General Motors

DevOps Engineer

• Independently lead assigned electrical systems and components from requirements definition through design, validation, release, launch, and continuous improvement
• Translate customer, vehicle, regulatory, and program requirements into engineering requirements and acceptance criteria
• Own electrical architecture, power distribution, wiring and harness interfaces, controls, networked modules, sensors, actuators, and related hardware/software interfaces
• Define and manage interfaces among electrical, mechanical, propulsion, autonomy, communications, software, and vehicle-control systems
• Make engineering tradeoffs involving performance, reliability, cost, mass, schedule, manufacturability, and serviceability
• Lead design reviews, technical decisions, interface control activities, and engineering documentation, including specifications, bills of material, design data, and release packages
• Direct supplier technical execution, including requirements, design reviews, validation, timing, issue resolution, and corrective action
• Support prototype, pre-production, and production builds through electrical integration, troubleshooting, containment, and root-cause analysis
• Own engineering changes, deviations, decision notices, and configuration-control activities through implementation
• Drive launch readiness by managing deliverables, open issues, build support, and change implementation to closure
• Communicate technical status, decisions, risks, and recovery plans to engineering leadership, program teams, suppliers, and customers
• Read electrical schematics, wiring diagrams, prints, net lists, and mechanical drawings to design harnesses and routing
• Apply awareness of automotive quality systems such as PPAP, DFMEA, and PFMEA
• Work cross-functionally across engineering, program, manufacturing, quality, purchasing, suppliers, and customers
• Travel less than 25% as required

Electrical Design Release Engineer

Engineering Manager

• Lead a team of subject matter experts in cellular technology
• Develop and specify cellular module and network functional requirements for Terrestrial Networks (TN) and Non-Terrestrial Networks (NTN)
• Develop and specify wireless network functional requirements
• Lead the development of the cellular technology roadmap
• Conduct component evaluations and proofs of concept
• Lead cross-functional meetings to drive issue resolution and support design discussions that meet program milestones
• Collaborate with Product, Systems Engineering, Program, Quality, and Supplier teams to design and deliver on-time solutions
• Participate in and lead design and technical reviews related to the technology domain
• Participate in and lead technical and regulatory discussions with validation and supplier-resiliency teams to meet GM standards
• Manage technology roadmap, system and functional requirements, product and technology evaluations, issue resolution, and testing of hardware components and systems enabling connectivity across GM vehicles and architectures
• Support future technology roadmaps from development through production

Engineering Manager, Cellular Technology

Manager

• Lead type approval and homologation activities for all imported GM products in Japan
• Ensure approvals, certifications, recycling compliance requirements, and legal notifications are completed on time
• Define homologation requirements with source plants and coordinate approval plans, submissions, documentation, and issue resolution with global certification, product, engineering, quality, and program teams
• Represent GM Japan with MLIT/JMLIT, JAIA, relevant authorities, and industry bodies
• Manage submissions and notifications related to vehicle approvals, running changes, organizational changes, and compliance status
• Lead Japan end-of-life compliance activities, including recycle fee calculation, disassemble manual development, records management, and publication requirements
• Support source plant and VPC-related audits, completion inspection requirements, and sampling inspections
• Advise the Product Director on type approval, recycling, regulatory implications, launch strategy, timing, portfolio planning, and business risk
• Monitor Japanese automotive regulations and translate changes into actionable business requirements
• Act as GM Japan focal point for type approval and end-of-life matters with internal stakeholders, global teams, and external authorities

Type Approval Manager

Security Operations

• Design, lead, and deliver secure, scalable integration services connecting GM’s cyber ecosystem
• Own architecture and delivery for APIs, microservices, and event-driven workflows with production SLIs/SLOs
• Build AI-driven workflows for investigations, triage, and orchestration
• Create reusable connectors bridging SIEM, EDR, IAM, SSPM, ITDR, ITSM, cloud telemetry, and related systems
• Implement security automation playbooks that enrich alerts and trigger deterministic and AI-assisted responses
• Harden and observe services using CI/CD, automated testing, performance profiling, metrics, and incident runbooks
• Mentor engineers and lead technical design reviews, coding standards, and reference implementations
• Translate requirements into epics and roadmaps, align stakeholders, and deliver quality work on time
• Partner across SecOps, SOC, Platform, and Data teams to deliver measurable outcomes

