Engineer

• Own and manage multiple diagnostics related software components (features) pertaining to transmission and driveline diagnostics controls.
• The software components are written in c-code and used across multiple product lines and multiple hardware designs in terms of the transmissions and driveline components.
• This includes 10-speed and 8 speed automatic transmissions, manual transmissions, transfer cases, rear axle lockers, and front wheel-end lockers.

Transmission and Driveline Controls Engineer

• Design and Release (D&R) Engineer position responsible for the end-to-end mechanical design, development, and production release of Leaf Spring systems for Ford vehicles. This role ensures that leaf spring components meet all functional, weight, cost, and quality requirements through the Global Product Development System (GPDS) cycle.
• Lead the design, development, and release of leaf spring components and assemblies (including multi-leaf, mono-leaf, and composite applications).
• Own the engineering release process, including CAD data management in Teamcenter and releasing components via WERS.
• Manage multiple suppliers and support Supplier Technical Assistance engineers in delivering production parts with quality. This would entail on site visits with the suppliers to review their processes.
• Develop and maintain leaf spring engineering specifications, design rules, and foundation documents (RQTs).
• Lead technical design reviews with the Spring System Technical Expert and Component Supervisors.
• Responsible for component-level signoff and ensuring all DV/PV (Design/Performance Verification) testing is completed on schedule.
• Create and maintain leaf spring FMA (Failure Mode Analysis) documentation, including DFMEAs and SCCAFs.
• Lead root-cause analysis and problem-solving for leaf spring issues related to Launch, Quality/Field (TGW), and durability testing.
• Engage with Chassis Architecture, Chassis Systems Engineering, Vehicle Engineering (Vehicle Dynamics and NVH), Vehicle Evaluation and Verification, Vehicle Operations, and the Plant Vehicle Team to deliver robust suspension components and systems to final production that meet vehicle level performance requirements.
• Conduct manufacturing process reviews (forming, heat treatment, shot peening, and assembly) with suppliers to ensure design for manufacturability.
• Perform benchmarking studies to optimize leaf spring mass and cost for future vehicle programs.
• Manage interfaces with boundary components, including shackles, bushings, axle attachments, U-bolts, and frame interfaces.
• Utilize and maintain the leaf spring clearance calculator to ensure package integrity throughout the suspension travel.
• Leverage CAE modeling results to optimize leaf spring leaf thickness, taper, and stress distribution.
• Execute strategies for new technologies, specifically focusing on composite leaf springs

Suspension PD Engineer

• Conduct deep manual penetration tests against web applications, REST/GraphQL APIs, and microservices — focusing on authentication, authorization (IDOR/BOLA), session management, injection, and business logic flaws
• Perform source-code-assisted testing (grey-box/white-box) using access to application repositories to identify vulnerabilities that black-box testing misses
• Test multi-tenant isolation boundaries — proving or disproving cross-tenant data access, privilege escalation, and tenant-escape scenarios in SaaS platforms
• Assess authentication and session architectures: OAuth/OIDC flows, JWT handling, MFA bypass, token lifecycle, and session revocation effectiveness
• Validate authorization models end-to-end — from API gateway to data layer — identifying gaps where opt-in security filters can be bypassed or omitted
• Execute targeted assessments of high-risk application changes, new features, and integrations as part of the secure development lifecycle
• Use AI tools (LLMs, copilots, agentic frameworks) to accelerate vulnerability discovery, payload generation, reconnaissance, and report writing
• Build and maintain AI-assisted attack workflows — automated recon pipelines, intelligent fuzzing, pattern-based code review, and exploit chain analysis
• Assess AI-integrated application features for prompt injection, training data leakage, model manipulation, excessive agency, and insecure output handling (OWASP LLM Top 10)
• Conduct penetration tests against cloud-hosted applications and services in AWS and Azure — including serverless functions, container workloads, and managed services
• Test cloud identity and access configurations — IAM policies, role assumptions, cross-account access, service principal permissions, and privilege escalation paths

