General Motors

Field Engineer

• Provide on-site professional automotive and business support to GM retail and wholesale communities
• Diagnose and direct repairs on customer vehicles to mitigate potential repurchases and reduce warranty expense
• Provide third-level on-site support for escalated automotive technical issues
• Respond to dispatch cases involving vehicle-down or potential-repurchase situations
• Collaborate with District Manager Parts and Service, Regional Business Resource Managers, the Business Resource Center, GM Engineering, and other regional and national teams
• Review and improve dealership comeback processes and service readiness
• Review Preliminary Information bulletins and communicate authorized field-fix information
• Conduct dealership training on Techline tools, applications, diagnostic tools, and equipment
• Own dealership concerns and drive problem resolution through closure
• Address customer problem-resolution needs by phone or at dealership locations
• Report dealership service-readiness status to help prevent buybacks
• Support dealer technician recruitment and retention efforts
• Build and maintain relationships with dealership management, especially service departments
• Represent GM as a field resource and spokesperson for automotive technical product information
• Provide Field Product Reports to Vehicle/Powertrain Brand Quality Managers and GM Engineering
• Support Better Business Bureau arbitration hearings and legal cases, including lemon-law lawsuits
• Provide warranty-waste reduction suggestions to FSE Leadership and the BQM Team

Field Service Engineer

Planner

• Develop and execute Other Than Skilled employee movement strategies aligned with business requirements, workforce needs, and the GM-UAW National Agreement
• Manage backfill and movement processes, including postings, selections, recalls, transfers, relocation payments, and tracking
• Support area-hire, extended-area-hire, recall, and other employee-placement activities
• Analyze workforce trends, staffing data, and placement activity to identify risks, opportunities, and leadership recommendations
• Develop and improve employee-movement and staffing-optimization strategies, processes, and standard work
• Support the 2028 Employee Placement Subcommittee and applicable National bargaining activities; participate in National bargaining
• Build relationships with Union partners, Manufacturing Leadership, HR, Operations, and Corporate Labor Relations stakeholders
• Lead the Special Attrition Plan from concept through completion, including strategy, process design, implementation, and administration
• Coordinate SAP execution with Benefits, Finance, Legal, Payroll, HR, Labor Relations, Manufacturing Excellence, and plant stakeholders
• Develop process materials, guidance, and communications
• Create and manage SAP tracking systems, status reporting, and leadership updates
• Analyze SAP data and recommend actions related to eligibility, execution, administration, and workforce impacts
• Provide wage-administration support, review workforce data, resolve discrepancies, and communicate wage impacts
• Maintain records, controls, and reporting for consistent wage administration
• Become proficient in EPS and support its transition to Workday
• Analyze and correct data in Workday
• Use Microsoft Excel and business systems to analyze and communicate workforce information
• Identify and implement continuous-improvement opportunities

Employee Placement Planner

Solutions Engineer

• Conduct workshops with engineering and business stakeholders to understand data structures, engineering change cycles, and variant management needs
• Translate business needs into technical specifications and scalable Teamcenter solutions
• Design end-to-end solutions for multi-level Product BOMs, variant configurations, effectivity controls, and eBOM/dBOM alignment
• Determine when to use Teamcenter out-of-the-box capabilities versus customization
• Map business objects, attributes, and relationships for BMIDE implementation
• Provide functional requirements, structural wireframes, and business logic to PLM technical and development teams
• Architect engineering change management workflows and ensure workflow templates and access managers meet compliance rules
• Oversee UAT, validate deployments against business intent, and lead functional troubleshooting
• Own business process models, user stories, and product backlogs from project definition through production transition
• Build and execute UAT and training plans with stakeholders
• Lead end-user workshops and map complex process flow diagrams
• Partner with PLM architects, developers, data migration teams, and technical delivery partners during the Teamcenter transformation

Senior Teamcenter PLM Solutions Engineer

Full-stack Engineer

• Lead and develop the web frontend of GM Commercial Software
• Collaborate with product teams to implement responsive, visually appealing functionality using React
• Ensure web application usability and accessibility for a wide range of users
• Build and launch new capabilities and products that provide value to internal and external customers
• Uphold engineering standards and improve quality and engineering efficiency within codebases
• Collaborate with product, design, and engineering stakeholders across the organization
• Mentor engineers earlier in their technical careers
• Explore new technologies and enrich the technological stack
• Participate in technical discussions and deep dives with architectural groups

Senior Web Software Engineer – Commercial Software

Engineer

• Develop and optimize calibrations to meet performance and timing requirements using Calibration Standard Work
• Support the team in closing program PRTS and other program issues
• Develop analytical tools and write scripts to develop RLM tools
• Capture and analyze empirical data
• Support and aid virtual calibration development and execution (VDDV)
• Own delivery of high-quality thermal calibrations for selected BEV3/BET programs
• Organize, plan, and coordinate calibration activities with calibrators, Lead Calibrator, and Diagnostic Strategist
• Support procurement of calibration-development resources such as HFT, cold box, and CWT
• Diagnose and correct vehicle, system, and controls deficiencies
• Participate in development trips and related test activities
• Serve as a technical interface between calibration team members, calibration technical specialists, software, and program teams

