General Motors

Machine Learning Engineer

• Leverage AI/ML techniques to scale testing, classify autonomy performance, and mine critical scenarios, integrating human-in-the-loop where appropriate
• Collaborate with engineers to integrate ML models into simulation tests and evaluation pipelines
• Ramp up quickly on the codebase and domain and deliver assigned tasks efficiently
• Develop, test, and deploy production-ready code across simulation infrastructure components
• Define problem statements and implement optimal, tradeoff-aware solutions covering edge cases
• Collaborate with cross-functional stakeholders and contribute to design and code reviews
• Ensure seamless integration through clear communication
• Apply work directly to iteration and validation of GM's self-driving stack

Summer Intern – AI/ML Engineer, Autonomous Vehicle, Simulation

Engineer

• Develop new and innovative CFD simulations for electrification propulsion components
• Collaborate in small teams developing complex multiphase flow and/or thermal simulations
• Apply simulation capabilities to impact design, manufacturing processes, and eliminate hardware testing
• Provide component-level and system-level design recommendations to Design Responsible Engineers
• Participate in product design and development teams
• Present analysis results to engineering peers and management
• Mentor and provide technical assistance to colleagues
• Provide technical insight for problem resolution using analysis results
• Benchmark and evaluate new procedures, technologies, and software tools
• Contribute to automation tools using Python or Java

Senior Propulsion Thermal Management Engineer, 3D CFD

Product Manager

• Drive and own execution for custom GM third-party app experiences from concept through launch and post-launch iteration
• Define product vision, strategy, requirements, and roadmap for in-vehicle app experiences across entertainment, streaming audio, video, and productivity
• Partner with engineering, design, QA, PMO, business development, and external partners to align stakeholders and deliver high-quality launches
• Collaborate with peer product teams to understand vehicle hardware, software, and contextual capabilities
• Shape app experiences that feel natively designed for the in-vehicle environment
• Use engagement data, customer research, competitive understanding, and technical product judgment to evaluate performance and inform future priorities
• Communicate priorities, tradeoffs, risks, and recommendations while influencing adjacent teams and partner decisions
• Build a stronger long-term third-party ecosystem for GM

Senior Product Manager, 3P Ecosystems

Designer

• Lead strategy and advanced technology development for power inverters and power electronics system design and integration for GM’s future EV portfolio
• Set strategic direction, coordinate technology roadmaps, and provide technical leadership
• Develop and manage advanced power inverter and power electronics technologies
• Lead design, analysis, testing, and reporting through the advanced technical work process
• Develop advanced inverter and power electronics solutions meeting performance and cost targets
• Collaborate with Product Engineering, Systems Engineering, Modeling, Analysis, Cost Engineering, Planning, Manufacturing, and Program teams
• Specify system requirements and balance interdisciplinary requirements for optimized system and subsystem performance
• Coordinate technical support staff and assigned projects
• Lead global advanced benchmarking and monitor new technologies and competitive products
• Apply modeling, simulation, systems analysis, and optimization to system requirements definition
• Coach, train, mentor, and provide technical direction to team members
• Pursue cost reduction, performance, and efficiency improvement projects
• Research state-of-the-art inverter and power electronics integration trends across industry and academia
• Provide technical expertise and guidance to program and systems teams
• Teach inverter and power electronics principles and share knowledge across the organization
• Maintain relationships with university labs, national laboratories, and professional organizations such as IEEE and SAE

Technical Specialist – Advanced Power Inverter System Design, Integration

Full-stack Engineer

• Develop and optimize production-grade C++ software across the Secondary Driving System stack
• Integrate ML-based perception, object detection, tracking, prediction, lane and road features with analytical planners and classical controllers
• Design and implement motion-planning and controls algorithms for lane-keeping, obstacle avoidance, shoulder lane changes, and controlled stopping in Minimal Risk Maneuver scenarios
• Define and implement interfaces with state estimation, mapping, localization, and autonomy management partners
• Own features end-to-end from requirements clarification and design reviews through implementation, simulation/HIL bring-up, on-road testing, and metric- and driver-feedback-based iteration
• Apply software engineering best practices including clean interfaces, code reviews, automated testing, continuous integration, performance profiling, and observability
• Analyze and debug complex integration issues using logs, telemetry, and experiments
• Partner with Safety and Systems Engineering on functional safety, redundancy, and Minimal Risk Maneuver requirements
• Mentor and unblock other engineers through design discussions, code reviews, and example implementations