Red Team Engineer

• Act as a design authority for engineering assignments
• Complete assignments on small projects or portions of larger projects
• Provide technical support for testing, installation, and commissioning activities
• Prepare proposals and presentations of engineering projects

Project Engineer – Paint Application

• Drive strategy and impact connectivity within GM
• Develop and design GM’s state-of-the art connectivity technologies
• Collaborate across departments to craft wireless solutions
• Maintain best-in-class advisory and technical services with integrity

Lead Connectivity Standards Engineer

• Inspect, research and analyze the field performance of GM current and past production vehicle.
• Work with data research to identify potential anomalies in field performance that should be understood in more detail.
• Research the development of components and subsystems within the context of observed field performance by collaborating with other GM resources.
• This may include identifying and interviewing GM employees as well as probing GM systems for historical information related to the parts in question.
• Utilize existing field inspection processes to gain further information about specific vehicles.
• When appropriate, conduct field inspections of post-crash vehicles or in-service vehicles either at dealerships or in the possession of a customer.
• Compile and scrutinize gathered information to resolve if the observed field performance may constitute an emerging issue.
• Make formal presentations to the Safety and Compliance Categorization Team (SCCT) or Potential Investigation Review (PIR) board.
• Support resulting investigations as required with background information and engineering analysis
• Coordinate SCCT agenda with engineers, managers and senior managers and facilitate meetings to produce concise case decisions.
• Develop knowledge and/or working experience with GM vehicle hazards, vehicle regulations, federal data systems and investigations, NHTSA special crash investigations, TREAD reporting

Safety Forensic Engineer – GPSSC

• Lead and generate technical solutions, including requirements definition, functional decomposition, analysis, development, and testing for current, new, and major vehicle programs
• Lead development of software system team design content in Embedded C and drive software anomaly investigation and correction
• Perform complex design analysis to support robust controls development and integration
• Specify, decompose, and balance system requirements across functions and interfaces
• Provide, communicate, and support common best practices across the software and controls engineering community
• Serve as a subject matter expert for at least one platform, subsystem, or application component
• Develop, integrate, and validate rapid prototype controls solutions to support early feature development, proof-of-concept work, and vehicle-level learning
• Collaborate with systems, software, calibration, validation, and vehicle integration teams to deliver high-quality controls content
• Support issue identification, root cause analysis, and corrective action for prototype and production-intent controls behavior
• Contribute to continuous improvement of controls methods, tools, and development processes.

Controls Development Engineer – Rapid Prototype

• Process Development & Optimization: Manage and update all related Ford Specifications/Standards. Lead PTED engineering from concept to production, creating optimized pretreatment and electrocoat systems to streamline manufacturing.
• Technology Research: Develop novel pretreatment and anti-corrosion technologies, improving equipment design, materials, and simulation methods.
• Performance Analysis: Analyze chemical consumption, heat requirements, flow rates, deposition rates, corrosion resistance, and adhesion performance.
• Simulation & Design: Use CFD software for fluid dynamics, drainage, spray coverage, throw power, and coating thickness optimization.
• Compliance & Safety: Design PTED systems compliant with safety regulations, hazard classifications, fire codes, and mechanical codes.
• Environmental Control: Specify and select filtration and ventilation systems to maintain process quality and control the environment.
• Project Management: Assist Lead Project Managers large-scale projects, including scheduling, cost analysis, risk mitigation, executive reporting, and commissioning of manufacturing lines.
• Trouble Shooting: Responsible for supporting and optimizing pretreat and e-coat processes across multiple plants, serving as a technical resource for diagnosing and resolving complex, unplanned issues.

