General Motors

Financial Planning and Analysis

• In this role, you will serve as Finance partner to Human Resources and Labor Relations with timely and relevant reporting and analysis that drives the most informed business decisions.
• Execute all the primary functions of Labor Strategy Finance & ECA – planning, budgeting, advising, analyzing, presenting, and deciding
• Develop and present insights and well thought out recommendations to leaders
• Develop and utilize financial modeling techniques to evaluate risks and opportunities
• Solve problems and develop new methods of analysis to streamline decision making
• Seek out and correct inconsistent data; find and fix root cause of inconsistencies, understand the drivers
• Collaborate and coordinate information flow with other staffs and business units for optimal corporate decisions
• Learn and partner with the Human Resources and Labor Relations teams
• Present to GM Senior Management and communicate key issues for action/decision (“the 30 second rule”)
• Provide accurate, timely, and reliable reporting and controls

Senior Financial Analyst – Labor Strategy

DevOps Engineer

• Own and improve reliability for key Energy Cloud services that power electric grid programs, V2H/V2G pilots, and enrollment/operations experiences.
• Define and maintain SLOs/SLIs (latency, error rate, availability) and partner with engineering and product to ensure they reflect real customer and business needs.
• Lead rollout and continuous improvement of production observability (e.g., Datadog or similar): metrics, logs, traces, dashboards, and alerting across services.
• Implement and enforce Production Readiness Reviews (PRR) and reliability scorecards so that every new service, integration, and major feature meets our reliability bar before going live.
• Drive incident management: participate in and often lead on-call/incident response, perform root-cause analysis, and ensure post-incident actions are prioritized and completed.
• Design and implement robust, well-tested backend services and automation to improve system reliability, performance, and data integrity (e.g., telemetry ingestion pipelines, charging session data flows, enrollment workflows).
• Build and evolve CI/CD pipelines (e.g., GitHub Actions) to support blue/green or similar deployment strategies, automated rollbacks, and high-confidence releases.
• Design and validate disaster recovery and continuity patterns (backups, cross-region failover, runbooks, simulation drills) for critical platform components.
• Partner with data engineering and platform teams to ensure data ingestion, storage, and processing patterns support reliability, scalability, and monitoring requirements.
• Lead cross-team reliability initiatives that improve how multiple Energy Cloud and related services are built, deployed, and operated.
• Define and socialize standard patterns for observability, CI/CD, performance testing, and data quality that other teams can adopt.
• Create clear technical documentation: runbooks, design docs, PRR checklists, SLO definitions, and reliability playbooks that make complex systems operable by others.
• Mentor engineers (SWE, DevOps, SRE, data) on reliability best practices, debugging techniques, and operational excellence.

Senior Backend Software Engineer – SRE

Backend Engineer

• Design and build scalable, reliable backend services and APIs that power home energy, EV/EVSE telemetry, and utility/aggregator experiences.
• Own critical production services and integrations, ensuring they are secure, observable, and easy to operate.
• Help the team meet GM’s system reliability objectives – including uptime, incident reduction, and robust monitoring.
• Lead end-to-end design and implementation of complex backend features and cross-service flows with minimal guidance.
• Design, build, and operate backend services and RESTful APIs that:
• Surface energy and telemetry data to mobile/web apps and partner systems.
• Partner with data engineering and analytics teams to ensure services integrate cleanly with data platforms and expose data in a way that supports reporting, and analytics.
• Contribute to or advise on key data models and pipelines related to Energy Cloud services.

Senior Backend Software Engineer – GM Energy

Manager

• Lead zone-wide achievement of sales and aftersales targets
• Strengthen dealer performance through coaching, mentoring, and strategic planning
• Champion digital transformation and Tier 3 marketing excellence
• Align dealer and agency efforts with Local Market Association (LMA) goals
• Spearhead customer experience initiatives that put the customer at the center
• Optimize inventory turn rates and accessory integration
• Drive business development culture and dealer engagement
• Oversee facility image programs and ensure brand consistency
• Instill a growth mindset and entrepreneurial spirit across the dealer network
• Administer dealer agreements and ensure compliance with performance standards

Senior Zone Manager – Chevrolet

Engineering Manager

• Manage and mentor a team of Hardware Performance Engineers, fostering their professional growth and technical expertise in environmental and durability testing and analysis.
• Lead cross-functional teams and consulting services to define, develop, and execute component-level environmental and durability performance requirements, test plans, and validation strategies.
• Oversee the performance management process for the team, including setting objectives, conducting regular performance reviews, and identifying areas for improvement.
• Collaborate with design, manufacturing, and supplier partners to ensure component designs meet stringent environmental and durability standards.
• Drive continuous improvement initiatives in test methodologies, analysis techniques, and data interpretation related to hardware performance.
• Provide technical leadership and strategic direction for the team in resolving complex environmental and durability performance issues.
• Communicate project status, technical challenges, and solutions effectively to senior leadership and stakeholders.

