General Motors

Full-stack Engineer

• Design, develop, and implement robust, scalable software applications primarily using Golang
• Lead technical design and architecture of complex software systems
• Collaborate with product, data science, operations, and other cross-functional teams
• Mentor junior and mid-level software engineers
• Drive group problem-solving initiatives and implement sustainable solutions
• Contribute to Scaled Agile Framework practices
• Conduct code reviews and ensure software maintainability, reliability, and security
• Act as a technical subject matter expert on industry trends and emerging technologies
• Participate in requirements gathering, design, coding, testing, deployment, and operational support
• Champion CI/CD practices and automated testing

Staff Software Engineer – Golang

Software Engineer

• Lead the design, specification, procurement, installation, launch, and operational support of foundry and launch equipment for new and major vehicle programs
• Lead teams designing, specifying, procuring, and launching foundry equipment
• Develop Statements of Requirements (SORs) meeting process and manufacturing requirements
• Evaluate technical solutions using engineering and equipment specifications
• Review supplier proposals, technical concepts, equipment designs, and compliance with specifications
• Partner with equipment suppliers, internal engineering disciplines, plant teams, manufacturing operations, plant leadership, headquarters engineering, and cross-functional engineering teams
• Lead equipment design reviews and ensure alignment with program, process, safety, timing, and quality requirements
• Conduct equipment safety risk assessments and support safety validation
• Review equipment build progress, controls and logic development, timing, and specification adherence
• Conduct equipment runoffs and supplier buyoffs
• Support equipment installation packages and provide technical support during installation
• Resolve installation, launch, operational, and production issues
• Support deployment of common systems, methods, and standards defined in the Bill of Process and Bill of Equipment
• Drive continuous improvement in quality, cost, responsiveness, productivity, and safety
• Develop and manage complex project timing in Microsoft Project and integrate schedules into MasterDot
• Support process simulation, identify constraints, and optimize system-level performance
• Manage multi-million-dollar Appropriation Requests
• Forecast CTLF requirements for capital, operating expenses, bundled services, travel, and overtime
• Travel at least 50% or more on a frequent basis

Engineering Supervisor – Foundry Equipment

Product Designer

• Provide technical leadership, daily work direction, and project coordination for Designers within the Bumper, Fascia, Grille & Trim organization
• Develop and drive math-based design solutions meeting system and subsystem requirements
• Ensure successful vehicle integration across all phases of the Global Vehicle Development Process (GVDP)
• Guide, coach, and provide technical direction to Designers
• Lead development, refinement, and release of Criteria and Typical Sections
• Establish ownership and consistency of Standard Modeling Methods and Virtual Integration Methods
• Promote adherence to design processes, clearance analysis, Vehicle Assembly Structure, and Global Data Security requirements
• Coach team members in Design for Manufacturing, Design for Assembly, and vehicle integration principles
• Support NX analyses and interpretation of results
• Facilitate and participate in Design Reviews, Virtual Reviews, PDT meetings, and cross-functional workgroups
• Develop and validate virtual integration solutions for components, subsystems, and full vehicle applications
• Maintain accurate material, mass, and part specification data within math models
• Collaborate with CAE teams to evaluate studies and implement design improvements
• Support subsystem integration into overall vehicle systems
• Conduct design studies, evaluate alternatives, and provide technical recommendations
• Drive quality and timing of design releases against GVDP milestones and program deliverables
• Identify and resolve technical issues while balancing requirements, manufacturing constraints, cost, and performance objectives

Design Lead – Technical, Bumper, Fascia, Grille & Exterior Trim

Hardware Engineer

• Lead development of next-generation inverter and power electronics hardware solutions for electric vehicle applications
• Use engineering tools, processes, and program management disciplines to develop components and systems meeting vehicle program requirements and cost, performance, efficiency, quality, and timing targets
• Perform Q3D or equivalent 2D/3D electromagnetic field-solver analysis for PCB and magnetics parasitics
• Design high-frequency transformers, inductors, planar magnetics, and PCB-embedded magnetics
• Conduct signal integrity, power integrity, and worst-case circuit analysis, including component tolerances and environmental variation
• Apply high-voltage PCB design practices, including creepage, clearance, insulation coordination, and partial-discharge considerations
• Develop layouts for fast-switching SiC or IGBT power stages, including gate-loop optimization and parasitic-inductance control
• Apply automotive EMI/EMC design practices for high-power converters, including filtering, grounding, shielding, and CISPR 25 requirements
• Coordinate PCB design with power modules, busbars, gate drivers, thermal interfaces, and mechanical packaging
• Lead advanced technology development through design, analysis, simulation, validation, and testing
• Develop advanced power converter hardware solutions for future EV performance, cost, reliability, and manufacturability requirements
• Create and support digital and analog hardware designs, including schematics, PCB layouts, simulations, and documentation
• Develop and optimize PCB layouts for functional, manufacturability, signal integrity, power integrity, EMC, thermal, and mechanical requirements
• Perform component placement, trace routing, stack-up definition, and layout optimization for high-density, high-speed, and mixed-signal electronic designs
• Create, review, and verify PCB layouts using DRC, DFM, and DFA methodologies
• Use modeling, simulation, systems analysis, and optimization tools to meet system-level requirements and interface considerations
• Collaborate with hardware designers, systems engineers, ECAD engineers, PCBA engineers, packaging engineers, manufacturing teams, and suppliers to optimize performance and production readiness