Pretreatment & Electrocoat Manufacturing Engineer

• Work closely with diverse teams of engineers to derive functional and safety requirements
• Contribute to architecture decomposition and architecture validation
• Guide teams in system safety engineering methodologies
• Collaborate on V-Model process improvements

Senior Systems Safety Engineer – Autonomous Vehicles

• Support day-to-day coordination across PSDS and wire harness activities
• Track open issues, follow up on action items, and help drive closure
• Work with cross-functional teams to resolve blockers and maintain timelines
• Assist in preparing updates for engineering reviews (status, risks, open issues)
• Partner with design, integration, validation, and supplier teams to stay aligned
• Identify risks or delays and escalate with support from senior team members
• Help improve team organization, follow-up, and execution discipline
• Support standard work, issue tracking processes, and team operating rhythms
• Assist with prioritizing daily tasks and maintaining focus on key deliverables
• Provide coordination support to senior engineers and technical leads

PSDS Harness Coordination, Issue Management Engineer

• Analyze field data including DTCs, warranty claims, plant data, service information, and customer feedback in order to create actionable plans for field resolution.
• Identify, partition (HW vs. SW), prioritize, and track issues using GM systems and dashboards.
• Represent VSEE QRD in CPIT / Focus CPIT, SMT Core PDT, QRD Reviews, daily and weekly QRD calls, and other escalation forums as required.
• Plan and implement target sufficiency actions to address QRD issues, ensuring temporary containment and permanent corrective actions are driven to closure.
• Identify and manage breakpoints (BP) for service, plant, and OTA actions.
• Forecast quality and warranty performance targets and track progress against commitments.
• Track trends, Pareto drivers, and maintain Top 20 issue lists.
• Proactively identify emerging issues using plant, service, and field data.
• Support fast response activities, service garage escalations, and read‑across initiatives across programs.
• Coordinate and lead global QRD alignment (GMNA priority) through influence.
• Communicate clearly with engineering, manufacturing, service, and supplier teams.
• Balance quality improvements with cost and warranty impact considerations.

Senior Quality, Reliability & Durability Engineer – Mechatronic Hardware

• As the Senior CAE Engineer, you will be a key technical leader responsible for developing, enhancing, and deploying advanced Computer-Aided Engineering (CAE) capabilities to support product development.
• Partner closely with cross-functional engineering teams to virtually evaluate designs, identify risks early, and drive data-based decisions that improve product performance, quality, and time-to-market.
• Lead CAE capability development, owning the creation, enhancement, and deployment of new CAE methodologies, tools, and best practices to support evolving product and performance requirements.
• Participate as the CAE lead on new, major, and minor product design programs, providing analysis-based insights to support concept selection, design trade-offs, and design validation.
• Plan and execute simulation activities to assess structural performance, durability, stiffness, strength, or other performance attributes as required by the program.
• Build high-quality Finite Element Analysis (FEA) models from CAD solid models, including geometry cleanup, meshing, material assignment, boundary conditions, and load case definition.
• Develop and apply methods for root cause analysis, failure investigation, and performance optimization using CAE results, physical test data, and field feedback.
• Correlate analytical results with test outcomes to improve model fidelity and build confidence in simulation-based decision making.
• Serve as a subject matter expert, mentoring junior engineers on CAE methods, tools, and best practices.
• Collaborate with design, test, manufacturing, and supplier teams to ensure CAE insights are integrated into design requirements and hardware decisions.
• Communicate complex analysis results in a clear, concise manner to both technical and non-technical stakeholders.
• Create and maintain documentation for analysis methods, workflows, and templates to ensure consistency and reusability.

Virtual Propulsion Engineer

• Lead the delivery of scalable, resilient, and secure firewall solutions across a large, distributed enterprise network, aligning with organizational security requirements and industry best practices
• Utilize SNMP, network security policy tools, and observability platforms to monitor network health, ensure capacity planning, and drive proactive issue identification and resolution
• Lead complex incident response and root cause analysis for application-layer network security issues, driving continuous improvement and enhancing vendor governance to ensure quality and cost-effective outcomes
• Ensure firewall configurations and policies meet regulatory requirements (e.g., PCI, Gaming Control Boards) and adhere to evolving industry standards through regular audits and policy reviews
• Drive preventative maintenance and respond to operational issues to maintain optimal network performance, availability, and security posture
• Maintain comprehensive security documentation and lead regular governance reviews to validate and evolve network security strategies, policies, and configurations
• Collaborate with business and technical teams to ensure network security initiatives support broader business goals, while leading continuous improvement efforts focused on cost, scalability, supportability, and performance

