Jobs at General Motors

Monitor, triage, and investigate cybersecurity alerts across endpoint, network, cloud, identity, application, and manufacturing environments. Use SIEM, EDR, NDR, SOAR, threat intelligence, and cloud security platforms to identify threats, hunt for malicious activity, and improve detection logic. Create scripts, queries, dashboards, and automation workflows; support tool integrations and incident investigations; document findings; and collaborate with security and engineering teams. Participate in a 24x7 on-call rotation.

Designs and maintains automated, high-coverage verification and validation for ADAS/AV platform software. Builds HIL, SIL, and VIL environments; develops test frameworks and scripts; analyzes diagnostics and logs; triages defects; performs root-cause analysis; and collaborates with software and hardware teams. The role requires testing Linux/QNX-based systems, automotive networks, diagnostics, safety standards, and vehicle simulation environments, along with operating test vehicles.

Staff software engineer responsible for designing, building, and operating production authorization services. The role develops role-based, attribute-based, and policy-driven access controls; leads security reviews; builds cloud-native microservices and APIs; establishes engineering standards, observability, and deployment practices; mentors engineers; and supports critical systems through on-call rotations.

Investigates and resolves enterprise cybersecurity incidents through alert triage, endpoint analysis, evidence collection, containment, eradication, and recovery. Develops incident-response automation, Python utilities, integrations, dashboards, CI/CD workflows, and infrastructure-as-code deployments. Administers CrowdStrike Falcon capabilities, improves detection and threat-intelligence workflows, maintains response playbooks and documentation, and coordinates with security stakeholders. Supports incident reviews, process improvement, mentoring, and knowledge sharing.

Hands-on cybersecurity engineer partnering with product engineering teams to secure embedded vehicle software, mobile applications, and backend services. Responsibilities include building secure engineering capabilities, implementing SAST, DAST, fuzzing, runtime security, and OS hardening, conducting code reviews, authoring security guidance, and mentoring engineers. The role requires technical leadership, secure SDLC expertise, programming ability, and practical application security experience.

Leads supply chain activities supporting business objectives, including supplier and logistics-provider relationships, capacity constraints, production-impact assessments, and critical issue resolution. Analyzes supplier schedules and metrics, develops cross-functional solutions, prevents plant disruptions, reduces premium transportation, and communicates risks and resolutions to leadership. Requires domestic and international travel, Spanish communication skills, and flexibility for extended or non-core hours.

Manages warranty process support across dealerships in the Phoenix territory. Advises dealer leadership, reviews warranty data and job cards, evaluates service processes, resolves warranty escalations up to $50,000, delivers training, supports recalls and field actions, and develops improvement plans. The role partners with regional and corporate teams to improve warranty administration, compliance, consistency, and dealership performance, while traveling up to 75% and presenting recommendations to senior leadership.

Develop, deploy, and continuously improve electrical manufacturing standards and assembly processes across global vehicle plants. Partner with plant, engineering, quality, and supplier teams to improve Electrical First Time Quality, reduce defects and warranty exposure, analyze performance data, support launches and manufacturing readiness, resolve root causes, and coach plant teams on electrical manufacturing best practices. The role is onsite in Warren, Michigan, with at least 50% domestic and international travel.

Develop and calibrate battery cell electrochemical, thermal, mechanical, safety, and molecular dynamics models. Use simulation, data analytics, machine learning, and automation to optimize battery performance, charging, aging, and vehicle integration. Collaborate with testing teams, develop material test methods, maintain parameter databases, document models, and release models for vehicle co-simulation, diagnostics, controls, state estimation, and warranty applications.

Performs offensive product security assessments, penetration testing, vulnerability research, and exploit validation across embedded vehicle software, mobile applications, backend systems, and product services. Identifies attack paths and vulnerabilities, validates impact, provides risk-ranked remediation guidance, and partners with engineering teams to improve secure SDLC practices. The role also develops offensive tooling and testing methods.

