General Motors

Engineer

• Lead the definition and completion of the Vehicle Dynamics State Estimation system safety case for GM vehicle programs
• Define functional and performance requirements with cross-functional engineering and product teams
• Perform hazard analysis, fault tree analysis, interface analysis, FMEA, and related analyses
• Support execution of new requirements and cascading roll-down to impacted organizations
• Ensure requirements alignment and traceability
• Confirm requirements through analysis, simulation, and physical testing, including HIL benches and vehicles
• Use model-based systems engineering techniques to improve traceability, design quality, and variant management
• Serve as GM’s subject matter expert for Vehicle Dynamics State Estimation
• Influence technology direction, integration strategies, and issue resolution
• Travel less than 25%

Senior System Safety Engineer – Vehicle Dynamics State Estimation

AI Engineer

• Execute functional bring-up and system integration on subsystem and system benches
• Evaluate system interactions across compute platforms, ECUs, sensors, and vehicle software
• Execute functional, performance, and validation tests using simulation, HIL, SIL, benches, and on-road fleets
• Develop Python-based automation and supporting tools to improve testing efficiency and accelerate development cycles
• Analyze test data, document results, consolidate findings, and support root-cause investigations
• Support creation of datasets, scenario libraries, and automated test pipelines for HIL and SIL environments
• Identify problem statements, outline effective solutions, and account for tradeoffs and edge cases
• Participate in technical discussions, test planning, design reviews, and cross-functional problem-solving
• Collaborate with software, hardware, systems, safety, and vehicle engineering teams to ensure seamless system integration
• Communicate test results, technical findings, and recommendations clearly across multiple stakeholders

Summer Intern – Software Verification Engineer, AV/AI Platform

Operations

• Design, build, and maintain executive-level dashboards and reports using Databricks SQL and dashboarding/visualization capabilities
• Collaborate with data engineers to define and validate optimized data models
• Improve report query performance and scalability
• Enable an exceptional user customer experience
• Develop solutions for data analytics
• Investigate end-to-end system performance and customer experience issues
• Apply technical judgment to data to develop system remedies
• Configure and manage role-based access and data security in dashboards and semantic models according to GM policies
• Monitor and tune report and query performance
• Recommend data model or design changes as necessary
• Extract insights from database-stored data and conduct investigations
• Report to a specific location at least 3 times a week as required for the hybrid arrangement

Connected Operations Engineer

• Develop, test, and deploy production-ready code across vehicle platform software components
• Quickly ramp up on assigned codebase, product area, and/or system
• Complete assigned tasks efficiently with few iterations
• Identify problem statements and outline optimal solutions while accounting for tradeoffs and edge cases
• Participate in design reviews, code reviews, technical discussions, and continuous integration and deployment practices
• Collaborate with hardware, systems, test, and safety teams to ensure seamless software integration
• Communicate effectively across multiple stakeholders
• Contribute to software powering self-driving systems and autonomous vehicles
• Work with platform operating systems, drivers, embedded MCU software, core services, tools, vehicle software integration, and system or ML-workload performance depending on team needs

Summer Intern – Software Engineer, AV/AI Platform

• Develop scalable infrastructure and tools supporting model training, model deployment to edge devices, egression, rules-based models, operations, and inference
• Develop and optimize the AI training platform
• Improve data processing pipelines
• Accelerate model training and inference workflows
• Enhance testing infrastructure
• Support tool development, instrumentation, and system monitoring to boost reliability, reduce latency, and increase iteration speed
• Suggest, collect, and synthesize requirements with managers or tech leads to create feature roadmaps
• Code deliverables in tandem with the engineering team
• Adapt standard machine learning methods to exploit distributed clusters, multicore SMP, and GPU environments
• Perform team-specific responsibilities

Summer Intern – Machine Learning Engineer, AV/AI Platform

DevOps Engineer

• Support the design and analysis of threaded and non-threaded joints for vehicle components and systems
• Assist with fastener selection using fastener catalogs, engineering standards, and part classification tools
• Run joint calculations including clamp load, torque, joint slip, thread engagement, and strength checks
• Help develop and maintain fastener tightening specifications
• Support design reviews for accessibility, serviceability, and manufacturing feasibility
• Collaborate with Manufacturing, Plant, Tooling, and Equipment engineering teams to implement fastening processes
• Assist with torque-tension testing, joint audits, and plant torque correlation studies
• Document lessons learned and contribute to fastening standards, guidelines, and checklists
• Participate in issue resolution for fastener failures, loosening, warranty concerns, and assembly problems
• Support root cause analysis and corrective actions
• Maintain records of fastener data, torque specifications, joint calculations, and change history