Hardware Design Engineer – PCB Layout, Advanced Power Electronics

Analyst

• Support annual and multi-year Non-Product Portfolio Asset Sustainment Planning
• Coordinate project intake, site submissions, stakeholder reviews, early engineering reviews, and planning-cycle deliverables
• Collect, validate, and document site rankings, project assumptions, risk information, cost estimates, timing, and execution constraints
• Analyze project needs across asset categories, sites, risk levels, and funding scenarios
• Prepare recommendations and decision materials for leadership reviews
• Support unplanned requests, deferrals, carryover, and multi-year project allocations
• Track budgets, update forecasts, manage funding allocations, carryover, deferrals, and monthly portfolio reporting
• Reconcile project information across planning, project, and financial systems
• Prepare analysis for capital approval packages, funding transfers, long-term planning submissions, and portfolio reviews
• Identify forecast variances, data inconsistencies, funding risks, and portfolio execution opportunities
• Maintain data quality in the Project Support Tool and related planning systems
• Support data integration, reporting, dashboards, and continuous improvement of planning tools
• Analyze trends in asset condition, project requests, risk, funding, execution, and carryover
• Build relationships with Facilities Operations, Construction, Finance, site teams, project managers, and technical subject-matter experts
• Facilitate meetings, document decisions, track actions, and drive closure on planning deliverables
• Communicate assumptions, tradeoffs, and recommendations to technical and non-technical audiences
• Document planning processes and cross-train with the other Sr. Analyst to provide coverage
• Take increasing ownership of annual planning-cycle and portfolio-reporting responsibilities

Senior Analyst, Asset Sustainment

• Develop and continuously improve behavior validation products, including the Behavior Validation Scorecard and protocol analysis capabilities
• Collaborate with engineering, safety, product management, and Embodied AI partners
• Own well-defined features or areas of work and contribute to technical direction
• Contribute to product roadmaps, technical plans, and success metrics connected to AV launch and release decisions
• Use Pareto analysis, metric quality assessments, and data-driven prioritization to identify high-value improvements
• Translate stakeholder needs into requirements, technical designs, and measurable outcomes
• Prototype and implement improvements using Python and related technologies
• Build interfaces connecting data pipelines, analytical workflows, and customer-facing dashboards
• Improve the scalability, reliability, performance, and maintainability of validation tools and services
• Support data-driven verification and validation for autonomous vehicle software launches and continuous release decisions

Software Engineer, Behavior Validation

• Lead and develop complex behavior validation products such as the Behavior Validation Scorecard
• Build and maintain relationships with Embodied AI, safety, and product partner teams
• Align priorities and requirements with partner teams
• Use Pareto analysis and prioritization techniques to identify and implement improvements for validation dashboard products
• Collaborate with stakeholders to define roadmaps and success metrics for behavior validation tools
• Lead and implement technical improvements using Python and related technologies
• Connect data pipelines to user interfaces seamlessly
• Ensure validation products are scalable, reliable, and aligned with autonomous vehicle launch and release decision processes