Engineering Manager – Component Environmental & Durability

Systems Engineer

• Work directly with customers from many industries to understand their needs and develop electrification solutions to fulfil them.
• Analyze solutions to assess thermal management capability and support other areas including electrical, life, and others required by the unique applications.
• Develop and balance system, component, and sub-component specifications for the various elements of energy storage and conversion systems including functional, performance, safety, and compliance requirements.
• Support the development of an efficient energy storage and conversion solution strategy - including batteries, power electronics, controls, thermal systems and other associated hardware.
• Collaborate with internal and external partners to evaluate product technical solutions to ensure efficient, safe, and reliable designs.
• Work cross-functionally to curate efficient technologies/solutions/components for innovative product design.
• Collaborate in a team environment and/or take charge of opportunities to develop optimal solutions for customers and development programs.

Thermal Systems Engineer

• Own and define the end‑to‑end charging communication system architecture, spanning vehicle software, charging stations, backend services, and mobile applications
• Lead the development of solution requirements for non‑mechatronic charging features, including AC/DC charging behavior, PnC, V2G/V2H capabilities and their interactions with GM Cloud
• Work with multiple charge point operators (CPOs) to ensure interoperability and identify integration gaps early in the development lifecycle
• Support functional decomposition and allocation of product, feature, and system functionality to software and compute platform teams
• Collaborate closely with software engineering, systems teams, validation, UX, mobile, back‑office, cloud, manufacturing, and suppliers to deliver integrated charging solutions
• Support issue triage, root cause analysis, and resolution for complex charging and protocol issues during development, integration, and testing
• Ensure alignment with safety, cybersecurity, regulatory, and charging protocol standards (e.g., ISO 15118, CCS, DIN 70121)
• Create and maintain system documentation, including requirements, interface specifications, and traceability, and support program milestones and readiness reviews
• Actively participate in ISO Standards committee discussions on enhancements and new feature standards impacting vehicle charging, V2H, and V2G functionalities

Staff Systems Engineer – EV Charging Architecture

Software Engineer

• Own the compute capacity forecast the AV program depends on
• Build and maintain detailed capacity models for the full AV compute stack: model training clusters, simulation infrastructure, data ingest systems, inference serving, and developer tooling.
• Translate upcoming program milestones into specific capacity commitments well ahead of when supply is needed.
• Own the GPU supply plan end-to-end: assessing when to transition workloads across hardware generations, aligning procurement timing with vendor product cycles, and ensuring supply commitments are in place before engineering demand materializes.
• Run an infrastructure efficiency and cost optimization program with measurable targets
• Lead a cross-team program to reduce compute and storage waste without degrading engineering velocity.
• Operate the performance lab and deliver actionable benchmarks to engineering leadership
• Own strategic vendor and cloud provider relationships
• Advise VP and Director-level leaders on infrastructure tradeoffs and program risk
• Build the GPU strategy and determine plan to use next gen chip sets for better performance.
• Build a team of engineers and technical program managers working across capacity modeling, performance benchmarking, cost optimization, and vendor operations. Invest in the development of everyone on the team.

Senior Manager, Capacity and Performance Engineering

Application Engineer

• Lead advanced fastening and inspection applications aligned with program, plant, and business objectives.
• Own and maintain Scope of Development Work (SODW) for fastening and inspection across program phases.
• Support and participate in MRL 4–7 gate reviews, driving technical readiness and compliance with GM standards.
• Serve as PET technical lead or core contributor, coordinating across engineering, plants, and suppliers.
• Develop and validate plant process use cases (layouts, simulations) tied back to SODW.
• Integrate solutions, timing, and resource needs into the Manufacturing Planning Study (MPS).
• Benchmark off-the-shelf solutions and engage strategic suppliers for capability, cost, and scalability.
• Collaborate with fastening and inspection SMEs to define requirements, review concepts, and validate solutions.
• Support launch execution from development through plant implementation, including builds, trials, and ramp‑up.
• Develop and maintain technical cost and timing inputs to support resource planning.
• Support and influence Design for Automation (DFA) early in the product development cycle.
• Capture and deploy lessons learned from development, launches, and plant operations.
• Clearly communicate technical status, risks, readiness, and recommendations to stakeholders and leadership.