Senior Software Engineer – Motion Planning, Secondary Driving System

Systems Engineer

• Support the integration strategy for autonomous sensing suites across diverse vehicles
• Conduct sensor placement trade studies and mechanical integration analyses for multi-modality sensor systems
• Perform detailed coverage modeling and autonomous-vehicle behavioral impact assessments
• Execute sensor location, field-of-view, and coverage analysis across camera, radar, and lidar suites
• Develop modal profiles and integration criteria across diverse vehicle platforms
• Evaluate intrinsic and extrinsic mounting tolerances
• Assess performance against product needs, quantify risks and impacts, and drive continuous improvement
• Collaborate with perception, simulation, packaging, vehicle integration, vehicle platform engineering, and production teams
• Document technical decisions, trade-offs, and deliverables

Senior Systems Engineer – Sensor Packaging, Placement

SDET

• Support capability development, program-specific configuration, debugging of test results/issues, and initial test execution for assigned ADAS features in SIL environments
• Create scenarios and execute tests to evaluate virtual-environment readiness and capability for testing/validation
• Evaluate requests to add or update ADAS software, vECUs, models, and programs in SIL package configurations
• Compile requirements for Simulation Tools and Infrastructure teams to update or add SIL capabilities
• Support test-case automation following established test procedures in X-Ray / CGs
• Work with feature owners, systems engineers, and calibration engineers to reproduce SIL issues and triage test results
• Support automation of test-result data analysis
• Contribute to SIL documentation and standard work, including how-to guides and user training
• Identify opportunities to improve testing efficiency, coverage, and automation
• Share status, risks, and learnings in reviews and stand-ups
• Provide technical mentorship on SIL usage, test execution, and automation
• Drive continuous improvement and innovation in ADAS virtualization capabilities
• Communicate lessons learned, risks, status, timing, and technical roadblocks to stakeholders

Software Test Engineer – Virtualization, ADAS Deployment

Engineering Manager

• Lead multiple engineering teams across modern platforms, APIs, integrations, and legacy systems
• Turn business strategy into roadmaps and KPIs, then deliver them
• Partner with product, business, architecture, operations, and delivery leaders to translate business needs into scalable engineering solutions
• Set technical direction and make architecture decisions for quality, security, and reliability
• Write and review code, debug complex problems, prototype, and conduct technical spikes and proofs of concept
• Drive modernization of legacy applications through decomposition, platform evolution, integration simplification, and technical-debt reduction
• Roll out AI coding agents such as Claude Code, Copilot, and Cursor across the software development lifecycle
• Build MCP servers, custom agents, and agent-driven CI/CD for pull-request review, test generation, and large-scale migrations
• Measure outcomes using DORA metrics, cycle time, and change-failure rate, and report results to leadership
• Hire, coach, and develop engineers and tech leads
• Create a culture of accountability, technical excellence, continuous learning, and customer-focused delivery
• Lead incident response and drive root causes to durable production fixes

Senior Software Engineering Manager, Enterprise Software Engineering

Solutions Engineer

• Integrate and maintain instrumentation hardware on SDV controllers and benches
• Configure, debug, and support calibration and measurement workflows, including XCP on DoIP, A2L/A2ML content, DAQ/measurement setups, and ECU flashing
• Bring up and maintain SDV calibration and farm benches across multiple microcontrollers, ECUs, and electrical architectures
• Troubleshoot instrumentation issues across hardware wiring, schematics, connectors, licenses, tool versions, configuration files, and interface definitions
• Develop and maintain instrumentation documentation for SDV and VIP controller programs
• Work with external tool and hardware suppliers and internal ECU/DRE teams to resolve constraints, defects, and integration gaps
• Coach SWILs, calibrators, and engineers on instrumentation hardware, tool versions, and configurations
• Use scripting and AI-assisted tools to accelerate troubleshooting, documentation, and risk write-ups

Instrumentation Integration Engineer – Infrastructure Software

Advisor

• Provide live and remote support to TAC Consultants and GM dealer personnel for vehicle diagnosis
• Take direct ownership of complex or difficult cases
• Determine when to engage Field Service Engineers based on vehicle issues, escalation criteria, and field requests
• Identify, create, and share product issues and resolutions, including service information feedback, preliminary service information, and case-closing resolutions
• Support TAC Advisors in diagnosing and resolving vehicle concerns
• Partner with Brand Quality and Engineering to identify new and emerging product issues
• Create and publish bulletins within Service Information
• Serve as the single TAC point of contact for assigned technical support areas across all GCCX Business Units, field personnel, and executive leadership
• Propose solutions to leadership and develop plans using established procedures and new solutions
• Build and maintain internal working relationships across teams
• Create and deliver presentations supporting issue identification, resolution, and cross-functional alignment
• Support GM's customer-centric operating model in a fast-paced, rapidly changing environment