Staff Software Engineer, Validation Foundations, Acceleration

Engineering Manager

• Lead a small team of hardware Design Release Engineers responsible for sourcing and change management of connectivity telematics modules
• Develop and release Connectivity hardware modules across GM vehicles and architectures
• Drive specification development for Connectivity components, including performance, RF, power, security, regulatory, and vehicle interfaces
• Own sourcing, Engineering Change Requests, and alignment with Product Cost Engineering
• Lead vehicle packaging and integration while meeting mechanical, thermal, and EMC constraints
• Manage interface control documents, component specifications, ECU Bill of Material, and Tier-N resiliency activities
• Manage Contract Manufacturer engagement for ECU builds and ensure build readiness and timely delivery
• Complete production approval activities and ensure documentation, test evidence, and regulatory approvals are in place
• Develop and maintain program DFMEA and drive mitigation actions
• Coordinate prototype, DV, PV, and launch hardware builds with suppliers and internal teams
• Coordinate hardware issue resolution, hardware bring-up, and in-vehicle system testing
• Ensure design documentation meets safety, EMC/EMI, cybersecurity, and regulatory requirements
• Align with Product, Software, Quality, and Vehicle teams on feature roadmaps and development status
• Report Connectivity Hardware status, supplier readiness, cost and timing risks, and escalations to senior leaders

Engineering Manager, Connectivity Hardware

Solutions Engineer

• Focus on occupant performance integration for frontal or side impact conditions
• Lead technical projects across the full vehicle development lifecycle
• Provide technical direction while collaborating with cross-functional groups to prioritize safety and balance requirements
• Apply GM Safety CAE standard work procedures and ensure high-quality models and simulation results
• Perform CAE simulations for high-speed frontal and side load cases using LS-DYNA
• Develop and balance restraints for occupant protection
• Lead vehicle design recommendations and technical solutions to meet safety performance targets documented in Vehicle Technical Specifications (VTS)
• Balance safety requirements with other vehicle performance requirements
• Collaborate with engineering functions, program teams, suppliers, manufacturing, and others to implement design changes
• Use Variation Study, DOE, DFSS, and MDO methods to optimize performance
• Plan, prepare, execute, and analyze post-test results at Vehicle Proving Grounds
• Interpret measurements, analyze results, compare CAE with test results, and resolve issues with cross-functional teams
• Collaborate with global teams
• Present performance status at Safety PIT, PDT, CIT, and SP-QIT forums
• Demonstrate GM Core Values and Behaviors

Safety Performance Integration Engineer – Occupant Crashworthiness

Support Engineer

• Provide day-to-day operational support for audio/video and collaboration services across meeting rooms, event spaces, and related environments
• Support live and recorded events by operating video switchers and associated audio/video peripherals
• Troubleshoot and resolve audio, video, streaming, conferencing, and room-technology issues
• Perform routine maintenance on broadcast and collaboration equipment
• Coordinate repairs, replacements, upgrades, and escalations
• Monitor audio and video quality and perform quality-control checks
• Support collaboration platforms and products from Cisco, Microsoft, Google, Adobe, and other approved providers
• Assist with implementation and support of Core IT and partner-team solutions
• Create, update, and maintain SOPs, support documentation, and operational materials
• Provide direct customer support through remote troubleshooting, ticket handling, or onsite response
• Collaborate with operations, engineering, and end-user support teams
• Communicate status updates on issues, projects, and service activities to leadership and stakeholders
• Support continuous improvement through monitoring, issue follow-up, and corrective actions
• Maintain a professional presence during senior-leader meetings, high-visibility meetings, and time-sensitive events

Audio Video Support Technician

Supply Chain

• Lead cross-functional innovation projects that enhance capabilities and efficiencies across GPSC related to project master data
• Collaborate with business and IT partners on innovation initiatives aligned with GPSC business strategy and priorities
• Apply critical thinking and creative problem-solving to explore alternative solutions and recommend effective approaches
• Foster a culture of innovation by learning and sharing new methodologies, tools, and best practices
• Act as a business-focused integrator across legacy GM applications and SAP S/4HANA for supply chain/materials management or purchasing value streams
• Ensure processes remain fit-to-standard and align with business objectives through workshops, simulations, and process walk-throughs
• Partner with business owners and IT to define, document, and prioritize business requirements for SAP-enabled solutions and process changes
• Develop KPIs and metrics monitoring roadmap progress, process adoption, data quality, and business outcomes; communicate insights to leadership
• Drive change management and training by supporting training content, job aids, and change impact assessments
• Enable end-user readiness at plants, regional offices, and global GPSC organizations

Senior Manager – Digital Business Transformation, SAP, Purchasing, Supply Chain

Customer Success Manager

• Lead a performance-driven team spanning Lifecycle, Retail, and Owner Engagement communications for Buick and GMC
• Own strategy for tailored, customer-centric campaigns across the full ownership journey, including Retail
• Drive high-value behaviors and sales targets
• Use data, research, owner insights, and customer behavior to refine campaigns and personalization
• Partner with teams across all phases of the customer journey, including Retail touchpoints
• Collaborate with GM partners in line with corporate behavior expectations
• Oversee review of Buick and GMC CRM and Retail creative materials
• Champion the right message, timing, and channel
• Present to leadership across multiple organizations and share best practices
• Manage budgets
• Lead and grow emerging marketing talent
• Own performance of customer interactions across email, direct mail, SMS, in-app, and in-vehicle channels