Senior Firewall Engineer

• Develop 1D engine simulation models in GT-POWER of a wide variety of engine architectures with complete intake and exhaust systems for both Gasoline & Diesel engines.
• Simulate full and part load models focusing on torque, power and fuel consumption
• Process lab and model generated engine operating data (fuel mapping) into standardized format
• Execute transient engine simulations to support engine control algorithm evaluation and/or development (HIL/SIL), and vehicle performance assessment
• Create Medium or Fast Running Models (MRM / FRM) to support controls development activities
• Develop new and innovative analytical techniques to model engine technologies (boost devices, exhaust gas recirculation, variable valve lift, emission control systems, aftertreatment etc.) with emphasis on minimizing test data requirements
• Develop optimized valve lift profiles using parametric valvetrain design software
• Provide component-level and/or system-level design recommendations to Design Responsible Engineers based on interpretation of analysis results
• Participate in product design and development teams and regularly present analysis results to engineering peers and management
• Appropriately distill 3D math data into 1D model geometry using the correct discretization techniques
• Cooperatively work with test engineers to develop and/or enhance laboratory procedures to validate system analysis results
• Contribute to the development of post-processing and automation tools using MATLAB and/or Python.
• Generate virtual data for or directly create calibrations for embedded engine controller

CAE Analysis Engineer – Engine Performance, Calibration

• Support the design, implementation, and execution of software verification for the AV/ADAS platform across HIL, SIL, and VIL environments.
• Run and monitor system and integration tests, analyze diagnostics from a full-vehicle perspective, and help triage and debug AV Platform software issues.
• Assist in building, maintaining, and improving test environments and automation frameworks to increase coverage, reliability, and execution speed.
• Help ensure tests align with relevant safety and regulatory standards (e.g., ISO 26262, SOTIF, FMVSS 111, FMVSS 127) and contribute to improving test metrics and coverage.
• Collaborate with Software Infrastructure, application, and Hardware teams to reproduce issues, gather logs, and support root-cause analysis for Linux/QNX-based AV Platform software.
• Participate in failure analysis activities (e.g., FMEA, root-cause investigations using Ishikawa/Fishbone analysis, A-B-A testing) and document findings in a clear, structured way.
• Contribute to continuous improvement of test cases, tooling, and processes by incorporating feedback from senior engineers and cross-functional partners.

Software Verification Engineer, AV Platform – Early Career

• Responsible for specifying technical requirements for materials utilized in Battery and Transmission including but not limited to: Transmission Sealing Components, Vent systems, TRP (thermal runaway propagation) mitigation components
• Completes eSOR requirements to provide timely engineering direction for supplier quotations
• Works with engineering functions, suppliers, plant personnel and others to implement cost reduction, methods improvement, product improvements, and to support build programs
• Develops written materials specifications for automotive materials
• Releases materials for production via Drawing Signoff
• Assists in implementing material changes
• Plans and implements lab test
• Facilitates materials testing --- chemistry, physical testing, failure analysis, as required
• Obtains material property data for analysis and development (VDDV/CAE)
• Interprets test results for feedback to the Product Development or Advanced Teams
• Communicates information to and from internal and external customer organizations
• Supports problem solving for PRTSs
• Stays abreast of new technology and competitive products
• Collaborates with supply base to drive sustainable material development for plastic components used in battery packs
• Travels as required

