Jobs at GM Performance Power Units

Administers enterprise servers, endpoints, identity services, virtualization, backup systems, and cloud-based device management. Manages Intune, SCCM/MECM, Autopilot, Apple Business Manager, patching, imaging, compliance, and PowerShell automation. Supports Microsoft Teams Rooms and audiovisual systems, including installation, troubleshooting, maintenance, documentation, and vendor coordination. Collaborates with infrastructure, security, facilities, and business teams to maintain reliable, secure, and standardized IT operations.

Two-year rotational finance development program for recent graduates and early-career professionals. Participants complete three eight-month rotations across finance functions, developing financial modeling, analytical, business intelligence, and strategic decision-support skills within a Formula 1 power-unit organization. The role requires collaboration, communication, adaptability, and comfort working in a fast-paced, regulated environment.

Develops and executes 2D/3D electromagnetic simulations for high-speed electric motors and power electronics. Performs performance mapping, efficiency and loss analysis, field-weakening studies, transient and harmonic analysis, and thermal-electromagnetic optimization. Collaborates with mechanical, thermal, controls, and manufacturing teams; validates models against test data; supports prototype development; and documents technical findings. The role focuses on Formula 1 power unit MGU-K motors, high power density, high-speed operation, manufacturability, and design optimization.

Analyze Formula 1 power unit telemetry using Motion Applied ATLAS to identify anomalies, failure precursors, and reliability trends. Build dashboards, condition monitors, reports, and automated Python data-processing workflows. Support failure investigations by correlating telemetry with teardown findings, provide live race and test-session monitoring, and communicate data-driven reliability recommendations to engineering and operations teams.

Develops and executes Formula 1 gearbox validation, durability, endurance, and dyno test programs. Analyzes test data, correlates results with simulations, investigates failures, and recommends design improvements. Supports test rig development, instrumentation, automation, and commissioning while collaborating with design, materials, manufacturing, and simulation teams.

Processes bi-weekly, monthly, and off-cycle US and UK payrolls for hourly and salaried employees. Ensures multi-state and international payroll compliance, manages timekeeping, audits and reconciles payroll data, supports bonuses and benefits reporting, resolves discrepancies, prepares financial and regulatory reports, and coordinates year-end activities. Partners with Human Resources, Finance, vendors, and leadership on payroll operations, compliance controls, process improvements, and special projects.

Processes and maintains accurate accounts payable records, including reviewing and coding invoices, performing three-way matches, reconciling vendor statements, resolving payment issues, supporting month-end close and audits, and ensuring compliance with internal controls. The role also performs data entry and administrative accounting tasks while collaborating with vendors and the accounting team.

Leads Energy Recovery System architecture and integration for a Formula 1 hybrid power unit. Owns system requirements, interfaces, modeling, trade studies, verification and validation, root-cause investigations, FIA compliance, and high-voltage safety. Coordinates mechanical, electrical, thermal, controls, software, chassis, and race operations teams while mentoring engineers and driving integration activities to meet aggressive performance, reliability, and timing targets.

Supports the development and commissioning of a high-voltage battery control box training and test rig. Responsibilities include analog HV safety-path schematic capture, component selection, PCB layout reviews, test procedure development, bench testing, data collection, documentation, and subsystem characterization. The intern will work onsite under supervision while learning high-voltage safety practices, including LOTO, HVIL checks, insulation-resistance testing, and commissioning procedures.

Develop and validate a coupled battery-cell thermal and equivalent-circuit model in Star-CCM+. Responsibilities include integrating reduced-order models, tuning CFD simulations, extracting ECM parameters from cycler data, correlating predictions with measured voltage and temperature, performing sensitivity studies, documenting calibration procedures, presenting results, and archiving technical data. The role is onsite in Concord, North Carolina, and supports Formula 1 power-unit energy-storage development.

Develop high-fidelity 1D/0D transient Formula 1 power unit plant models covering thermal degradation, efficiency, component damage, ERS limitations, and multi-lap performance. Integrate models with lap-time simulations, analyze dyno and track telemetry, support race strategy optimization, and collaborate with durability, thermal, controls, and vehicle dynamics teams. Document methodologies and validation results for internal knowledge sharing and FIA submissions.

Lead the design, integration, validation, and optimization of high-speed Motor Generator Units for Formula 1 hybrid powertrains. Responsibilities include establishing requirements, coordinating electromagnetics and mechanical engineering teams, overseeing prototypes and dynamometer testing, managing rotor-stator dynamics, thermal performance, reliability, FMEA, design reviews, FIA compliance, and advanced manufacturing improvements.

Executes engine, powertrain, and component testing for Formula 1 power units. Responsibilities include installing test components, designing tooling and fixtures, operating and maintaining dyno test cells, troubleshooting equipment and test units, developing automated test routines, analyzing and documenting data, and ensuring safety and compliance. Requires advanced AVL PUMA expertise, instrumentation and control-system knowledge, and strong mechanical and electrical assembly skills.

Leads reliability engineering for GM’s Formula 1 hybrid power unit across factory development, dyno testing, and trackside operations. Directs failure analysis, root-cause investigations, FMEA/DFMEA, component life modeling, telemetry monitoring, corrective actions, regulatory compliance, and reliability test planning. Provides technical leadership to engineers and analysts while coordinating design, manufacturing, quality, operations, and race teams to improve component durability and support race-weekend decisions.

Supports FIA Financial Regulations Cost Cap reporting, audits, compliance, and regulatory submissions. Reviews transactions, prepares journals, reconciles financial and operational data, maintains audit evidence, investigates variances, and supports external audits and regulator queries. Builds financial models and analyses for cost allocation, optimization, forecasts, and cap exposure. Also delivers training, updates guidance, identifies control gaps, and coordinates with Finance, Procurement, HR, Legal, and FP&A.

Administer and support mission-critical PLM, CAD, and CAM applications for engineering and manufacturing teams. Responsibilities include system architecture, deployment, maintenance, troubleshooting, user access management, application security, training, documentation, and collaboration with IT and technical stakeholders. The role requires deep Siemens Teamcenter and NX expertise, independent problem solving, and experience managing complex installations in a fast-paced engineering environment.

Develops and maintains methods for verifying the accuracy, reliability, and service worthiness of sensors and actuators in Formula 1 power-unit control systems. Responsibilities include designing assurance tests, protective storage and handling procedures, statistical reporting, lifecycle and service-limit analysis, device selection, supplier issue resolution, and support for laboratory, dyno, and trackside operations.

Supports vehicle and power unit simulation for a Formula 1 program, including model development, validation, correlation, lap-time studies, telemetry analysis, automation, and performance optimization. The role uses Python and MATLAB to analyze simulation, dyno, test, and track data, investigate discrepancies, conduct sensitivity studies, and communicate technical findings. The engineer will own defined projects and collaborate with vehicle performance, controls, reliability, power unit development, and trackside teams during a 12-month onsite placement.

Provides broad, proactive legal support across corporate and commercial matters, employment and labor, immigration, IT, real estate, and safety. Oversees external counsel, manages legal projects, communicates complex issues to legal and business audiences, and partners strategically with company leadership in a fast-paced startup environment.

Design and develop Motor Generator Unit components for Formula 1 hybrid power units, including rotors, stators, bearings, housings, and thermal interfaces. Perform structural, tolerance, vibration, rotor-dynamics, and finite element analyses; support prototyping, testing, instrumentation, and validation. Collaborate with electromagnetic, electrical, thermal, controls, and manufacturing teams while ensuring compliance with FIA regulations. Apply machine learning and Design of Experiments to optimize high-speed electric motor performance, reliability, and integration.