Senior Security Software Engineer – Security Operations

Full-stack Engineer

• Build and debug high-performance IPC and middleware primitives, including publish/subscribe, shared memory, serialization, discovery, and QoS
• Improve latency, throughput, and determinism through profiling, tracing, benchmarking, and targeted optimizations
• Build developer-facing APIs, tooling, and documentation for internal customers
• Deliver platform-ready components with metrics, logs, traces, robust fault handling, and reproducible performance
• Collaborate with platform OS, drivers, safety, controls, perception, and tooling teams
• Apply code reviews, unit/integration/soak testing, performance and regression gates, and rollout/rollback discipline
• Progressively take on more complex design, implementation, integration, and testing assignments

Software Engineer, AV Frameworks – Early Career

• Design, develop, and maintain CI/CD pipelines for embedded software production
• Architect, implement, and operate cloud-based platforms hosting build, test, and virtualization capabilities
• Collaborate with development, test, platform, IT operations, cybersecurity, and supplier teams
• Ensure scalability, reliability, availability, and security of CI/CD pipelines and cloud platforms
• Integrate pipelines with physical and virtual test environments for automated test suites and co-simulation workloads
• Automate provisioning, configuration, monitoring, and maintenance of virtualization platforms and cloud services
• Monitor pipeline and platform performance, reliability, and software quality metrics
• Identify bottlenecks and implement data-driven improvements
• Troubleshoot and resolve build, pipeline, and cloud infrastructure issues
• Act as a subject matter expert for cloud infrastructure, CI/CD, and virtualization
• Provide guidance, documentation, and training
• Ensure platforms comply with corporate policies, standards, and requirements
• Prepare and deliver technical updates, reviews, and live demonstrations to leadership and external partners
• Track DevOps, cloud-native, and virtualization trends and incorporate relevant innovations

Senior Software Engineer – CI/CD, Software Development Tools

• Design, develop, and maintain CI/CD pipelines for embedded software production
• Architect, implement, and operate cloud-based platforms hosting build, test, and virtualization capabilities
• Collaborate with development, test, platform, IT operations, cybersecurity, and supplier teams
• Ensure scalability, reliability, availability, and security of CI/CD pipelines and cloud platforms
• Integrate pipelines with physical and virtual test environments for automated test suites and co-simulation workloads
• Automate provisioning, configuration, monitoring, and maintenance of virtualization platforms and cloud services
• Monitor pipeline and platform performance, reliability, and software quality metrics
• Identify bottlenecks and implement data-driven improvements
• Troubleshoot and resolve build, pipeline, and cloud infrastructure issues
• Act as a subject matter expert for cloud infrastructure, CI/CD, and virtualization
• Provide guidance, documentation, and training
• Ensure platform compliance with corporate policies, standards, and requirements
• Prepare technical updates, reviews, and live demonstrations for leadership and external partners
• Track DevOps, cloud-native, and virtualization advancements and incorporate relevant innovations

Senior Software Engineer – CI/CD, Cloud Infrastructure

Engineer

• Learn the fundamentals of PFMEA and its use in manufacturing
• Participate in PFMEA reviews, workshops, and risk-reduction activities
• Assist with analyzing manufacturing processes to identify potential risks
• Support engineers with PFMEA data, reporting, and documentation
• Learn how lessons learned are captured and applied to future vehicle programs
• Gain exposure to vehicle launch activities and the transition from Launch to Plant
• Work with Manufacturing, Quality, Launch, and Plant teams
• Use Microsoft tools, Google tools, and other computer-based analytical and collaboration tools
• Assist with projects improving manufacturing quality, productivity, and process reliability

