Full-stack Engineer

• Design, develop, and test software algorithms for controlling humanoid joint actuators
• Write code, debug, and optimize performance for smooth and precise movements
• Collaborate with hardware engineers to integrate software with physical actuators
• Conduct thorough testing to ensure seamless operation and identify issues
• Collect and analyze sensor and actuator data to improve control algorithms and humanoid joint performance
• Maintain detailed documentation, including code comments, user manuals, and technical reports
• Work with mechanical engineers, electrical engineers, and project managers on project goals and deliverables
• Perform additional duties as assigned to support team and business needs

Co-Op – Humanoid Robotics, Software Engineering

• Design, develop, and integrate reusable software safety tooling such as fault injection and traceability, static analysis, coverage, and other quality tooling
• Adapt and tune software safety and quality tooling settings and integrate them in CI to meet development program needs
• Enable AD/ADAS subteams to understand and improve software safety and quality through high-touch engagement with AD/ADAS domain experts
• Identify build and infrastructure improvements that improve developer efficiency
• Stay abreast of current best software practices and mentor other engineers
• Work closely with feature, systems, safety, cybersecurity, and machine-learning teams to deliver production-intent, standards-compliant AD/ADAS software

Software Engineer II, Safety & Quality Tooling

• Develop new standardized but configurable software solutions to drive positive customer outcomes
• Implement technical solutions for various customers
• Maintain and improve existing solutions according to priorities
• Identify improvements to existing software solutions
• Own and prioritize opportunities passed from marketing, outside sales, and national accounts
• Manage workflow and competing priorities
• Provide timely updates to internal and external contacts
• Participate in scoping and quoting customer opportunities
• Provide technical support for implemented solutions
• Utilize strategic partner company products to maximize company value
• Re-deploy standard software solutions developed by the team
• Maintain software repositories such as GitHub
• Implement and adhere to program documentation and version-control standards
• Collaborate with QA engineers on unit, integration, and end-to-end testing
• Keep current with industry trends, technologies, and best practices
• Contribute to requirements gathering, design, development, testing, deployment, and maintenance across the software development lifecycle
• Participate in Scrum or Kanban meetings, sprint planning, and retrospectives
• Document software design, architecture, and processes
• Assist in developing SOPs for software engineering functions
• Provide technical guidance and mentorship to junior team members
• Report to the Professional Services Manager
• Perform other duties as assigned

Software Engineer II

• Develop and deliver high-quality embedded controls software for high-voltage contactors and battery-pack energy management
• Ensure compliance with safety requirements, government regulations, and GM-internal policies including MISRA guidelines
• Apply software design principles, design patterns, supervisory controls architecture, and hardware abstractions
• Design, develop, and implement physics and controls requirements
• Improve mechatronic controls software, diagnostics strategies, and controller communication
• Maintain understanding of Ethernet standards and automotive communication protocols including CAN, LIN, and ARXML
• Test and demonstrate software functionality and readiness across controller, system, and vehicle levels
• Document design requirements and link them to test cases for traceability
• Use automated test tools in build environments, test benches, and vehicles
• Lead and guide Agile Scrum team members
• Coordinate with Systems & Safety, Validation, Electrical Architecture, SDV, Calibration, and Vehicle Performance departments
• Apply BDD/TDD methodologies and promote software built-in quality
• Use SDV and SOA principles to create optimized, modular software solutions
• Use CI/CD pipelines and DevOps practices for development, testing, and deployment
• Develop AI-driven diagnostics and predictive analytics for fault detection, prognostics, and anomaly detection

Senior Software Engineer – High Voltage Electrification

• Design, implement, and maintain software components for internal test creation platforms (ScenarioKit)
• Build and maintain automated pipelines for executing simulation tests across local and cloud-based GCP infrastructure
• Develop tools and scripts to test Machine Learning-based perception and planning systems
• Analyze simulation failure cases to support continuous improvement of model performance and autonomous vehicle safety

