General Motors

User Researcher

• Identify, prioritize, and lead research initiatives that generate actionable insights to inform product, design, and user experience decisions for future in-vehicle experiences.
• Plan and execute a range of generative and evaluative research studies, including concept testing, usability testing, interviews, field studies, diary studies, participatory design, ethnography, and surveys.
• Partner closely with Design, Product Management, Prototyping, Engineering, and other cross-functional stakeholders to define research goals, inform design iteration, and proactively shape the product strategy.
• Evaluate current and future concepts, features, and interfaces across both hardware and software experiences.
• Synthesize findings into clear, compelling stories, frameworks, and recommendations that influence design strategy and design direction.
• Conduct concept testing and provide actionable feedback and recommendations to design teams.

Senior Vehicle Design Researcher

Software Engineer

• Lead virtual simulation and emulation initiatives that support manufacturing engineering and digital transformation efforts
• Create and improve standardized virtual engineering processes that drive efficiency across equipment sourcing and project execution
• Support the storage, processing, and accessibility of data across multiple platforms to enable scalability and collaboration
• Partner with Process Engineering Leads and Machine Tool Builders to develop digital twins of physical manufacturing systems for simulation, testing, and real-time monitoring
• Evaluate, design, and optimize manufacturing systems using Teamcenter Manufacturing Process Planner, Process Simulate, Integrated Emulation, and XR tools
• Collaborate with Central Lead Manufacturing Engineers and IT teams to ensure consistency in simulation and emulation project execution across propulsion programs and manufacturing disciplines
• Provide technical direction for the investigation, business integration testing, and deployment of both new and legacy virtual software and hardware utilities
• Stay current on advancements in process simulation technology, industry trends, and emerging best practices

Senior Manufacturing Engineer – Virtual Engineering, Propulsion Systems

Solutions Engineer

• Execute the layout development and integration process for multiple GM North America facilities supporting Casting, Engine, Transmission, Drive Unit, and RESS
• Provide subject matter expert support to plant, program, and ME Center customers
• Ensure adherence to layout standards and procedures
• Incorporate multi-discipline input into layouts to support lean, efficient processes with minimal floor space and building renovation
• Lead integration meetings, develop and maintain issue lists, and facilitate a cross-functional layout development process
• Generate installation-level design and detail as required
• Maintain layout drawing files and process incoming files for adherence to Central Layout Group standards
• Support additional layout and integration activities as needed

Layout Integration Engineer

Business Intelligence Analyst

• Provide world-class support for the GM Sales Reporting function, including hyper-care activities and user access management for multiple systems, business partner support, daily monitoring, issue management support, and on-going reporting requirements sustaining multiple regions and functions.
• Support communication to our business users
• Develop standardized reporting tools and dashboards to enhance the customer and field initiatives
• Update and maintain operations process, desk procedures and other documentation.
• Collaborate cross-functionally with various partners across different business functions to understand business processes.
• Combine all data streams into a central Power BI environment (e.g.RPO/Subscription/Warranty/Financial/Enrollment/Retention)
• Create consistent, validated data models for tracking operational KPIs, and customer metrics and program forecasting.
• Design interactive Power BI dashboards for operational tracking/metrics, and leadership executive summary

Retail Innovation Reporting Analyst

Systems Engineer

• Lead suspension systems engineering, safety, and validation activities across multiple vehicle programs and architectures.
• Provide technical direction, people leadership, and project oversight for execution, resourcing, risk management, and team performance.
• Drive robust systems engineering practices, including requirements, DFMEAs, safety artifacts, validation plans, and technical reviews.
• Partner cross- functionally with program, design, software, manufacturing, quality, and supplier teams to resolve issues and deliver safe, compliant systems.
• Build a high-performing organization through coaching, accountability, continuous improvement, and clear operating metrics.

Engineering Group Leader – Suspension Systems Engineering, Safety & Validation

Procurement

• Executing purchasing and sourcing technologies into GMD vehicles.
• Actively participating in development of commodity strategy, sourcing, negotiations, and interface with the leading suppliers and stakeholders.
• Managing commercial issues with suppliers and assessing supplier performance.
• Managing key strategic supplier relationships.
• Conducting benchmark procurement processes to develop and implement best practices.
• Demonstrating competence in negotiating skills.
• Developing organizational skills including the ability to prioritize, handle multiple projects simultaneously, and meet deadlines.
• Utilizing software such as SAP and/or MRP Systems.