Lifecycle CRM Manager

• Lead the technical definition, integration, and validation of low-voltage electric power subsystems and vehicle interfaces
• Own requirements and technical integration strategy for assigned Electric Power subsystems or interface groups
• Translate customer and vehicle-level needs into component-level implementation and verification
• Lead definition and maintenance of subsystem, behavioral, interface, diagnostic, and acceptance requirements
• Decompose system and vehicle requirements into complete, feasible, verifiable, and traceable subsystem requirements
• Maintain requirements and interface content in DOORS/DNG or successor tools, controlling and communicating changes
• Develop or contribute to Model-Based Systems Engineering artifacts, including SysML diagrams
• Lead cross-functional requirement and behavior discussions, triad reviews, and Given/When/Then scenario development
• Partner with Design Release Engineers and suppliers on component designs, packaging, electrical interfaces, communication behavior, diagnostics, and performance
• Collaborate with controls, software, diagnostics, calibration, and systems teams to resolve integration gaps
• Define and maintain subsystem validation intent, test scenarios, acceptance criteria, test coverage, and support for validation rollout planning
• Coordinate bench, vehicle, simulation, and virtual-validation activities to investigate anomalies and close issues
• Support subsystem and solution FMEAs and related safety, manufacturing, service, and software failure-mode linkage
• Support safety, regulatory, OBD, cybersecurity, and other compliance requirements
• Lead root-cause analysis, corrective actions, and translation of resolutions into updated requirements or interfaces
• Participate in design reviews, technical reviews, milestone assessments, issue reviews, Agile ceremonies, iteration planning, and program increment activities
• Manage technical work in Jira and other backlog or issue-tracking tools, maintaining status, decisions, risks, and dependencies
• Drive alignment across vehicle programs and stakeholders when components or interfaces are reused, variantized, or changed
• Identify technical risks, establish recovery actions, and communicate recommendations to engineering and program leadership
• Mentor and coach engineers in requirements quality, systems thinking, interface management, validation intent, and issue resolution
• Own mechanical and packaging execution of shields for generators, inverters, converters, battery vent tubes, jump-start nuts, and related 12V hardware from concept through production

Sub-System Lead Engineer – Electric Power Components

• Lead management of the overall die program management process at a die line level
• Ensure engineering packages adhere to best practices
• Manage and monitor timing through construction and verification phases
• Facilitate and manage transition to the secondary tryout and production facility
• Ensure SPQRC metrics are attained and lessons learned are compiled and applied to future programs
• Ensure compliance with company policies and procedures
• Attend Buyoff for Die Design, Final Die Design Review, and Buyoff for Die Construction meetings
• Analyze stamping processes and suggest improvements
• Analyze Die Machining Files released for 3D machining
• Develop Bearing Zone files
• Apply die adjustments based on lessons learned
• Coordinate Formability Package Validation meetings
• Host First Panel Review meetings and release Priority 1 Sheets
• Ensure Die Layout for part-improving quality looping follows the Priority 1 Sheet
• Coordinate corrective action plans for die-related issues
• Ensure open issues are completed and closed on time
• Perform Jewel Radius and Zebra Analyses Processes
• Perform Part Dimensional and Surfacing information for PAR meetings
• Achieve Parts PAR White after one quality looping per panel
• Validate event deliverable lists and ITP documentation
• Support die surface treatment plans, T-Events, GSQE/Painted Panel Review events, EWOs, and die implementation
• Verify submission of QABs for die- and equipment-related issues

Technical Lead

SDET

• Test regulatory requirements to ensure systems function according to regulation
• Test vehicle programs where applicable regulations are present
• Work with Regulatory Integration Engineers and Regulatory Compliance Owners to understand requirements, create test cases, and execute test plans and methods
• Perform bench- and vehicle-level testing at Milford and Warren sites
• Plan and execute regulation-related testing to meet vehicle program timing
• Develop test methods and models for critical system components
• Automate test scripts and work with HIL setups in closed-loop model environments
• Capture and analyze data to troubleshoot issues
• Execute Jira and PRTS work tickets and create issue documentation
• Generate and approve test evaluation reports
• Schedule test properties
• Analyze and interpret requirements
• Build archives and flash program vehicle software components
• Set up test environments using test fixtures and tools
• Mentor new engineers
• Travel as required