Escalation Advisor

• Own Body Structure and Closures SMT coordination across systems, subsystems, and vehicle interfaces
• Define and drive technical imperatives aligned with program targets, milestones, and customer promises
• Lead structured problem solving, root-cause analysis, and trade-off decisions
• Define must-be-true conditions, contingencies, and data-driven decisions to protect program metrics
• Identify and resolve issues at component and vehicle levels
• Balance customer experience, manufacturability, cost, and enterprise constraints
• Deliver concise, executive-ready written, verbal, and visual updates
• Align stakeholders with competing objectives and remove enterprise-level roadblocks
• Develop and manage 30/60/90-day and long-range plans
• Identify and mitigate risks early
• Lead delivery to cost, quality, and timing targets along the VDP/GVDP glidepath
• Synthesize technical inputs into credible forecasts and aggregate status
• Drive design deliverables, benchmarking, cost management, HVI, interface requirements, and financial/quality imperatives
• Co-lead supplier selection, tooling kick-off, and PPAP readiness
• Lead engineering changes and validation activities
• Support DREs and IRTs through development and vehicle launch
• Champion Engineering with Simplicity through simplification, standardization, and smart reuse
• Develop improvement ideas for Body Structures and Closures SMT
• Monitor emerging technologies and competitive products
• Translate insights into design and execution strategies

Body Structures and Closures Systems Engineer

• Develop and enhance simulation tools and processes that predict vehicle energy usage, performance, and efficiency
• Support virtual engineering efforts across electric propulsion systems and internal combustion engines
• Improve Energy and Performance tool capability, fidelity, correlation, and data analysis techniques
• Identify opportunities for tool and model improvement in Co-Simulation, Machine Learning, User Experience, Variation Analysis, Modular Systems, and Fidelity Levels
• Train users of Energy tools and provide support
• Collaborate cross-functionally with Thermal Analysis, Vehicle Dynamics, Vehicle Controls, Electrification Analysis, and related focus areas

Vehicle Energy Model and Toolchain Development Engineer

Associate

• Develop and execute corporate treasury functions, including capital planning, liquidity and cash management, capital markets activity, bank and rating agency relationship management, and hedging activity
• Optimize inputs and scenarios to support effective decision-making
• Build positive relationships across a broad range of organizational functions
• Work with high-performing, cross-functional teams
• Perform treasury work across capital planning, corporate finance, special projects, debt and equity capital markets, foreign exchange and commodities, cash investments, structured finance, auto finance, treasury operations, supplier finance risk management, and pensions strategy
• Develop innovative solutions to complex problems during each rotation
• Help teams understand the bigger picture and connect projects to operational strategy and enterprise goals
• Assist with workload prioritization and decision-making analysis
• Facilitate collaboration across staffs and evaluate key analysis assumptions

Treasury Associate

• Develop and deliver high-quality embedded controls software for high-voltage contactors and battery-pack energy management
• Ensure compliance with safety requirements, government regulations, and GM-internal policies including MISRA guidelines
• Apply software design principles, design patterns, supervisory controls architecture, and hardware abstractions
• Design, develop, and implement physics and controls requirements
• Improve mechatronic controls software, diagnostics strategies, and controller communication
• Maintain understanding of Ethernet standards and automotive communication protocols including CAN, LIN, and ARXML
• Test and demonstrate software functionality and readiness across controller, system, and vehicle levels
• Document design requirements and link them to test cases for traceability
• Use automated test tools in build environments, test benches, and vehicles
• Lead and guide Agile Scrum team members
• Coordinate with Systems & Safety, Validation, Electrical Architecture, SDV, Calibration, and Vehicle Performance departments
• Apply BDD/TDD methodologies and promote software built-in quality
• Use SDV and SOA principles to create optimized, modular software solutions
• Use CI/CD pipelines and DevOps practices for development, testing, and deployment
• Develop AI-driven diagnostics and predictive analytics for fault detection, prognostics, and anomaly detection

Senior Software Engineer – High Voltage Electrification

Manager

• Serve as the primary liaison between GM and multiple suppliers for supplier-managed Value-Added Assembly projects supporting GMNA
• Coordinate supplier activities and remove project roadblocks
• Ensure alignment, execution discipline, project timing, and objectives across suppliers, integrators, cross-functional teams, and leadership
• Verify supplier planning, integration, validation, implementation readiness, and productionization
• Provide technical direction and oversight for outside vendor sources
• Support supplier buyoffs and APQP acceptance testing
• Verify Supplier Continuous Process Improvement Team initiatives and readiness
• Support Quality Readiness Reviews
• Provide leadership updates on supplier launch readiness, open issues, and escalation needs
• Analyze engineering budget trade-offs between manual and SMART automation
• Support supplier cost savings and cost avoidance initiatives
• Drive timely closure of Problem Resolution Tracking System items and validate post-SORP readiness
• Support supplier change requests and decision notices
• Provide input for supplier “What-if” studies
• Lead resolution and negotiation strategies between GM and multiple integrators
• Incorporate lessons learned and cost savings initiatives into standards and workflows
• Manage and coach contract engineers’ performance
• Perform other related duties as assigned