Leads advanced prismatic battery cell assembly process development, including stacking, welding, packaging, equipment trials, experimentation, troubleshooting, validation, and pilot-line execution. Develops process requirements, tooling, controls, automation, work instructions, and cell-build strategies while analyzing results and resolving manufacturing issues. Partners with technicians and cross-functional teams to mature repeatable, safe, and manufacturable processes, communicate technical recommendations, and manage development risks.

Develop and validate fuel injector components through hands-on bench testing, test setup, troubleshooting, data analysis, and calibration support. Create MATLAB and Python post-processing tools, optimize test plans, automate routine analysis, and support virtual model correlation. Collaborate with engineering, calibration, facilities, and virtualization teams while maintaining safety and quality standards. Mentor junior engineers and improve testing procedures and documentation.

Provides advanced on-site automotive diagnostic and repair support to GM dealerships across a defined territory. Resolves escalated vehicle issues, reduces buyback and warranty costs, reviews dealer service readiness, trains dealership personnel, manages dispatch cases, reports product concerns to GM engineering, supports arbitration and legal matters, and develops relationships with dealership and GM management. Requires extensive hands-on automotive service experience, strong communication, documentation, case management, and up to 75% travel.

Supports manufacturing maintenance and continuous improvement by troubleshooting controls and equipment, programming manufacturing technology, coordinating automation and process projects, developing cost estimates and schedules, and assisting with equipment design and maintenance. The role collaborates with engineers, skilled trades, suppliers, unions, and management while supporting safety, quality, product launches, and assembly-process improvements.

Develops and validates engine lubrication and ventilation hardware through dynamometer and bench testing. The role owns test execution, issue diagnosis, data analysis, MATLAB-based post-processing, test optimization, and lab virtualization. It collaborates with calibration, facilities, design, and program teams, maintains testing standards, reports risks, and mentors engineers and co-ops. The position is primarily lab-based and hybrid in Pontiac, requiring significant onsite work.

Designs, procures, integrates, validates, and improves press and automation systems for stamping plants. Responsibilities include mechanical systems analysis, troubleshooting, root cause analysis, supplier and plant coordination, technical documentation, personnel training, and continuous improvement. The role supports projects from concept through implementation while improving safety, quality, throughput, reliability, and cost performance.

Performs piston structural and durability CAE analyses from problem definition through recommendations. Evaluates thermal, mechanical, inertia, pressure, clearance, and related operating conditions; diagnoses failure mechanisms; conducts sensitivity studies; and supports design decisions, qualification, and risk reduction. Develops analysis standard work, automation, reusable tools, and engineering reports while collaborating with design, testing, suppliers, and program teams. Coaches developing engineers and contributes to benchmarking, method development, warranty investigations, and production program support.

Develops production embedded C/C++ software for automotive power-electronics and energy-transfer systems, including onboard charging, power conversion, charging/discharging, diagnostics, controls, and bidirectional energy transfer. Translates requirements into software designs, integrates and validates functionality through unit, HIL, system, and vehicle testing, and collaborates with hardware, controls, systems, calibration, validation, and supplier teams. Supports software architecture, automated testing, continuous integration, code reviews, debugging, and root-cause analysis.

Leads EMC engineering for high-voltage power electronics and traction inverter hardware from architecture through production. Develops EMC strategies, models coupling and noise behavior, guides hardware design, plans and executes GMW3097 testing, investigates failures, and validates countermeasures through laboratory, dynamometer, and vehicle testing. Partners with engineering teams and suppliers, owns OBCM and charging-system EMC issues, communicates technical risks, develops reusable guidelines, and mentors engineers.

Develop and optimize Linux kernel components, device drivers, BSPs, bootloaders, and firmware for automotive embedded platforms. Lead system bring-up, camera and multimedia integration, hardware validation, diagnostics, health monitoring, low-level debugging, and production testing. Collaborate with hardware teams, contribute to upstream Linux development, and improve system reliability, performance, and maintainability.