Senior Global Sourcing Manager – GMD Purchasing

• Understand stakeholder needs and expected feature behavior
• Translate feature and system intent into validation and integration strategies
• Track applicability of system variants across vehicle programs
• Verify feature functionality on benches and vehicles across system variants
• Plan, schedule, and execute system and feature-level tests including environmental, functional, performance, safety, and regulatory testing
• Conduct structured exploratory evaluations beyond written requirements
• Assist with automation and regression testing
• Create and maintain test cases
• Proactively identify, document, and drive closure of validation and integration issues
• Perform preliminary root-cause analysis
• Conduct integration workshops with suppliers and release teams
• Provide closed-loop feedback to systems, design, and calibration teams
• Maintain ADV plans, test status, and traceability to requirements
• Approve and upload evidence for self-certification and type approval
• Author validation plans, test reports, Product Validation Letters, and compliance summaries
• Communicate readiness, risks, and decisions clearly to stakeholders
• Execute defined test procedures and document results in GM systems
• Maintain test status, defect tracking, and traceability for assigned scope
• Participate in vehicle and bench evaluations and development trips with coaching
• Contribute to root-cause investigations and recommend data-driven next steps

Senior System Integration Validation Engineer – Occupant Safety and Access

Engineer

• Execute 1D thermal system simulations to support vehicle thermal sizing, development, and virtual validation.
• Support design decisions through technical influence and data‑based recommendations.
• Apply knowledge of thermal physics, system behavior, and component interactions to identify issues and recommend solutions.
• Collaborate with System and Module Teams, thermal component and subsystem suppliers, propulsion systems teams, validation, calibration, and software development teams.
• Communicate analysis results, risks, and recommendations clearly to peers and leadership.
• Provide technical guidance and training to less experienced engineers on analysis tools, methods, and standard practices.

Thermal 1D VDDV Engineer

• Diagnose and correct platform (hardware, HIL/SIL), system, and controls deficiencies
• Support resolution of platform, plant, lab, and customer issues
• Use analytical, scripting, and automation tools to develop and verify calibrations
• Develop, maintain, and follow calibration procedures and execution guides
• Participate in agile development teams and support algorithm development
• Deliver calibrations to the appropriate repository according to program milestones
• Identify software or controls deficiencies and submit issues through PRTS (Problem Tracking Resolution System) as appropriate
• Validate diagnostic performance and robustness across SIL, HIL/ChIL, battery lab, and physical hardware environments to minimize false alarms while protecting safety and hardware.
• Manage calibration content through GM’s calibration tools and workflows (change management, reviews, and release processes) to ensure traceable, high‑quality software deliveries.
• Generate requests for software and/or controls changes
• Create scripts as needed to verify calibration quality and accuracy

Calibration Engineer

• Work closely with system engineering, software development, calibration, testing and validation stakeholders to identify solutions to customer needs.
• Lead planning and execution of work in consultation with test environment customers, technical leaders and management as necessary to support program imperatives.
• Engage with cross functional team members (within and outside of the immediate agile scrum team) to coordinate on-time delivery to meet requirements.
• Create and maintain simulation models (such as Plant, sensors and actuators, serial data communication and controller models) for creating xiL Test Environments.
• Evaluate, parametrize, and tune the test environment based on system requirements and calibrations.
• Close partnership with test environment users to root cause and address unexpected test results and resolve issues encountered during test execution.
• Provide technical support for test environment user activities.
• Plan, communicate, and coordinate test environment strategy and model/hardware rollout to support applications and features requested by user community as needed.
• Assist initiatives to benchmark and adopt next-generation simulation technology and tools.
• Perform test environment correlation activities based on experimental data.
• Support HIL bench and controller testing (including automated tools)
• Create, maintain, and improve standard architectures.
• Work closely with sources of models and equipment to make sure that common models and other simulation assets are shared between test environment domains and architectures.