Software Engineer, Simulation

• Provide advanced product and manufacturing design support to IAC manufacturing facilities, product design teams, and OEMs
• Drive manufacturing feasibility and robust processes into product design from a secondary-tool perspective
• Support RFQ development, quote reviews, sourcing decisions, and technical discussions with IAC management and OEMs
• Optimize manufacturing efficiency and quality through improved processes, materials, methods, and facilities
• Manage tool design, construction, budget, and timing activities for secondary machine and fixture builds
• Provide tooling leadership to project teams and manage supplier build activities to meet timing, cost, and quality objectives
• Lead, develop, and mentor product engineers and technical professionals
• Establish engineering priorities and resource plans aligned with business objectives
• Drive structured technical problem-solving and support talent development, succession planning, and employee engagement
• Direct product engineering across concept development, feasibility, design reviews, validation, launch, and production support
• Ensure designs meet customer specifications, regulatory requirements, manufacturing capabilities, and cost objectives
• Oversee design validation plans, testing, and engineering sign-offs
• Lead engineering change management and product optimization
• Partner with Program Management to deliver engineering work on schedule and within budget
• Identify technical risks and implement mitigation plans
• Support APQP activities, including DFMEA, DVP&R, design reviews, and launch readiness assessments
• Provide engineering leadership during new product launches and major engineering changes
• Serve as primary engineering contact for assigned customers
• Participate in customer design reviews, technical discussions, and program status meetings
• Address customer, warranty, and product quality concerns through root cause analysis and corrective actions
• Support business development with technical expertise for quotations and product development discussions
• Collaborate with Manufacturing Engineering, Quality, Operations, Purchasing, Supply Chain, Tooling, Commercial teams, and suppliers
• Support cost reduction, value engineering, continuous improvement, and component development
• Ensure compliance with customer requirements, industry standards, engineering procedures, IATF 16949, ISO, safety, and regulatory requirements
• Participate in customer audits and technical reviews
• Support engineering budget development and resource planning
• Drive productivity and engineering efficiency improvements
• Evaluate emerging technologies and market trends for future product strategies
• Champion preproduction machine run-offs and approval processes for PPAP cycle times and OEE
• Participate in tool and engineering change cost negotiations
• Support pre-production machine start-up at IAC plants during PPAP
• Troubleshoot existing manufacturing processes and product lines to achieve customer quality and profit objectives

Senior Manager, Product Engineering

• Work with business technology and designers to build new platform capabilities and improve existing capabilities
• Customize, develop, and support solutions on the Force.com platform
• Drive Salesforce enhancements and improvements
• Build integrations between Salesforce and internal systems to automate business processes
• Develop Apex, JavaScript Lightning Components, Lightning Web Components, Visualforce, Flows, Omni Script, and Flex Cards
• Verify solutions by writing and executing automated test classes
• Collaborate with, mentor, and guide other engineers
• Document and analyze processes and procedures
• Maintain proper code documentation
• Create and maintain a code repository to support seamless deployment
• Stay current with Salesforce trends and releases
• Solve business problems from inception through implementation without explicit direction

Senior Software Engineer

• Manage the SET zone for pickup-truck and SUV vehicle subsystems through Systems Design methodology
• Deliver cost and weight efficiencies, component part reductions, quality improvements, labor savings, and service efficiency
• Develop and maintain relationships with Tier 1 suppliers and understand their technical capabilities
• Lead data-driven trade-off discussions and co-lead content and attribute proposals with Program Chief Engineering and Vehicle Engineering
• Lead SET zone target setting through benchmarking and Core Engineering opportunities/technology
• Collaborate with team members and external partners on packaging, weight, cost, labor, timing, and systems integration
• Lead Systems Technical Design and Compatibility Reviews to optimize designs, resolve issues, and deliver program milestones on time and on target
• Drive adherence to Systems Engineering Operating Principles
• Drive cross-functional issue resolution across program, finance, quality, manufacturing, suppliers, and other functions
• Support escalation when needed
• Collaborate on System Level Engineering Sign-Off and handover to Hardware Integration and Application Engineering teams

Systems Engineering Team Lead

• Develop and test Digital Key Services using repeatable industry best practices and GM's software development project methodology
• Interact with the core scrum team, Systems Architect, development team leaders, business team members, and other development team members
• Design, code, implement, and deliver a new platform
• Analyze user needs and software requirements to assess design feasibility within time constraints
• Confer with analysts, engineers, programmers, and others to design systems and understand project limitations, capabilities, performance requirements, and interfaces
• Consult with customers or departments regarding project status, proposals, and technical issues
• Coordinate software system deployment
• Determine system performance standards
• Develop or direct software system testing, validation procedures, programming, and documentation
• Modify software to correct errors, adapt to new hardware, upgrade interfaces, and improve performance
• Monitor application code to ensure conformance with specifications
• Store, retrieve, and manipulate data to analyze system capabilities and requirements
• Train users on new or modified application code

• Design and lead embedded programming and bootloader software for microcontroller-based automotive ECUs
• Support software-defined vehicle platforms
• Translate system-level infrastructure and security requirements into detailed programming/bootloader designs and integration plans
• Integrate and configure vendor bootloader and basic software components into GM infrastructure builds
• Develop and support flash programming flows, secure boot, and update/rollback mechanisms
• Analyze and debug complex programming and boot issues across microcontroller hardware, security modules, and communication stacks
• Use embedded debug tools and logs to diagnose issues