Calibration Engineer – Thermal

• Shape and scale engineering platforms for building, testing, integrating, validating, and delivering embedded software for software-defined vehicles
• Lead a major capability across multiple teams and influence technical direction beyond the immediate organization
• Connect software, tooling, infrastructure, test, and release activities into a coherent engineering system
• Lead software engineering productivity and effectiveness initiatives
• Identify opportunities and process improvements and lead organizational change
• Lead high-impact hands-on efforts
• Analyze unusual and difficult problems
• Connect multiple initiatives to deliver higher value
• Architect enterprise-scale CI/CD systems for embedded, simulation, and cloud workloads
• Define branching, release, and quality-gate standards across engineering domains
• Design GitOps-based delivery for multi-cluster Kubernetes environments
• Lead progressive delivery strategy, including automated rollback and analysis
• Establish IaC architecture using Terraform modules and multi-environment patterns
• Integrate security and compliance into pipelines and artifact flows
• Define observability standards for pipelines, simulation workloads, and runtime systems
• Mentor DevOps and simulation developers across the organization

Principal Software Engineer – Virtualization

• Shape and scale engineering platforms that build, test, integrate, validate, and deliver embedded software for software-defined vehicles
• Lead a major capability across multiple teams and influence technical direction beyond the immediate organization
• Connect software, tooling, infrastructure, test, and release activities into a coherent engineering system
• Lead software engineering productivity and effectiveness initiatives
• Identify opportunities, strategies, and process improvements, and lead organizational change
• Lead high-impact hands-on efforts
• Analyze unusual and difficult problems
• Connect multiple initiatives to deliver higher value
• Guide innovation, learning, and simplification efforts
• Architect enterprise-scale CI/CD systems for embedded, simulation, and cloud workloads
• Define branching, release, and quality-gate standards across multiple engineering domains
• Design GitOps-based delivery for multi-cluster Kubernetes environments
• Lead progressive delivery strategy, including automated rollback and analysis
• Establish IaC architecture using Terraform modules and multi-environment patterns
• Integrate security and compliance into pipelines and artifact flows
• Define observability standards for pipelines, simulation workloads, and runtime systems
• Mentor DevOps and simulation developers across the organization
• Coach and mentor team members

Staff Software Engineer – Virtualization

Strategist

• Develop and document requirements for automotive system calibration
• Design and manage strategic system interfaces to enable component reuse and adherence to best practices
• Coordinate requirements development with related activities
• Support engineers with root cause analysis
• Capture and analyze empirical data
• Design tests to identify calibration improvement opportunities
• Identify and document system vulnerabilities and create mitigation action plans
• Track corrective actions
• Plan and execute the overall diagnostic development plan
• Provide leadership and technical guidance to diagnostic calibrators
• Develop and optimize diagnostic calibrations to meet performance and timing requirements
• Identify and procure resources for diagnostic calibration development
• Support resolution of vehicle, plant, durability/dyno, and customer issues
• Represent the diagnostic calibration team in program execution and strategy forums
• Perform in-vehicle calibration and testing, lab/bench/analytical activities, and performance verification
• Collaborate with algorithm/software and hardware engineers
• Participate in offsite development trips and onsite program team vehicle evaluations
• Follow all safety precautions and requirements

Diagnostic Strategist – Electrification Battery Systems

• Lead and develop high-performance backend services and systems for GM Commercial Software
• Design, build, and maintain scalable, reliable, and performant services and systems
• Build and launch new capabilities and products that deliver value to internal and external customers
• Uphold engineering standards and improve quality and engineering efficiency across codebases
• Collaborate with product, design, and engineering stakeholders across the organization
• Mentor engineers earlier in their technical careers
• Explore new technologies and enrich the technology stack
• Participate actively in technical discussions and architectural deep dives
• Help shape GM Commercial Software’s system architecture, APIs, products, and customer experiences

Senior Backend Software Engineer – Commercial Software

Platform Engineer

• Lead end-to-end controls design for the steering or suspension/vertical-motion domain
• Develop reusable control and estimation algorithms for multiple vehicle configurations, actuator technologies, operating modes, and driver modes
• Develop steering controls for EPS, steer-by-wire, and active rear steering, or suspension controls for adaptive and active suspension
• Define platform interfaces, control ownership, actuator coordination, arbitration, and technology-specific extensions
• Develop vehicle-motion state estimators, observers, sensor-processing, sensor-fusion, system-identification, and parameter-estimation methods
• Coordinate with braking, propulsion, rear-steering, and other chassis domains
• Translate vehicle-dynamics, ride, handling, stability, comfort, and controllability objectives into requirements, metrics, algorithms, and calibration strategies
• Use model-based development, vehicle-dynamics simulation, HIL, DiL, and in-vehicle testing to design, calibrate, verify, and validate controls
• Implement algorithms in production-oriented embedded software and support requirements, interfaces, design reviews, diagnostics, and software releases
• Provide technical leadership, mentor engineers, resolve cross-functional issues, and communicate design decisions across controls, software, systems, calibration, test, and program teams