Application Engineer – Advanced Manufacturing

• Lead the application, validation, and launch of fastening and inspection solutions from MRL 4–7 across global GM facilities.
• Align Scope of Development Work (SODW) with MRL 4–7, manage the transition from development to plant implementation.
• Ensure solutions are technically robust, operationally ready, and integrated into plant processes, MPS, and program timing.
• Lead a cross-functional team of manufacturing, automation, and process engineers.
• Partner with product engineering, R&D, ARC, technical experts, plants, and suppliers to deliver consistent, high-quality manufacturing outcomes.

Engineering Group Manager – Advanced Manufacturing Development, Deployment

Operations

• GM Defense is seeking an SAP Plant Operations & Materials Lead to join the GMD SAP product management team.
• This role is the plant-facing SAP business systems owner for GMD assembly plant(s), with primary focus on material management capabilities and processes.
• The position exists because the plant is scaling production and SAP usage and preparing for SAP Quality Management (QM), Warehouse Management (WM/EWM), and Digital Manufacturing Cloud (DMC) over the next 18–24 months.
• Provides hands-on plant support, regularly working with supervisors, materials, receiving, and shipping personnel on the floor.
• Raises process maturity in receiving, inventory accuracy, material flow, shipping, and engineering change management, driving standard work and data discipline.
• Owns or co-owns SAP process training and standard work for plant users.
• Acts as the business-side deployment and adoption lead for future QM, WM/EWM, and selected DMC capabilities that impact plant execution.

SAP Plant Operations & Material Lead – SAP MM/IM

QA Engineer

• Ensure the reliability and integrity of the end-to-end over-the-air (OTA) software delivery system.
• Facilitate the seamless download and update of vehicle software across millions of GM-developed vehicles annually.
• Utilize the Sub-System test bench environment to ensure that critical and complex features are properly developed and integrated into GM vehicles throughout major vehicle development milestones.
• Cultivate advanced technical expertise and a comprehensive understanding of the software integration lifecycle, including requirements analysis, test case development, execution, and defect management.
• Author Automation test scripts. Develop and document automated test cases using Python Robot Framework; innovate and contribute to incremental improvements.
• Conduct integration testing at the desktop bench level, capturing and analyzing data to identify issues, determine root cause, report them to the appropriate development team, test fixes, and verify closure.
• Develop a high-level test matrix based on the vehicle portfolio and associated interfacing subsystems to ensure comprehensive testing of all vehicle/component combinations.
• Rack and plan future OTA integration activities based on current and anticipated software availability, while monitoring hardware and software changes relevant to OTA.
• Provide and report status of testing and validation activities.

Software Integration Quality Engineer

Engineer

• Implement simulation deliverables for assigned new major vehicle programs.
• Optimally run experiments and analysis, interpret results, and generate standard reports.
• Respond to throughput simulation pulls from assigned manufacturing facilities.
• Extract necessary inputs from Manufacturing Planning documents and calculate Stand Alone Good Throughput (SAGT) targets and overspeed.
• Collaborate with Manufacturing Engineering centers in the design and optimization of current and future manufacturing systems and support plants in throughput improvement and initiatives.
• Provide expert mentoring and coaching on the use of simulation techniques, throughput improvement, and Tecnomatix Plant Sim Software.

Throughput Simulation Engineer

Events

• Apply engineering principles to improve fire protection system design and performance.
• Drive compliance of GM Fire requirements through influence across multiple sites, business units and stakeholders.
• Lead development and revision of corporate fire safety policies and standards based on updated regulations and building codes.
• Facilitate and lead tabletop exercises, improving emergency fire response, for complex operations.
• Provide expert consultation during major projects, including EV and high-risk areas.
• Use persuasive communication and leadership to foster a strong fire safety culture.
• Serve as a global subject matter expert for fire prevention and protection strategies.

Fire Prevention and Protection Specialist II

Full-stack Engineer

• Collaborate on the design and development of scalable, reliable systems.
• Contribute hands-on to coding, prototyping, and code reviews.
• Build and maintain efficient data flows using integration patterns.
• Manage and enhance services deployed on Kubernetes at scale.
• Ensure platform stability through observability and monitoring.