General Motors

Software Engineer

• Provide support to Manufacturing Engineering in Stamping, Tooling, Body, Paint, Polymers, and Quality Assurance
• Support the planning and implementation of processes, equipment, materials, and product changes
• Monitor tests, tryouts, validations, and launches of new programs, models, and colors
• Analyze process and product issues, identify root causes, and support corrective actions
• Prepare and update work instructions, control plans, PFMEAs, specifications, and technical reports
• Collect and analyze production, quality, material consumption, and process performance data
• Identify opportunities to reduce waste, improve productivity, standardize processes, and lower costs
• Collaborate with Production, Quality, Maintenance, Safety, Purchasing, Logistics, Product Engineering, and suppliers
• Monitor plant activities and verify the readiness of processes, equipment, and materials for production
• Support the tracking of project schedules, costs, investments, and deliverables
• Participate in technical meetings with local, regional, global, and supplier teams
• Analyze layouts, 3D models, and tooling concepts, ensuring access, quality, ergonomics, safety, and performance requirements
• Perform process and robotics simulations using software such as Process Simulate

Manufacturing Engineering Analyst

Developer Relations

• Set and lead technical strategy and delivery for platforms, tools, and workflows improving developer productivity, quality, and satisfaction across GM
• Define and drive adoption of golden paths covering repository structure, CI/CD, testing, security, observability, and deployment
• Build automation and self-service capabilities to reduce manual toil, including environment provisioning, pipeline setup, guardrail enforcement, and standards checks
• Lead strategy for embedding AI into engineering workflows, including agents and copilots for planning, coding, testing, documentation, and operations
• Partner with product, security, infrastructure, and application leaders to translate pain points into platform and tooling improvements
• Mentor and coach engineers on software engineering, AI-assisted development, and recommended practices
• Define, socialize, and own outcome-focused engineering metrics such as lead time for changes, PR cycle time, change failure rate, and developer satisfaction
• Shape and govern engineering standards, patterns, and reference architectures across Core IT and beyond

Principal Software Engineer, Developer Experience

Engineer

• Own calibration strategy, configuration development, and calibration deliverables for ADAS data recording and retail AV data collection programs
• Lead integration of data recording software, applications, and configuration files into vehicles, benches, SoC platforms, and simulation environments
• Lead calibration and integration activities for new software releases, including configuration creation, test execution, deployment, and release readiness
• Plan and execute end-to-end validation, including test-plan development, test-case updates, formal test execution, defect documentation, and validation reporting
• Lead data-collection campaigns by defining configurations, deploying them to target fleets, monitoring recording performance, analyzing campaign metrics, and supporting controlled rollouts
• Lead issue triage through root-cause identification, corrective action, verification, and communication to software and platform teams
• Establish monitoring and alerting methods for connected test fleets and use data-driven analysis to identify issues
• Mentor and support calibration engineers and partner teams through technical guidance, documentation, training, and knowledge-sharing
• Support vehicle proliferation, regional-calibration, software-release, and production-deployment activities
• Collaborate with software, systems, platform, quality, data engineering, and ADAS feature teams

Senior Calibration Engineer – Retail Data

SDET

• Define, integrate, and validate Retail AV Data Collection pipelines
• Build and execute validation strategies for GM’s on-vehicle and bench-based data recording stack (RADC and ASDR)
• Develop, maintain, and extend RADC CI/CD and validation automation using Autobot, ATP/Jenkins, reusable pipelines, scripts, and AI-assisted workflows
• Lead CI/CD bench readiness, including hardware/software baseline alignment, automated flashing flows, and bench availability for regression and feature validation
• Design and execute VTM performance and quality benchmarks
• Analyze upload latency, completeness, and data integrity
• Set up and maintain RADC benches, including ECU wiring, power supply and relay integration, and Autobot keyword integration
• Integrate camera and consent features into benches and test plans
• Develop Autobot/Robot tests and document procedures in Confluence/Jira
• Author technical documentation and training content
• Collaborate with cross-functional software and platform teams to align priorities, communicate risk, and resolve complex issues