Senior Vehicle Motion Controls Platform Engineer – Steering or Suspension

DevOps Engineer

• Lead the Product Development Team for steering system components
• Manage the design, release, and integration of steering components into GM systems
• Complete program ICDs, DFMEAs, and peer reviews on time
• Oversee pre-production builds and ensure properties are shipped test-ready and aligned with milestones
• Drive design validation using FEA, modal analysis, and virtual builds
• Identify root causes of design issues and implement solutions
• Refine design criteria and typical sections using math data
• Conduct trade-off studies and recommend program direction based on cost, mass, and timing
• Lead and support technical reviews with suppliers and internal teams
• Coordinate with purchasing, manufacturing, and supplier quality teams
• Monitor warranty data and address emerging product issues
• Communicate with internal and external stakeholders
• Travel less than 25%

Design Release Engineer – Chassis Steering

• Lead design, development, analysis, integration, validation, and launch of instrument panel structure subsystems across vehicle programs
• Develop concepts and perform engineering evaluations using DFMEA, DRBFM, ICDs, PFMEA, CAE, and safety performance analysis
• Package components and manage CAD development through GM or supplier designers; ensure design best practices and lead peer reviews
• Evaluate manufacturing processes including welded steel stampings, magnesium die castings, and hybrid plastic/metal overmolding
• Collaborate with Thermal, Electrical, Body, Chassis, Restraints, Creative Design, Purchasing, Manufacturing, Quality, suppliers, and other partner organizations
• Lead Product Development Team activities, track and resolve issues, and communicate progress, risks, decisions, and impacts
• Balance cost, part count, mass, complexity, timing, content, and customer-driven requirements while supporting configuration work and continuous improvement
• Support Statement of Requirements development and lead Statements of Work; partner with CAE on FEA and robust design decisions
• Apply benchmarking to guide competitive design direction, BOM strategies, features, and content
• Lead change management using clear problem statements, alternatives, quantified impacts, decisions, and approvals
• Maintain documentation, risk assessments, lessons learned, and engineering read-across
• Lead plant builds, supplier trials, DV/PV events, craftsmanship audits, and launch activities
• Contribute to enterprise initiatives involving CAE-driven design, virtual execution, automation, accelerated development, supply chain improvement, and global standards
• Travel as needed during development, integration, and launch activities

Design Release Engineer – Instrument Panel Structure

Systems Engineer

• Define and deliver flash-programming requirements and solutions for advanced mechatronic systems across GM vehicle programs
• Lead programming strategies for development, manufacturing, OTA, and service environments
• Partner with software, hardware, diagnostics, cybersecurity, manufacturing, and vehicle-integration teams
• Develop and improve programming tools, diagnostics, scripts, and automated tests
• Analyze programming issues, identify root causes, and drive corrective actions
• Maintain requirements, test coverage, traceability, and technical documentation
• Establish reusable standards and practices to improve programming quality, efficiency, and scalability
• Provide technical leadership, mentoring, and roadmap direction for future programming capabilities
• Mentor junior engineers and provide technical guidance on complex programming tasks
• Define and track KPIs for flash-programming quality and efficiency

Staff System Engineer – Mechatronic Flash Programming

• Lead the Product Development Team (PDT) for steering system components
• Manage the design, release, and integration of steering components into GM systems
• Complete program ICDs, DFMEAs, and Peer Reviews on time
• Oversee pre-production builds and ensure properties are shipped test-ready and aligned with program milestones
• Drive Design Validation using FEA, modal analysis, and virtual builds
• Identify root causes of design issues and implement solutions
• Refine design criteria and typical sections using math data
• Conduct trade-off studies and recommend program direction based on cost, mass, and timing
• Lead and support technical reviews with suppliers and internal teams
• Coordinate cross-functional activities with purchasing, manufacturing, and supplier quality teams
• Monitor warranty data and address emerging product issues
• Communicate with internal and external stakeholders to ensure alignment and transparency
• Coach and lead suppliers to ensure execution of deliverables
• Travel as needed

Senior Design Release Engineer – Chassis Steering

• Design, develop, and maintain foundational embedded software platforms for software-defined vehicle solutions, including drivers, operating systems, BSPs, and software stacks
• Develop embedded software and device drivers for automotive display systems
• Develop Linux software features to control display-device powering, configuration, and activation
• Participate in requirements analysis, design, implementation, testing, and integration across the full software development lifecycle
• Collaborate with hardware engineers, system architects, software services teams, and SoC vendors
• Build and manage a shared vehicle compute platform
• Optimize performance, memory usage, startup time, and power efficiency for high-performance embedded systems
• Contribute to production-quality software using embedded software best practices in automotive and safety-critical domains