General Motors

Electrical Engineer

• Contribute to the design, development, and validation of next-generation high-compute ECUs that enable automated driving, vehicle intelligence, and immersive digital experiences.
• Support schematic design, component selection, and circuit implementation for central compute ECUs (ADAS/IVI).
• Perform electrical analysis including power distribution, signal integrity, thermal considerations, and high-speed digital interface layout inputs.
• Participate in board bring-up activities, including smoke testing, power-on sequencing, and debug of early prototype hardware.
• Collaborate with silicon partners and internal engineering teams focused on Hardware, Software and/or Feature Development.
• Ensure designs meet automotive standards including ISO 26262, AEC-Q100/200, EMC/EMI, design robustness, and manufacturability expectations.

Electrical Hardware Engineer – Central Compute

Engineering Manager

• Lead, coach, and develop a team of software engineers and technical leads.
• Drive delivery across the software development lifecycle, from planning through production support.
• Set engineering priorities, delivery plans, and measurable outcomes aligned to business goals.
• Guide architecture, engineering standards, documentation, and solution delivery.
• Remove roadblocks, manage risk, and support high-quality, on-time execution.
• Modernize legacy applications, workflows, and integration patterns.
• Advance reusable platform capabilities, API-first design, automation, and service-based engineering practices.
• Partner with product, architecture, infrastructure, security, and business teams on technology roadmaps.
• Improve system reliability, maintainability, observability, and operational readiness.
• Drive modern engineering practices including Agile, DevSecOps, CI/CD, automated testing, and release governance.
• Identify and implement AI and intelligent automation opportunities that improve efficiency, user experience, and business outcomes.
• Follow responsible AI practices across governance, security, privacy, and quality.
• Lead hiring, talent planning, performance management, and career development.
• Build a high-performing engineering culture focused on accountability, collaboration, and continuous improvement.

HRIS Software Engineering Manager

Mechanical Engineer

• Create and design the physical layout of integrated circuits (ICs) or printed circuit boards (PCBs).
• Place and route components, traces, and other elements to ensure proper functionality and performance.
• Create and verify the layout design by conducting design rule checks (DRC) and design for manufacturability (DFM) checks.
• Collaborate closely with other design teams, such as circuit designers, system engineers, and packaging engineers, to understand design requirements and constraints.
• Work to optimize the layout design for performance, power, area, and manufacturability.

Staff PCB Layout Design Engineer

Full-stack Engineer

• Create, analyze and validate component material costs and targets.
• Generate ground-up / detailed material cost estimates that encompass both piece price estimations and production tooling estimations.
• Collaborate with key internal cross functional peers.
• Active partner with the internal GPSC purchasing team.
• Occasional domestic travel to supplier facilities for enhanced costing collaboration and support of the specific engineering / purchasing team.
• Support the assigned GM SMT from a tooling and piece price perspective.

Senior Cost Engineer

Engineer

• Conduct design assessments with CAE methods that support vehicle development and validation.
• Perform structural analysis of components and systems to assess stiffness, strength, durability, and noise and vibration performance.
• Collaborate with cross-functional teams to develop designs that meet customer requirements.
• Engage in innovation projects by supporting development of virtual tools and methods.
• Lead execution of common virtual strategies for Chassis components and systems to support vehicle program development timeline.
• Develop engineering designs and present results with impactful recommendations, based on analysis.
• Participate in Chassis Product Development Teams (PDTs) by collaborating with cross-functional teams to develop designs that meet customer requirements.
• Lead all aspects of coordinated supplier CAE activities.
• Participate in CAE Focus Groups to keep up to date with latest CAE methods, tools, and trends.
• Participate in development of new or revised analysis procedures, methods, and tools (e.g., software, applications, scripts/coding).

Chassis Structure Suspension Steering VDDV – CAE Engineer

• Lead the engineering development of highly profitable accessories portfolios through the execution phase of the VDP (post DSI to SORP).
• Key accessory contact to program team.
• Support meeting forums as needed (VAPIR/PET/POPs/VPIT/ CITs).
• Maintain the program scorecard for engineering deliverables (e.g., Dot Chart) and report program status at SMT meetings during key program milestones.
• Lead program engineering status reviews.
• Lead the overall integration of accessories into the production vehicle.
• Drive project approvals through DCRs and DCTA reviews.
• Input, manage and communicate program workload and PCAR input.
• Coordinate program, studio and cross-SMT issue escalations.
• Co-lead developing and managing accessories brand/segment portfolio strategies.

Accessories Program Engineering Manager

Procurement

• Lead and develop a team supporting customer care and aftersales priorities across assigned workstreams
• Coach junior buyers and developing team members on commercial judgment, systems, processes, and day-to-day problem solving
• Reinforce a strong customer-first mindset in every interaction with internal stakeholders, suppliers, and cross-functional partners
• Promote creative thinking and practical solutions to business challenges, supplier issues, and process gaps
• Support escalations, remove roadblocks, and help the team resolve issues quickly with professionalism and urgency
• Drive consistency in communication, documentation, and follow-through across team deliverables
• Champion process simplification, standardization, and continuous improvement opportunities
• Use data, dashboards, and operating metrics to monitor progress, identify risks, and improve execution
• Build strong partnerships across Engineering, Supply Chain, Launch and Availability, Packaging, Finance, and Purchasing to align priorities and drive decisions

Lead Global Sourcing Manager

SDET

• The PVE Test Engineer is an Individual contributor responsible for demonstrating OBD II engine diagnostics on production vehicles and providing test deliverables within six months of start of regular production.
• Perform in-vehicle hands-on testing to confirm compliance to the California Air Resource Board (CARB) regulations.
• Confirm that all engine diagnostics are functional on Production vehicles.
• Demonstrate the ability of engine diagnostics to illuminate the Malfunction Indicator Lamp (MIL) when a fault is present.
• Submit documentation of the required testing within 6 months of start of regular production.
• Work closely with the PVET/OBD (Onboard Diagnostics) Lead to ensure that all vehicles are ordered and arrive on time.
• Collaborate with other PVET engineers on best test methods and practices.
• Continuously expand your knowledge of the functional aspects behind every engine diagnostic across multiple vehicle applications.

