General Motors

Engineer

• Build validation critics and agentic workflows to evaluate autonomy behavior, automate scenario review, and accelerate validation flows.
• Drive simulation-based ML evaluation at scale by evaluating deep learning modules in realistic sensor and traffic simulation and expanding behavioral and scenario coverage tightly linked to ML models.
• Translate validation strategies into production-quality code and automation pipelines that execute high-quality AV behavior analysis for continuous and scaled software release cycles.
• Ensure the quality and reliability of behavior validation outputs through monitoring, alerting, automated checks, and continuous improvement of the underlying code and data pipelines.
• Provide cross-functional collaboration across Simulation, Safety, Systems Engineering, and Autonomy focused on high-quality, automation-first software.

Senior Autonomy Behavior Validation Engineer

Procurement

• Responsible for purchasing all or a specific portion of productive and/or non-productive materials, supplies, machinery, tooling and/or services.
• Actively develop commodity strategies, leading complex global sourcing strategies and negotiations with key supplier partners.
• Develop and execute plans to meet direct material budget targets, collaborating with suppliers and internal partners.
• Lead supplier relationship management initiatives and support direct material budget activities.
• Manage sourcing documentation related to RFQ process adhering to the GM Audit Services requirements.
• Represent purchasing and support mitigation of supply chain disruptions.

Senior Global Sourcing Manager – Fuel Tanks

Architect

• Serve as the single voice of vehicle architecture
• Stand as the single point of leadership for architecture, surface integration, and cross-compartment collaboration
• Take the helm of Total Vehicle Integration, ensuring seamless collaboration across all functions
• Own the Decision-Making process
• Foster a culture of shared knowledge
• Exhibit a profound understanding of benchmarking
• Lead the charge in discovering new efficiencies
• Communicate program status with clarity
• Lead the virtual integration of the vehicle
• Proactively address and resolve issues

Vehicle and Manufacturing Architect – VMA

Field Engineer

• GM Field Service Engineers (FSEs) provide on-site professional automotive, business and computer technical support to GM’s retail and wholesale communities.
• FSEs have broad responsibilities including vehicle diagnostic and repair support, providing an avenue for escalated cases, product problem resolution and territory management support for GM.
• The primary FSE objective is to diagnose and direct repairs on California customer vehicles and to reduce vehicle repurchases and warranty expense to GM.
• FSEs will also evaluate Dealership internal comeback processes, provide Dealership onsite service readiness feedback and support Techline products at GM Dealerships.
• Respond immediately to dispatch cases for vehicle concerns that may lead to “vehicle down” or potential “repurchase” situations
• Maintain a close working relationship with GM District Managers-Aftersales (DM-A), the Regional CAM and BRSM to review vehicles in repurchase jeopardy and seek creative ways to avoid buy-back.
• Utilize GM’s predictive analytics tool to get notifications of high repurchase potential vehicles in your assigned area and assist dealers quickly when one of these high-risk vehicles shows up at a dealer in your area.
• Conduct ad-hoc in-Dealership training sessions, which can include technical information on the use of Techline tools and applications, as well as, other diagnostic tools and equipment when the dealer’s deficiencies in these areas are causing buybacks.

Field Service Engineer

• Serve as the single voice of vehicle architecture, uniting Engineering Functions, Manufacturing, and Studio
• Lead collaboration among stakeholders to deliver Decision Fixed Points (DFPs) and compartment integration
• Drive Total Vehicle Integration and Execution Efficiency
• Own the Decision-Making process and guide Integration
• Foster a culture of shared knowledge and encourage embracing lessons learned
• Lead efforts in discovering efficiencies and streamlining processes
• Develop a strong team focused on Best-In-Class Integration
• Communicate program status and advocate for Occupant Accommodations
• Optimize BOM re-use and support Design surface development

