Engineer

• Responsible for supporting the organization in developing and implementing functional safety concepts in the company’s automotive products, including brake and steering systems.
• Lead DFMEA (Design Failure Mode & Effect Analysis), FTA (Fault Tree Analysis), and other safety related analysis.
• Develop requirement traceability and test requirements and define the test requirements to satisfy safety goals.
• Apply ISO 26262 safety standards to automotive product development.
• Manage customer technical requirements through requirements tools.
• Make high level trade-offs to optimize system architecture.
• Perform design and safety analysis of systems to assess performance to requirements.
• Generate subsystem and component allocations to meet system level requirements.
• Be a technical representative to automotive customers for systems safety requirements.
• Coordinate systems safety technical activities among subsystem and component groups to meet system requirements.
• Read and understand microprocessors and other IC datasheets and apply them to safety concepts.
• Develop safety requirements for software and hardware design engineers.

Functional Safety Engineer III

• Create, analyze and validate component material costs and targets.
• Generate detailed material cost estimates that encompass both piece price estimations and production tooling estimations.
• Collaborate with key internal cross functional peers.
• Manage multiple estimates within a defined commodity / program scope.
• Identify accurate cost estimates and proposed cost reductions.
• Develop and maintain GMCO$T cost models and documentation for assigned content.

Cost Engineer

• Execute technical design and engineering tasks related to high-voltage transmission lines
• Prepare and review technical drawings, specifications, and calculations
• Perform engineering analyses including PLS-CADD modeling
• Actively communicate and coordinate project progress with the Project Manager

Transmission Line Engineer

• The Hardware in the Loop (HiL) Engineer supports the product development and system integration processes by developing test procedures for automated execution, implementing tests using Hardware in the Loop equipment, documenting and reviewing execution reports, reporting incidents/bugs, and tracking software updates to fix issues.
• This role requires close collaboration with feature owners, engineering, and suppliers to develop a strong understanding of the vehicle functions and implement appropriate test design strategies for early identification of defects and to provide evidence of defect elimination.

HIL Validation Engineer

• Specify chassis/HVAC material call-out for use on vehicle parts.
• Write specifications related to materials for use on vehicle parts.
• Research, study and test new material combinations to reduce cost and weight and improve strength at the same time they take ensure the combinations can be joint, either welded or through dispense and that the process will be reliable and repeatable.
• Design and conduct advanced material testing to evaluate performance under various conditions.
• Oversee the development and implementation of lightweight and sustainable materials.
• Perform in-depth failure analysis and develop solutions to material-related issues.
• Collaborate with cross-functional teams to optimize production processes and ensure high-quality output.
• Innovate and integrate new materials and technologies into vehicle design.
• Ensure compliance with industry standards and regulations.
• Coordinate with suppliers to ensure material quality and availability.
• Document and present research findings, test results, and material specifications.
• Mentor and guide junior engineers in their professional development.

Chassis Materials Engineer

• Create, analyze and validate component material costs and targets
• Generate ground-up and detailed material cost estimates that encompass both piece price estimations and production tooling estimations.
• Collaborate with key internal cross functional peers.
• Work with the product engineering team, the purchasing and supply chain team, the vehicle program team, our global joint venture partners in China, and to an extent the external component supply base.
• Identify accurate cost estimates as well as proposed cost reductions.
• Work with the next generation of automotive vehicles and propulsion systems while working with leading edge automotive experts and technologies.

Cost Engineer – Material Cost Specialist

• Assisting in the production and modification of design calculations, technical reports, engineering plans and specifications for assigned projects.
• Supports the preparation and modification of project reports, plans, designs, and calculations.
• Assists in the preparation of project quantity and cost estimates.
• Collaborates with engineering teams on various tasks and duties.

Returning Engineer I – Great Lakes Division (For Current/Former HNTB Interns Only)

• Lead global core refrigerant fluid transport weekly technical design review (TDR) interface meeting with application teams and/or suppliers
• Author engineering specification and foundation documents (DFMEA, DVP ESOW) for refrigerant hose and tubes
• Capture lessons learned/PRA and develop updated test plans, requirement specifications
• Hands on troubleshooting of components and related sub-system and vehicle issues
• Lead weekly meetings with key supplier’s core engineering
• Support resolution of manufacturing issues at suppliers and VOME plants
• Manage all refrigerant fluid transport SREAs
• Lead benchmarking activities for commodity
• Support global program Durability (DURIS), AIMS, fresh eyes review, and quality issues

Refrigerant Fluid Transport Engineer

• Collaborate with suppliers to develop and optimize manufacturing processes that meet company requirements for quality, efficiency, and cost
• Provide technical guidance during new product introduction (NPI) and production ramp-up at supplier sites
• Conduct process capability studies, PFMEAs, and control plan reviews to ensure robust manufacturing processes
• Partner with Quality and Supply Chain teams to address supplier quality issues, implement corrective actions, and verify effectiveness
• Lead supplier process audits and capability assessments to ensure compliance with specifications, industry standards, and contractual requirements
• Support sourcing decisions by evaluating supplier technical capabilities and capacity
• Monitor supplier performance metrics and implement improvement plans where necessary
• Drive cost reduction initiatives through process improvement, yield enhancement, and scrap reduction
• Support supplier tooling, fixture design, and equipment requirements as needed
• Facilitate training and knowledge sharing with suppliers on company standards, best practices, and lean manufacturing principles
• Travel domestically and internationally to supplier locations as required to provide on-site support