Production Vehicle Evaluation Test Engineer – Engines

• Conduct operational safety analysis for manual, supervised, and autonomous driving modes
• Define operational safety requirements and collaborate with key stakeholders such as Operations, Software, Hardware, and Legal teams to ensure proper implementation and validation
• Lead or support studies to corroborate safety analysis conclusions with empirical data, document findings, and provide clear conclusions and recommendations
• Lead operations safety issue management to address emerging issues through thorough investigation and resolution
• Ensure evidence for operations safety relevant safety case claims is documented and complete
• Perform regular audits of autonomous vehicle operations processes, such as driver monitoring system alert response and incident response
• Identify and document audit findings, including procedural non-conformances, safety concerns, or areas for continuous improvement, and provide timely feedback to auditees that is clear, concise, and actionable

Senior AV Operational Safety Engineer – GPSSC

• Lead cross-functional steering domain communications with systems and validation teams
• Lead chassis controls electronics features and systems testing (manual and automated)
• Create steering controls software feature & system Behavioral Test Specifications (BTS)
• Develop and implement test scripts for our virtual test environment
• Lead test automation development and execution for steering controls HIL benches
• Analyze nightly runs, review results and document defects and resolutions in Jira
• Participate in Agile ceremonies (PI planning, DSU etc.)

Senior Software Engineer – Steering Systems Test

QA Engineer

• Serve as the technical liaison between GM purchasing, product engineering, manufacturing, and our supply base
• Work directly with suppliers to resolve manufacturing and quality issues
• Implement and monitor advanced quality planning systems
• Review and approve supplier quality plans, including Control Plans and PFMEAs
• Facilitate root cause analysis and corrective actions for supplier quality issues
• Perform on-site supplier visits for root cause analysis and verification of corrective actions
• Improve supplier quality performance by conducting on-site workshops and providing technical assistance

Senior Supplier Quality Engineer – Die Casting, Stampings

Systems Engineer

• Define system and solution requirements, interfaces, states, and performance targets within infotainment and compute ‑ oriented systems.
• Participate in the decomposition and allocation of product, feature, and system functionality to software and compute platform teams.
• Collaborate with cross ‑ functional partners including software engineering, validation, UX, mobile, and Cloud Services.
• Assist in issue triage, root ‑ cause analysis, and resolution during development and testing phases.
• Support continuous improvement activities and help enhance system robustness and user experience.
• Document system deliverables, maintain requirement traceability, and support program milestones and readiness reviews.

Senior Systems Engineer – Wireless Charging

Program Manager

• Manage a portfolio of Employee Resource Groups and their initiatives to drive growth, success and business goals.
• Align and collaborate cross functionally to integrate ERG initiatives into the broader organizational strategies.
• Ensure ERGs are viewed as key drivers of effort and GM culture.
• Nurture/build productive relationships between ERG leaders, networks, and Executive Champions.
• Measure, report and shape ERG initiatives within their portfolio.
• Innovate, define processes and drive adoption of best practices.
• Create change management strategies tailored for ERG portfolio.
• Advocate for use of tools and processes to drive efficiencies and support intersectionality.
• Define project plans, provide status updates, oversee assigned ERGs including budget management and general support.

ERG Program Manager

Salesforce Developer

• Design and develop critical technology solutions across multiple technical areas to support the organization’s business objectives.
• Work to enhance, build, and deliver trusted market-leading technology products in a secure, stable, scalable way.
• Define corporate software strategy for new technology, highly complex features, and significant enhancements for current, new, and major programs.
• Participate in comprehensive design analysis of design solution.
• Work on integration and verification testing for an integrated software build.
• Drive Salesforce enhancements and improvements.
• Build integrations between Salesforce and other internal systems to automate business processes.
• Utilize best practices to perform operational support, enhancements, and bug fixes to the Salesforce.com platform.
• Customize, develop, and support solutions on the Salesforce.com platform.

Senior Salesforce Software Engineer

• Design, develop, and maintain ADS/ADAS software solutions supporting GM’s production and future autonomy platforms
• Contribute to the Object Fusion pipeline by integrating and fusing data from multiple sensor modalities (e.g., camera, radar, lidar, ultrasonics) to form an accurate and reliable understanding of the driving environment
• Translate system-level requirements into robust, scalable software architectures and algorithms
• Lead perception solutions that support multi-disciplinary efforts like planning, controls, validation, and vehicle integration teams
• Mentor and guide junior engineers through technical reviews, best practices, and hands-on collaboration
• Drive continuous improvement in software quality, safety, performance, and development processes
• Support safety-critical development practices aligned with automotive standards and production release requirements
• Communicate technical concepts clearly to non-technical stakeholders.