Vehicle, Manufacturing Architect

• Own the overall ECU system architecture: MCU selection, power architecture, memory, I/O, network interfaces, boot and update concepts, and diagnostics.
• Define and maintain system and subsystem requirements, including performance, resource budgets (CPU, RAM, flash), and latency constraints.
• Lead HW/SW partitioning and interface definitions.
• Develop and maintain communication architectures including message maps and bandwidth/load assessments.
• Define ECU-level functional safety concepts (ASIL allocation, safety mechanisms, monitoring concepts) in alignment with ISO 26262 and system safety engineering.
• Define ECU-level cybersecurity concepts (secure boot, secure flashing, secure diagnostics, key handling) in alignment with relevant standards.
• Ensure alignment with vehicle electrical architecture and network strategies; participate in architecture reviews and change control forums.
• Lead architecture and design reviews, drive systematic root-cause analysis for cross-domain issues, and guide corrective actions.
• Collaborate with controls, software, hardware, diagnostics, calibration, safety, and manufacturing teams to ensure the ECU design meets program cost, timing, quality, and feature objectives.
• Coordinate with suppliers on architectural topics (HW schematics, PCB layout constraints, BSW stacks, AUTOSAR configurations), ensuring compliance with internal standards.
• Own and maintain architecture documentation: block diagrams, interface control documents, safety and security concepts, configuration guidelines.
• Provide technical leadership and mentoring to engineers; influence without direct authority across multiple teams.

System Architect

Content Marketing Manager

• Publish the initial Product Program Content (PPC) and updates for new vehicle programs and subsequent model years
• Manage all PPC data for assigned vehicle programs in the Program Content Authoring Tool (PCAT), PPC Analyzer, and Global Docs PPC sites
• Provide periodic Build Combination data, analysis, and understanding to PETs and provide restriction and packaging recommendations to reduce build combinations
• Collaborate with key Program Execution Team (PET) members (Program Managers, Product Managers, etc.)
• Provide process/tool guidance to Program Management leaders responsible for making quality PPC decisions
• Manage timely production of PPC data while working with multiple PETs, balancing priorities as needed
• Carefully manage PPC data security to proper access levels to both GM and JV people
• Work globally when Work Share Agreements dictate shared roles with other regional team members
• Attend Program Execution Team (PET), content workshops, or Change Request (PCCR) meetings as needed
• Use various tools and methods to manage/validate content data to assure quality, including Excel, VBA, other Office tools, and GM proprietary tools
• Perform special studies and analyses, and periodically lead project teams on program content method improvement
• As a user of content databases/systems/tools, recommend process and system enhancements, and participate in defining system/tool requirements and testing
• Conduct User Acceptance Testing (UAT) on systems/tools as required
• Work with the System Management Teams (SMT) Technical Specialists to define global relationships between RPOs

Program Content Analyst

Solutions Engineer

• Lead delivery of integrated co-simulation packages to enable virtual thermal systems design, development, and validation.
• Lead resolution of program issues by rallying co-simulation partners to meet the demands of the problem.
• Advocate for adoption of virtual methods for vehicle design, development, and validation.
• Act as a single point of contact for Co-simulation users for thermal systems to resolve concerns on usage.
• Forecast and plan needs and get support for required resources.
• Define strategic opportunities for innovating processes and methods.
• Align with software releases and calibration milestones to ensure the virtual vehicle co-simulation package is up to date.
• Ensure Cosim packages meet standards as defined by the SIE governance team.
• Represent the needs of thermal systems among SIE peers from other disciplines.

Thermal Systems Simulation Integration Engineer

DevOps Engineer

• DRE is expected to operate with a high degree of independent judgment and technical discernment, implementing functional strategy and administering complex programs.
• Lead VCU hardware and software development activities, including architecture, feature specification, design, development, and test plan reviews, to ensure products are delivered on time with quality.
• Manage release plan requirements and ensure delivery per GM processes.
• Provide technical leadership in resolving complex hardware, software, validation, integration, and launch issues.
• Lead resolution of plant‑related issues, including part delivery constraints and SW/HW updates.
• Work as one team with suppliers and internal partners across hardware, software, validation, manufacturing, IT, and vehicle integration teams.
• Own and execute timely release of hardware and software part numbers.
• Manage and support engineering changes.
• Participate in required design, technical, and program reviews.
• Review, maintain, and ensure alignment of requirement specifications.
• Ensure regulatory and certification requirements are met throughout development and launch.
• Align and support vehicle program rollout planning.
• Track, communicate, and resolve launch and build issues.
• Proactively identify and remove development and implementation roadblocks.
• Support part approval process, vehicle integration activities, and build events.
• Lead and guide the work of others as required.

Design Release Engineer

• Design and develop gear systems for propulsion products including drive units, transmissions, and hybrid drive systems
• Perform gearbox analysis for durability, efficiency, and NVH
• Develop and enhance CAE capabilities for gearbox components and subsystems, including gears, shafts, park systems, and other
• Support product development from early concept through validation and production execution
• Communicate technical findings effectively to internal and external stakeholders using appropriate media
• Ensure timely delivery of design solutions that meet quality, cost, and program milestones
• Collaborate with cross-functional engineering teams for integrated design, problem-solving, and system optimization
• Lead and participate in benchmarking activities for gearbox products and virtual engineering tools.