Senior HIL Engineer

Engineering Manager

• Lead and manage a team of software engineers, fostering a collaborative and productive environment.
• Oversee the entire software development lifecycle, from requirements gathering and design to implementation, testing, and deployment.
• Apply advanced coding techniques and best practices to ensure high-quality, scalable, and maintainable software.
• Implement and champion Agile methodologies to optimize team efficiency and project delivery.
• Utilize a variety of computer languages and development environments to build robust applications.
• Design and implement complex computer program design techniques to solve challenging technical problems.
• Manage and optimize databasing solutions for various applications.
• Drive the development of innovative web applications, ensuring a seamless user experience.
• Mentor and coach team members, promoting their professional growth and skill development.
• Collaborate with cross-functional teams to define project scope, requirements, and timelines.
• Ensure adherence to company software development standards and security protocols.

Software Engineering Manager

• Develop and release System Technical Specification (STS)
• Ensure system requirements meet Feature and Safety requirements
• Participate in feature workgroups to develop and improve customer focused vehicle level features
• Create System DFMEA
• Participate in Fault Tree Analysis
• Collaborate on V&V plan (Mechanical, Electrical, and Controls)
• Lead the integration and issue resolution of the system through the development cycle.
• Work with subsystem and component teams to optimize system design
• Set availability targets, allocate to the subsystems and components, determine feature sensitivity to variation and failure modes, and determine mitigation plans to improve performance to targets.
• Support in the scoping of Advanced Technology Work (ATW) projects
• Stay abreast of new technology, new processes and methods to predict and improve availability

Senior Propulsion System Engineer – GPSSC

Full-stack Engineer

• Lead complex sub-system analysis to define functional controls and requirements, including I/O Interface requirements (e.g., mapping, performance, transfer functions, safety, regulatory, etc.), while applying Behavioral Driven Development (BDD) principles.
• Leverage physical (vehicles and benches) and virtual (models and simulations) to establish test cases and acceptance criteria for normal and degraded states of applicable sub-systems.
• Create and maintain Sub-System Technical Specification (SSTS) and Behavioral Test Specifications (BTS) documents for applicable subsystems.
• Create and maintain sub-system specifications in requirements management software (e.g., DOORS, DNG, Markdown, etc.), including Functional Architecture Documents (FADs), and Context Diagrams with the assistance of Global Architecture teams.
• Lead the root cause analysis for all appliable sub-system related issues and translate solutions into new or revised requirements.
• Lead sub-system level FMEAs and collaborate on System and Component FMEAs and manage FMEA processes across applicable subsystems.
• Collaborate with Controls and Software Engineers to review software implementation, ensuring compliance with requirements, and creating/executing Features/Stories in Jira to manage sub-system requirements and specifications.

Senior Sub-System Lead Engineer – Battery Energy Transfer

Security Engineer

• Design and develop security-focused software solutions, tools, and automation frameworks
• Integrate security into CI/CD pipelines and cloud-native environments
• Collaborate with infrastructure and application teams to embed security into system architecture
• Conduct code reviews and threat modeling to identify and remediate vulnerabilities
• Build and maintain systems for monitoring, logging, and alerting on security events
• Develop and maintain APIs and microservices that support security operations
• Participate in incident response and forensic investigations as needed
• Stay current with emerging threats, vulnerabilities, and security technologies

Staff CyberSecurity Software Engineer – IAM

Android Engineer

• Design and develop HMI applications for GM’s in-vehicle Infotainment systems
• Write efficient, well-structured, optimized, and thoroughly documented source code
• Participate in architecture, requirements, design, code, and test case reviews
• Analyze software defects; determine root cause, create software solution, test and verify closure
• Perform integration and verification testing
• Integrate vehicle input systems (faceplates, knobs and speech systems) with application software
• Take ownership of tasks and coordinate with multiple stakeholders to ensure successful end-to-end completion
• Support cross-functional teams in resolving issues related to software integration within vehicle systems
• Promote and implement improvements in programming best practices and coding standards
• Utilize Agile development processes, including Sprint Planning, Daily Stand-Ups, and Retrospectives
• Adhere to GM’s software development processes, prioritizing quality and ensuring that designed solutions conform to architectural requirements