenecks; drives lean initiatives; develops standardized work; validates layouts, staffing, routes, and implementation readiness; and communicates project risks and recommendations. The role also automates reporting using technical tools, supports cross-functional manufacturing projects, and works onsite in a plant environment with rotating shifts and travel under 25%.

Implements and sustains cybersecurity programs at a manufacturing plant. Responsibilities include vulnerability remediation, incident response, disaster recovery, cybersecurity readiness assessments, OT patching and firmware updates, stakeholder coordination, risk communication, issue tracking, and continuous improvement while minimizing disruption to production operations.

Coordinate and develop the Advanced Vehicle Development MBSE toolchain, including tool pilots, enterprise integrations, testing, troubleshooting, technical requirements, and roadmap planning. Partner with engineering, IT, vendors, and enterprise tool owners to deliver scalable and traceable capabilities. Create training and support materials, facilitate integration planning meetings, manage issues and priorities, and support tool upgrades and improvements. The role requires strong systems integration, automation, stakeholder management, and technical communication skills.