Propulsion Engineer

Software Engineer

• Lead a multidisciplinary computational fluid dynamics organization.
• Guide a team of engineers focused on high-fidelity CFD analyses.
• Partner closely with hardware, test, manufacturing, and program leadership.
• Own and advance the CFD strategy supporting ICE, hybrid, and electrified propulsion systems.
• Drive adoption of best-in-class modeling approaches.
• Align CFD deliverables with program milestones, cost, timing, and quality requirements.
• Communicate technical risks and recommendations clearly to leadership.
• Support the evolution toward enterprise virtual engineering.

Engineering Group – Computer Aided Engineering

• The Fluids Management Specialist is the single-point authority for General Motors’ Global Propulsion System (GPS) Metal Removal Fluids (MRF) strategy and approvals.
• This role protects employee health, ensures regulatory compliance, and supports manufacturing performance across global propulsion operations.
• The position leads the Metal Removal Fluid Strategy Team (MRFST) and provides strategic direction, technical governance, and standardized coolant management practices for metalworking fluids and related chemistries.
• The specialist authorizes new or changed MRF uses and aligns plants, Chemical Managers, suppliers, and corporate stakeholders.

Senior Environmental Engineer – Fluids Management Specialist

Electrical Engineer

• Work with internal and external customers to design and integrate the electrical system of high-voltage battery packs for military platforms.
• Support technical trade-off studies within the battery pack to select optimal electrical designs (architecture, components, interfaces, protection).
• Support integration and balance of sub-systems (cells, modules, BMS, contactors, fusing, harnessing, LV/HV interfaces) to optimize the battery pack while achieving program requirements, cost, mass and timing.
• Support builds of prototype properties and test articles as needed, including issue identification and resolution during build.
• Support development of the controls architecture strategy for the battery electrical system, battery pack calibration of controls, flashing of controllers and data analysis for development, validation and issue resolution in collaboration with systems and controls teams.
• Participate in design and peer reviews to ensure robust electrical design, safety and compliance to GM and customer requirements.
• Manage Change Requests and Issue tracking.
• Owns the component Statement of Requirements, component timing plan, issues, etc. and manages details when changes are required.
• Support development of system or component requirements
• Manages interface control documents (ICDm and ICDe) for both component and works with integration counterparts to develop robust and efficient solutions.
• Prepare and present technical content and status in Program Reviews and customer/partner technical reviews as needed.
• Lead or support issue resolution, including root cause analysis, containment, corrective actions and lessons learned related to the battery electrical system.

Battery Electrical Engineer

• Design and optimize combustion chamber geometries for improved efficiency, power output, and emissions performance.
• Simulate and interpret combustion processes, heat transfer, cold start behavior, and catalyst heating strategies.
• Provide component-level and/or system-level design recommendations to Design Responsible Engineers based on interpretation of analysis results.
• Exercise analytical models for fuel preparation and mixture motion analysis including equivalence ratio and wall wetting.
• Model and analyze fuel injector behavior, spray atomization, spray-wall interaction, and mixture preparation.
• Exercise analytical models for in-cylinder combustion analysis using 3D CFD codes such as Star-CD, Converge, AVL-Fire, or in-house proprietary software.
• Enhance current standard analysis practices and/or tools to improve prediction fidelity and/or execution speed.
• Participate in product design and development teams and regularly present analysis results to engineering peers and management.
• Document analysis objectives, conclusions, results, and assumptions using a standard report template.
• Cooperatively work with test engineers to enhance laboratory procedures to support the development of first-time capable analysis techniques.
• Stays abreast of new technology and competitive products.
• Collaborate with cross-functional teams including engine design, calibration, controls, and emissions compliance.
• Validate simulation results with experimental data and iterate designs accordingly.
• Document and present findings to technical leadership and project stakeholders.

Virtual Propulsion Engineer – 3D Combustion, Airflow, Exhaust

Designer

• Support the implementation of new versions of GxDP and implementing enhancements to existing versions
• Review and integrate Human Interface Design and Global Software Development Process into Design and GxDP
• Work in collaboration with the GxDP Process Manager
• Define, create, and maintain integrated process maps, milestones, and deliverables
• Ensure HID and software activities are clearly represented in GxDP
• Drive change management, training, and adoption across the Design community