Summer Intern – PFMEA Manufacturing Engineer

Machine Learning Engineer

• Identify engineering pain points and propose, design, and implement reliable, scalable, and maintainable solutions
• Influence the team's technical roadmap
• Evaluate new tools and technologies through proofs of concept
• Ship improvements to AV development toolchains and services with measurable impact on engineering productivity and company metrics
• Drive software engineering best practices and create tooling that encourages them
• Help steer the team's engineering culture
• Guide the team in balancing delivery impact with technical debt
• Mentor and grow engineers on the team
• Set an example for accountability
• Execute and deliver impact individually and through the team
• Set boundaries when evaluating external requests against the team's vision
• Specialize in Remote Build Execution and the in-house FUSE file system used for CI, ML training, simulation, and remote build
• Support and extend the FUSE system and help internal customers integrate source-code-dependent tools
• Enable source code editing in developer environments from the FUSE file system

Staff AI/ML Engineer – Autonomy CI Platform

Technical Writer

• Plan and execute assigned technical-publication work packages
• Review contracts, specifications, logistics requirements, engineering inputs, service requirements, and customer expectations
• Develop, author, edit, update, and maintain operator, maintenance, inspection, servicing, repair, troubleshooting, parts, and training publications
• Analyze drawings, CAD and 3D math data, wiring schematics, system diagrams, software information, parts data, engineering changes, photographs, and test results
• Translate complex engineering and service information into clear, actionable procedures
• Organize content using topic-based and structured-writing principles
• Create and maintain procedures in GM Service Information, XML/SGML, military technical-publication, and other authoring systems
• Apply writing, terminology, formatting, safety, illustration, cross-reference, delivery, and Simplified Technical English requirements
• Validate technical content with engineers, technicians, and subject matter experts
• Coordinate figure requirements and integrate graphics with written procedures
• Manage revisions, change incorporation, traceability, document configuration, and version control
• Participate in technical reviews, audits, demonstrations, maintenance evaluations, and validation activities
• Perform hands-on validation with technicians, vehicles, equipment, test articles, and customers
• Resolve documentation issues and escalate matters requiring engineering or customer authority
• Recommend improvements to authoring methods, templates, terminology, quality checks, review processes, and delivery workflows
• Maintain a safe work environment and follow GM Defense, customer, facility, equipment, and high-voltage safety requirements

Technical Writer – GM Defense

• Scale AV foundation model pre-training and fine-tuning with data into billions of examples across different sources
• Design and implement technologies aligned with GM’s mission
• Develop novel data curation algorithms, pre-training, post-training, and fine-tuning recipes for AV models
• Design, architect, and deploy data curation and training pipelines
• Apply unsupervised pre-training, imitation learning, reinforcement learning, guidance, and selection techniques
• Collaborate with cross-functional teams to integrate and align foundation-model distillation recipes for onboard driving models
• Conduct research and stay current with AI frameworks and libraries
• Lead projects from ideation through deployment and document learnings and best practices
• Lead critical technical initiatives and collaborate with cross-functional teams
• Mentor junior team members and contribute to knowledge sharing and continuous improvement
• Develop ML models that improve the safety, reliability, and scalability of autonomous vehicles

Principal ML Engineer – Embodied AI Scaling Foundations

3D Artist

• Develop and sustain accurate, compliant, and usable graphics for military and commercial technical publications
• Plan and execute assigned graphics work packages under general supervision
• Interpret contract requirements, statements of work, publication specifications, engineering inputs, technical-writer requirements, and customer expectations
• Generate exploded-view illustrations, component and assembly illustrations, schematics, wiring diagrams, parts illustrations, operator and maintenance graphics, and training content
• Convert 3D CAD, digital math, virtual-reality content, engineering models, photographs, prints, and other engineering data into 2D vector illustrations
• Read and interpret engineering drawings, change orders, parts information, structural diagrams, and vehicle wiring schematics
• Collaborate with technical writers, engineers, technicians, subject matter experts, program teams, customers, and publication professionals
• Develop graphics for high-voltage, battery, propulsion, controls, electrical, hydraulic, pneumatic, and vehicle systems
• Produce and integrate graphics into GM authoring systems, XML or structured-publication workflows, IETMs, Maintenance Allocation Charts, operator instructions, and other deliverables
• Apply MIL-STD, DoD, S1000D, customer, contract, accessibility, terminology, safety, and corporate publication requirements
• Participate in technical reviews, peer reviews, quality audits, validation, verification, and hands-on validation activities
• Maintain configuration, revision, traceability, naming, archival, cataloging, and reuse of graphical assets
• Communicate status, risks, dependencies, technical concerns, and schedule impacts to Technical Publications leadership and partners
• Resolve moderate-scope graphics and publication problems and escalate issues requiring engineering authority or customer direction
• Recommend improvements to templates, standards, asset reuse, review methods, quality checks, archive structure, and production workflows
• Share working knowledge and serve as a resource on assigned graphics processes and standards
• Maintain a safe work environment and follow GM Defense, customer, facility, equipment, and high-voltage safety requirements