Senior Software Test Engineer – Retail Data

Accounts Payable

• Lead SAP transformation from SRM/ECC to S/4HANA, Ariba, and Central Procurement using clean core principles and Bill of Process methodology
• Plan and execute Current and Future State Accounts Payable workshops and blueprinting
• Collaborate with IT configuration and development teams, business stakeholders, Scrum teams, and PMO activities
• Align and evaluate financial postings and accounts against Request to Pay transactions
• Create and review BOP and IT development deliverables, including features, user stories, test scenarios, and scripts
• Create business process flow diagrams in Signavio following BPMNS 2.0 methodology
• Plan User Acceptance Testing scenarios and write or review Accounts Payable test scripts
• Plan end-to-end test scenarios through Global Ledger
• Review and approve change impact analysis matrices and training materials for MM-Accounts Payable
• Support Agile or hybrid Agile/Waterfall delivery approaches
• Report to the Global HQ in Warren, Michigan at least three times per week

SAP Solution Practice Analyst – Accounts Payable

• Lead installation and operational activities for manufacturing conveyor equipment in GM facilities
• Execute complex conveyor projects covering engineering, fabrication, installation, and start-up in GM assembly plants across North America
• Lead multiple conveyor projects and equipment installations while ensuring compliance with GM standards and safety requirements
• Develop project timelines and manage financial aspects of conveyor execution
• Collaborate with engineers, suppliers, internal teams, and external partners to resolve operational issues
• Drive lean conveyor designs to minimize total costs and support material presentation for assembly
• Utilize GM documentation and ensure adherence to conveyor specifications and standards
• Generate technical solutions for conveyor challenges and track deliverables for timely completion
• Develop layouts supporting manufacturing processes and integrate lean concepts
• Manage multiple plants and large-scale projects within the integrated supplier model

Senior Conveyor Manufacturing Engineer

DevOps Engineer

• Lead the System PDT for assigned vehicle programs and ensure key deliverables are completed on time and with high quality
• Facilitate integration and cross-functional meetings to resolve high-risk, complex system-level issues
• Serve as the studio interface for thermal content and lead escalation of studio criteria violations
• Develop thermal components and systems using GM engineering tools and processes
• Coach, mentor, and lead DREs and suppliers
• Create and update the Cabin Comfort Scorecard
• Provide on-site support for DREs outside the region
• Perform design studies and recommend optimized thermal solutions
• Own subsystem-level thermal performance and system-level issue management
• Support cabin comfort, powertrain thermal management, cooling performance, and related attribute delivery
• Coordinate communication between the VSE, LDE, and DRE team
• Lead integration of thermal subsystems into the total vehicle
• Ensure compliance with CTS, SSTS, STS, FTS, VTS, and Design Best Practices requirements
• Lead Peer Reviews and Routing Quality Assessments
• Coordinate engineering activities with suppliers and cross-functional teams
• Lead problem-solving for JIRA PRTS issues and document validation status
• Communicate with internal and external customer organizations
• Review warranty, JD Power, and Compass data for emerging issues and durability concerns
• Develop and implement cost optimization changes
• Track new thermal technologies and share lessons learned with the global subsystem leadership team
• Support required domestic travel

Lead Thermal Design Release Engineer

Systems Engineer

• Lead definition and delivery of Retail AV Data Collection solutions supporting ADAS and automated-driving development, fleet monitoring, machine-learning data collection, regulatory compliance, and product improvement
• Translate stakeholder and customer use cases into system-level strategies, feature-level requirements, functional specifications, architecture concepts, and verification plans
• Lead hands-on systems engineering across vehicles, benches, simulation and playback environments, cloud/data pipelines, and connected fleet campaigns
• Gather and analyze stakeholder, customer, ADAS, AV, regulatory, privacy, and machine-learning use cases
• Decompose product requirements into use cases, feature specifications, system requirements, interfaces, constraints, and verification criteria
• Define recording triggers, signals, topics, recording durations, data quality, compute and storage budgets, data offload, privacy, consent, geofencing, and vehicle compatibility strategies
• Develop system-level test strategies, use cases, test cases, functional checks, and validation plans
• Coordinate with software and platform teams on requirements, defects, dependencies, risks, and release impacts
• Ensure designs address customer consent, privacy, legal constraints, geofencing, regional requirements, and regulatory data-recording needs
• Support data-collection request intake by clarifying use cases, signals, trigger logic, pipeline limitations, and required software or architecture changes
• Improve requirements quality, systems-engineering processes, test automation, configuration management, release readiness, and stakeholder communication
• Make technical recommendations, communicate lessons learned, and keep engineering leadership informed of status, timing, risks, and technical issues
• Mentor engineers and contribute to reusable systems-engineering standard work, documentation, and technical training
• Collaborate with software, platform, vehicle integration, quality, data engineering, ADAS, AV, product, legal, and regulatory teams