Materials Engineer – Battery and Sealing Components

• Ensure the quality of components and systems supplied from design to production.
• Lead and participate in APQP processes and methods for new and revised components, ensuring robust quality plans are in place for fixtures, gages, and measurement technique.
• Drive cross-functional team leadership, collaborating with engineering, purchasing, manufacturing, and supplier teams to resolve quality concerns and implement preventative measures.
• Utilize Statistical Quality Control methods to assess measurement systems and monitor process stability for critical characteristics of components.
• Collect dimensional data of components and vehicles to root cause dimensional issues in components and assess vehicle quality in launch.
• Utilize Polyworks and scanning equipment to assess tooling and components against GD&T requirements.
• Manage supplier corrective actions, driving root cause analysis and effective implementation of permanent solutions.
• Communicate quality performance, risks, and improvement initiatives to internal stakeholders and leadership.

Supplier Quality Dimensional Engineer

• Designing efficient conveyance systems and layouts in AutoCAD
• Performing detailed feasibility studies, simulations, and analyses to evaluate proposed designs and process changes, including assessing technical viability, cost-effectiveness, and potential risks.
• Collaborating with cross-functional teams, including manufacturing, product engineers, the plant teams and suppliers, to define technical specifications and integrate conveyor systems seamlessly into the final assembly line.
• Optimizing existing conveyor layouts and processes to enhance throughput, improve ergonomics, and reduce operational costs.
• Ensuring all conveyor system designs and implementations comply with relevant industry standards, safety regulations, and internal specifications.
• Providing technical expertise and guidance throughout the project lifecycle, from concept generation to installation and prove-out of new systems.
• Adding costs into GMOD for forward model programs for conveyance and facilities
• Ensure tier 1 suppliers are compliant to GVOSS with conveyance and tooling designs
• Lead onsite activities such as field reviews and plant alignment meetings

Manufacturing Engineer

• Develop and refine functional safety work products for safety design, implementation, and validation of software for ensuring proper feature-level safety and performance.
• Create concept, logical and technical level requirements in support of Features and Platform Systems, including diagnostic requirements as applicable.
• Develop modeling elements in Tools.
• Plan and execute design verification plans to ensure proper response for Functional and Technical requirements.
• Support and coordinate root-cause analysis with internal and external suppliers.
• Work in collaboration with Software Teams to implement and validate requirements in support of functional safety deliverables.
• The referenced job duties relate to the verification and validation of embedded software systems used in automotive electronic control systems. This involves validating software functionality to ensure compliance with functional and technical safety requirements. These systems include functions such as driver assistance features, vehicle monitoring systems, and electronic control of vehicle components (braking, steering, and sensor-based features). Verification activities are performed using industry-standard testing systems, including Software-in-the-Loop (SIL), Hardware-in-the-Loop (HIL), prototype hardware setups, and vehicle-level testing environments. These systems simulate real-world operating conditions to evaluate software performance and safety. The Functional Safety Engineer collaborates with cross-functional engineering teams to plan and execute testing and prepares Verification and Validation Reports documenting requirements, test methods, and results.

Functional Safety Engineer

• Understand Telematics system specifications, functional requirements, and overall system architecture.
• Execute Telematics function validation plans, including bench and in-vehicle testing.
• Review and interpret HU (Head Unit) system and subsystem specifications to ensure feature alignment.
• Collaborate with HQ to clarify new and existing Telematics feature requirements.
• Work closely with internal core development teams to support system integration and performance improvements.
• Communicate effectively with software design and validation teams to resolve issues and enhance system functionality.
• Prepare technical evaluations and proposals for engineering change requests.
• Understand Test and Design definitions and ensure alignment with program requirements.
• Create system test plans based on specifications, standards, and program milestones.
• Analyze test results using various logs and diagnostic tools to identify issues and root causes.
• Develop clear, concise test reports summarizing findings, defects, and recommendations.
• Modify and update system test plans as specifications evolve.
• Work collaboratively with cross-functional teams and other departments to support program success.
• Demonstrate strong motivation for testing complex functionality and identifying issues early in the development cycle.
• Apply strong problem-solving skills to support timely issue resolution and continuous improvements.

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