Design and Release Engineer – Fastening

Analyst

• Support the shift toward a unified, system-led S&OP process integrating demand, supply, and financial planning
• Partner with business owners to define assumptions, planning logic, constraints, metrics, and decision rules
• Translate forecast signals, capacity limits, configuration-level content, and operational constraints into structured scenario definitions
• Build and evaluate scenario models to test what-if business conditions, identify tradeoffs, and quantify impacts
• Connect Sales, Supply Chain, Manufacturing, Product, and Finance teams
• Facilitate working sessions to align assumptions, scenario differences, and enterprise-optimized outcomes
• Maintain governance and structure of recurring S&OP planning cycles
• Contribute to implementation of a new enterprise S&OP planning platform
• Translate business process needs into functional requirements for internal IT and external software vendors
• Assist with testing scenario creation, variance reporting, forecasting comparisons, and automated recommendation capabilities
• Enable data exchange with upstream and downstream systems
• Develop analytics measuring scenario performance
• Use structured decision-making frameworks such as AHP
• Prepare executive-ready summaries of scenario insights
• Build reporting through Excel, BI tools, or system outputs
• Help design and implement a next-generation S&OP platform, reduce planning cycle time through automation, and improve schedule stability and execution

S&OP Planning & Optimization Analyst

Account Manager

• Own the relationship and business results for AutoZone while supporting growth of GM’s ACDelco business
• Administer, negotiate, and renew vendor agreements between GM and AutoZone
• Maintain a consistent headquarters-level business cadence
• Deliver sales and growth objectives by expanding products and stock-keeping units within the account
• Lead quarterly business reviews, line reviews, and action plans
• Partner with AutoZone on marketing, promotional, and growth initiatives
• Analyze sales, margin, inventory, and customer insights to recommend assortment, pricing, and promotional actions
• Coordinate supply chain forecasts for product launches, line expansions, and promotions
• Partner with Finance to develop and implement product pricing
• Evaluate trade-offs across sales, margin, and service
• Resolve back-orders, past-due orders, pricing issues, claims, returns, deductions, and fines
• Manage promotional and return reserve budgets and related policy adjustments
• Lead new-product setup and supersession activities
• Collaborate with Sales, Finance, Supply Chain, Product, Cataloging, and Marketing

National Account Manager

Solutions Engineer

• Lead integration of full-vehicle cross-functional co-simulation packages focused on vehicle dynamics and related disciplines
• Resolve program issues by aligning co-simulation partners with technical and timing demands
• Act as the single point of contact for vehicle dynamics co-simulation users
• Forecast and plan resource needs and escalate requirements
• Identify opportunities to innovate processes and methods
• Align software releases, calibration milestones, and vehicle hardware releases
• Design, develop, and integrate virtual hardware and software behavior models for active chassis systems across EV, PHEV, and ICE programs
• Develop and integrate multi-body and 1-D vehicle dynamics models into SIL and HIL platforms
• Create, evaluate, review, and verify FMU-based embedded controller models
• Create and evaluate CAN, LIN, and Ethernet serial data communication interfaces for SIL and HIL simulations
• Integrate chassis simulation components for loads prediction and structural design analysis of safety-critical components
• Verify and validate vECUs, communication systems, and vehicle models against architecture and dynamic requirements
• Develop test procedures for virtual vehicle development, calibration, and validation
• Work with suppliers to troubleshoot virtual model issues and ensure deliverable quality and timing
• Validate chassis controller performance through closed-loop learning and simulation-data analysis
• Debug embedded software written in C/C++
• Develop and validate automated simulation scripts using MATLAB and Python
• Lead use of Simulation Data Management and version control tools, including GitHub
• Define supplier co-simulation package requirements and ensure compliance with SIE governance standards
• Represent vehicle dynamics needs among SIE peers
• Mentor less experienced engineers in chassis controls development
• Advocate for virtual methods in vehicle design, development, and validation