Senior Systems Engineer – Retail Data

Full-stack Engineer

• Create cutting-edge mobile applications with exceptional user experiences
• Manage the full app development lifecycle from conceptualization through deployment and ongoing maintenance
• Develop mobile applications using React Native
• Develop APIs supporting mobile functionality
• Collaborate with UI/UX designers, product managers, software engineers, and internal teams
• Translate code into functional, user-friendly applications
• Write unit and UI tests to identify malfunctions
• Apply standard design patterns and frameworks throughout application development
• Assist with performance tuning and usability assessment/improvement
• Identify and remediate code quality, pattern mismatch, and security issues
• Document software solutions and ensure technical documentation meets GM standards
• Maintain compliance with GM and industry-standard methodologies
• Play a leadership role on the team and model GM values and behaviors

Senior Software Engineer – Mobile

• Lead software engineering productivity and effectiveness initiatives
• Identify opportunities and process improvements and lead organizational change
• Lead high-impact hands-on engineering efforts
• Coach and mentor team members
• Analyze unusual and difficult problems
• Connect multiple initiatives to deliver higher value
• Lead modernization of a large-scale embedded software test system
• Define and modernize a standardized, fully automated, headless framework across virtual and physical environments
• Enable full-suite testing multiple times per day
• Define architecture and roadmap for standardized test execution, configuration and variation management, traceability, quality gates, regression selection, and results reporting
• Establish change-impact analysis and risk-based regression strategies using Gears, Pure Variants, or equivalent tools
• Standardize test-result schemas, metadata, diagnostics, and artifacts and enable storage in Databricks
• Develop APIs and integrations connecting test execution, test management, issue tracking, failure triage, and diagnostic tools
• Improve test robustness, failure triage, execution speed, and deployment efficiency across CI/CD pipelines and physical and virtual test environments

Principal Software Engineer – Test System Modernization

• Lead a major capability across multiple teams and influence technical direction beyond the immediate organization
• Lead the modernization of a large-scale embedded software test system
• Define and modernize a standardized, fully automated, headless framework across virtual and physical environments
• Enable full-suite testing multiple times per day
• Define the architecture and roadmap for standardized test execution, configuration and variation management, traceability, quality gates, regression selection, and results reporting
• Establish change-impact analysis and risk-based regression strategies using Gears, Pure Variants, or equivalent tools
• Standardize test-result schemas, metadata, diagnostics, and artifacts
• Enable storage in Databricks for analytics, trend analysis, data mining, and reporting
• Develop APIs and integrations connecting test execution, test management, issue tracking, failure triage, and diagnostic tools
• Improve test robustness, failure triage, execution speed, and deployment efficiency across CI/CD pipelines and physical and virtual test environments
• Identify opportunities, strategies, and process improvements and lead organizational change
• Lead high-impact hands-on efforts
• Coach and mentor team members
• Analyze unusual and difficult problems
• Connect multiple initiatives to deliver higher value
• Visualize required innovation, learning, and simplification and transition the team to execute

Staff Software Engineer – Test System Modernization

• Evaluate vehicle designs for manufacturability, robustness, and alignment with Body Manufacturing Requirements
• Use Siemens Teamcenter, TcVIS, NX, and Tecnomatix Process Simulate/Designer for virtual analyses
• Assess weldability, sealing, weld-gun access, part handling, and overall BIW manufacturability
• Perform manual virtual analyses when automated tools are unavailable
• Identify requirement gaps, feasibility concerns, and manufacturing risks
• Create and publish manufacturability issue reports for cross-functional engineering and manufacturing teams
• Develop KPI charts at math synchronization points to track compliance, design maturity, and open actions
• Communicate findings, risks, and recommended actions to cross-functional stakeholders
• Support virtual manufacturing studies involving product placement and compatibility within manufacturing facilities
• Analyze robot reach, station constraints, sequencing, access, and related manufacturing considerations
• Validate interbuildability and cross-program compatibility at math-based checkpoints
• Review design updates and coordinate feedback between Product Engineering and Manufacturing Engineering
• Recommend process-friendly design improvements and manufacturing-driven engineering changes
• Manage virtual analysis activities to meet program milestones and vehicle development timing