Graphic Artist, Technical Publications

• Plan and execute assigned technical-publication work packages across multiple programs
• Analyze engineering drawings, CAD and 3D math data, wiring schematics, requirements, parts information, software information, and engineering changes
• Author, edit, update, and maintain operator, maintenance, repair, troubleshooting, parts, and training content
• Develop content using XML/SGML-based tools, GM Service Information authoring systems, and military technical-publication systems
• Translate complex engineering and service information into clear, actionable procedures
• Apply writing, terminology, safety, warning, caution, note, illustration, formatting, and Simplified Technical English standards
• Validate technical content with high-voltage and vehicle-system engineers and subject matter experts
• Identify, coordinate, integrate, and verify line art, exploded views, schematics, and other graphics
• Manage revisions, engineering changes, traceability, and document version control
• Participate in hands-on validation and verification with technicians, vehicles, equipment, and customers
• Resolve documentation problems, escalate matters requiring engineering authority or customer direction
• Recommend improvements to authoring, content reuse, quality, review, validation, and delivery processes
• Communicate status, risks, dependencies, and schedule impacts to the Technical Publications Team Lead and partners
• Maintain a safe work environment and follow GM Defense, customer, facility, and high-voltage safety requirements

Senior Technical Writer, High Voltage and Vehicle Systems

• Design, implement, test, and operate services that manage autonomous driving software on GM vehicles
• Build on-vehicle services to provision, launch, and monitor autonomous vehicle software
• Build frameworks to configure autonomy software across hardware platforms, simulation environments, and use cases
• Develop systems and frameworks to monitor vehicle status and reliability
• Integrate software with vehicle hardware and validate behavior on benches and vehicles
• Diagnose issues in real-world environments
• Contribute across requirements definition, platform behavior, implementation, integration, and testing
• Progress through increasingly complex assignments while learning from experienced engineers
• Develop abstractions and design guidance for vehicle software developers

Software Engineer – Early Career

• Lead, coach, and grow a team of engineers building autonomy evaluation platforms, metrics, workflows, dashboards, and analysis tooling
• Set technical direction for systems that introspect autonomous driving software performance across interfaces and the autonomy stack
• Drive design and delivery of analysis algorithms that summarize, aggregate, and cluster metrics from simulation and on-road runs
• Guide development of statistical and machine learning methods to quantify performance and identify behavior patterns across scenes and operational domains
• Oversee evaluation approaches for ML components across perception, prediction, and planning
• Ensure delivery of dashboards and interactive reports for trend analysis, drift detection, scenario coverage, and leadership insight
• Partner with Autonomy, Simulation, Systems, and Safety teams to define requirements, resolve handoff issues, and align evaluation strategy with product and release needs
• Help leverage VLMs and LLMs to classify autonomy performance and prioritize validation work with human-in-the-loop review
• Maintain high standards through system design, code review, testing, observability, and engineering best practices
• Translate system-level results into clear feedback for engineering and leadership
• Build a high-performing, inclusive engineering team through hiring, coaching, feedback, and career development
• Create clarity across priorities, roadmaps, and dependencies
• Balance near-term delivery with long-term platform investments
• Raise execution quality through clear ownership, design reviews, and operating mechanisms
• Represent the team across partner organizations and influence system-level AV quality decisions