Vehicle Dynamics Simulation Integration Engineer

• Provide technical leadership for complex manufacturing problems, including troubleshooting, equipment installation and qualification, manufacturing-process issue closure, training, and work assignment
• Manage a team of approximately 4–6 process engineers
• Set objectives, manage results, and evaluate and coach individual performance
• Meet program timing requirements and PTC milestones
• Meet program cost targets and maintain cost accuracy
• Lead development and implementation of program-specific manufacturing processes
• Support the Launch Wall process through the Manufacturing Validation Build Plan and PPAP
• Interface with plant personnel, Central Manufacturing Engineering personnel, and Product Engineering teams
• Analyze first-time-quality data and optimize processes using Red X and Design of Experiments
• Develop Process Flow Diagrams, Process Control Plans, and Process Failure Mode and Effects Analyses
• Oversee and help coordinate PPAP and GP-12 activities
• Provide technical direction to less-experienced process engineers
• Support Business Plan Deployment initiatives and coordinate engineering activities
• Provide technical direction to and oversight of outside vendor sources
• Support continuous-improvement projects at plant sites
• Travel to GM plants for launch support and other business needs

RWD/PHEV Assistant Total Manufacturing Integration Engineer

Systems Engineer

• Define and maintain the Network Performance Budget by product area across vehicle programs and architectures
• Forecast future network loading and bandwidth needs based on product roadmaps, feature growth, and architectural strategy
• Drive end-to-end network load assessments, including message catalog reviews, traffic modeling, and simulation or measurement of bus utilization, latency, and jitter
• Establish criteria and thresholds for acceptable network loading and performance and communicate them to product teams
• Create and manage a Network Performance Dashboard for current and projected network performance health
• Support Electrical Architecture Reviews and other forums by evaluating network implications of new features, ECUs, and topology changes
• Provide recommendations and risk assessments for architecture and change-control processes
• Partner with Electrical Architecture PSEs to ensure adherence to performance, reliability, and scalability principles
• Interface with ECU software teams, hardware design teams, and microcontroller strategy teams on bandwidth needs, timing budgets, and implementation constraints
• Provide network-related performance and resource-constraint input to software and microcontroller teams
• Develop, standardize, and improve tools and methods for network performance modeling, simulation, testing, and reporting
• Document and share best practices, reference architectures, and lessons learned across product areas

Staff Systems Engineer – Automotive Network Communications

Software Engineer

• Lead the Requirements and Controls Design team for Thermal Runaway Propagation solutions
• Manage, coach, develop, hire, and conduct performance management for a team of engineers
• Foster an inclusive, high-performance, innovative, and agile team culture focused on safety
• Define requirements and develop robust controls designs for diagnosing internal battery hardware failures that may lead to thermal runaway
• Empower self-organizing teams to deliver products on time and with quality execution
• Enable requirements and controls best practices
• Identify opportunities to apply data and expand organizational impact
• Drive agile principles, eliminate impediments, and remove roadblocks
• Lead timely resolution of product quality issues to ensure launch quality
• Implement process improvements for product quality enhancements
• Establish and monitor budgets and execute resource planning
• Support cross-functional key strategic initiatives and the organization’s future vision and roadmap
• Build relationships with internal teams and external partner organizations for tactical and strategic alignment

Engineering Group Manager – High Voltage Battery

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

Propulsion Thermal Management 3D CFD Engineer

• Lead piston structural and durability evaluations from problem definition through recommendation
• Define loads, set up models, execute analyses, post-process results, interpret findings, and prepare technical reports
• Assess piston and related component performance across thermal, mechanical, inertia, pressure, bore-distortion, clearance, and other operating conditions
• Select appropriate CAE fidelity for screening, risk retirement, and design-release decisions
• Diagnose non-routine issues, conduct sensitivity and variation studies, identify failure mechanisms, and recommend design or analysis improvements
• Connect analysis to requirements, DFMEA failure modes, detection/prevention methods, and qualification evidence
• Prepare traceable analysis reports and decision packages for program teams, design-release engineers, suppliers, leadership reviews, PPDR/PRTS support, and warranty or field investigations
• Maintain and improve piston-analysis standard work, procedures, templates, macros, and reusable data practices
• Develop automation and capability improvements using Python, MATLAB, Excel/VBA, or comparable scripting and post-processing tools
• Support benchmarking and method development, including tool comparison, model fidelity, correlation evidence, and emerging virtual-engineering practices
• Share knowledge and coach developing engineers and technical partners
• Collaborate across piston, rings, connecting-rod, cranktrain, lubrication/tribology, materials, testing, design, and program organizations

CAE Engineer – Piston Structures, Durability

• 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