Virtual Analysis Engineer

• Define camera architectures and design principles covering optics, image sensors, image quality, processing, interfaces, calibration, diagnostics, environmental robustness, packaging, safety, cybersecurity, manufacturability, and cost
• Evaluate camera performance across perception systems, image quality, latency, field of view, dynamic range, synchronization, and operating conditions
• Shape camera sourcing, partner, and industrialization strategies, including production test, calibration, quality controls, cost, and field performance
• Govern technology roadmaps and lead advanced-development projects from feasibility through validated recommendations and transition to product development
• Coach Lead Design Responsible Engineers and technical specialists
• Build reusable standards, models, templates, and engineering methods
• Establish reusable camera architectures and design guidance across vehicle programs
• Define traceable camera and interface requirements aligned with perception, vehicle, safety, validation, and supplier needs
• Develop camera models and performance methods for early architecture decisions and risk reduction
• Strengthen technical-review discipline and accelerate issue closure
• Develop camera ownership, sourcing, and industrialization strategies
• Deliver advanced projects with reusable technical outcomes
• Balance near-term program execution with long-term technology and platform development

Principal Engineer, ADAS Camera Systems – Perception Integration

Program Manager

• Plan, develop, and analyze information supporting program leadership decisions regarding products and business
• Exercise independent judgment and creativity to solve unique execution and business opportunities
• Document program decisions regarding product content and strategies
• Develop and maintain policies and procedures for Global Program Management and Product Execution Teams
• Coordinate Program Execution Team agenda, facilitate meetings, and document decisions
• Lead the Change Request/Decision Notice process, including screening team meetings
• Assist with business cases for program content changes
• Prepare presentations, including gate reviews for senior leadership
• Manage Product Program Content, Model Option Rate, and Program Notebook
• Coordinate content with Vehicle Description System and Model Options Planning
• Monitor program readiness with the Vehicle Planning Coordinator
• Advise functions supporting Product Execution Teams
• Ensure internal and external customer voices are understood by the Product Execution Team
• Handle non-recurring special assignments
• Support and back up Program Manager responsibilities
• Develop materials for events, milestones, and leadership reviews
• Define program strategy while balancing customer and other requirements
• Manage issues and uncertainties through decision framing and driving resolution

Project and Program Management Specialist

Solutions Engineer

• Lead the development, integration, and execution of General Assembly manufacturing systems for new vehicle programs from pre-DSI through Contract Sign Off
• Develop and communicate program-specific manufacturing strategies aligned with product, process, timing, and investment objectives
• Lead development and maintenance of the Plan for Every Site (PFES)
• Evaluate Manufacturing Planning Studies and Manufacturing Studies with data-driven recommendations
• Establish strategic manufacturing direction and processing concepts for vehicle programs
• Drive solutions balancing investment, piece cost, labor, floor space, quality, safety, and launch timing
• Develop lean investment targets and total cost optimization strategies
• Evaluate and implement advanced manufacturing technologies, automation, and vision systems
• Lead program timing development and establish critical integration milestones
• Coordinate with engineering, manufacturing, automation, controls, paint, processing, execution, installation, and launch teams
• Partner across organizations to develop integrated manufacturing solutions
• Resolve escalated issues and remove organizational barriers
• Serve as primary technical liaison between General Assembly and associated functional organizations
• Lead root cause investigations for complex manufacturing and integration issues
• Drive continuous improvement focused on safety, quality, efficiency, and cost reduction
• Present manufacturing strategies, recommendations, risks, and program status to leadership
• Facilitate alignment among cross-functional teams, program leadership, and manufacturing stakeholders