Supplier Manufacturing Engineer

• Calibrate lateral/longitudinal performance of ADAS features across multiple programs and vehicle variants for features such as Lane Centering, Assisted Lane Change, Adaptive Cruise Control, and BlueCruise
• Lead program sign-off of vehicle level performance for ADAS features
• Lead the development of objective performance metrics, calibration guidelines, test procedures, and validation plans for ADAS features such as Lane Centering, Assisted Lane Change, Adaptive Cruise Control, and BlueCruise
• Work with virtual validation teams to establish CAE procedures to reduce dependence on vehicle-level testing
• Interface with functional partners in brakes, steering, and/or powertrain to ensure actuator performance is sufficient to meet vehicle-level requirements
• Plan and execute on-track and real-world evaluations of ADAS features via vehicle/HIL/virtual testing and identify and resolve feature performance issues
• Design validation methods to ensure feature robustness across vehicle configurations, environmental conditions and customer usage
• Develop pre/post processing tools using MATLAB and Vector CAN tools for data collection and analysis
• Implement various data analysis techniques on data generated by track, public road, lab, and model-based validation methods to ensure feature achieves a desired set of performance requirements
• Support and coordinate root-cause analysis with internal functions and external suppliers to ensure delivered system achieves performance requirements
• Benchmark competitors and monitor public domain requirements.

ADAS Calibration Engineer

• Conduct advanced 1D/3D thermal and Computational Fluid Dynamics (CFD) analysis across system, subsystem, and component levels using commercial CAE/CFD software.
• Utilize CAD tools for meshing and preparing models for 1D/3D thermal and fluid flow simulations.
• Collaborate with product development teams, providing crucial analytical support for system optimization, development milestones, and problem-solving.
• Partner with physical testing teams to enhance model predictability, correlation, and validation.
• Engage with software vendors to drive the development of new modeling methodologies.

Thermal/Fluid Modeling Engineer – Electrified Powertrains

• Architect Agentic Workflows: Design and implement autonomous agents capable of handling multi-step reasoning, tool-calling, and error recovery.
• Operational Discovery: Embed with logistics and support teams to identify high-impact opportunities for agentic intervention.
• End-to-End Ownership: Own the entire agent lifecycle: Discovery → Agent Architecture → Prompt Engineering/Fine-tuning → Hardening → Production Deployment.
• Build for Reliability: Develop robust guardrails, evaluation frameworks, and logging systems to ensure agents perform predictably in a high-stakes supply chain environment.
• Contribute to the "Agent Hub": Document and publish reusable agent modules and toolsets to accelerate AI enablement across the entire organization.
• Rapid Iteration: Bridge the gap between "cool demo" and "production tool" by shipping small, gathering feedback from domain experts, and iterating fast.

Forward Deployed Engineer III

• Support divisions to accelerate cost optimization through application of Lean / MAFACT Principles
• Responsible for multiple projects, contributing knowledge, performing analysis, developing solutions, justifying investment, and managing implementation projects
• Integrate systems with processes, provide training, and measure results
• Focus initiatives on improving current process efficiency, material flow, labor productivity, Failure Cost of Quality, safety and space utilization
• Provide support and project-based leadership to divisional management teams during periods of plant underperformance, critical launches, special projects, and resource shortages
• Utilize improvement and analysis methods, conducting workshops with plant personnel to understand current processes and challenges
• Define and manage multiple operational improvement initiatives concurrently
• Document and present logistics solutions to divisions and senior leadership for review and agreement
• Schedule and perform annual assessments at all North American manufacturing plants
• Monitor progress of improvement plan implementation at each manufacturing plant
• Develop, update and modify MAFACT / World Class Manufacturing training material as required
• Lead efforts and drive positive influence Divisions to incorporate new concepts into existing systems
• Participate in and support Continuous Improvement initiatives as identified and requested by Divisions

Industrial Engineer

• Develop, manage, and maintain the facility’s ES&H Program promoting safe and healthful work practices for the protection of the employees, physical assets, and production operations.
• Work with plant management and staff to implement and execute ES&H plan.
• Lead and/or participate in the investigation of employee concerns, ES&H Incidents, and Near Misses, along with corrective action development, implementation, and follow-up.
• Maintain and communicate ES&H metrics as required, to facility, division, and corporate ES&H management.
• Ensure ES&H reviews are integrated into the Management of Change process and the Lean efforts.
• Evaluate effectiveness of existing ES&H programs; determine the need for any additional programs; develop and implement additional programs as needed, or dictated by division and corporate management.
• Act as the facility ES&H contact with government agencies.
• Track and audit programs for compliance with all state, city and federal regulations to include inspections/audits and data for environmental reports, along with timely report submittal (Form R, air emissions reports, etc.).
• Develop and conduct environmental and safety training for new employees, annual training for existing employees, lead the safety committee and conduct walk-throughs.
• Ensure proper monitoring and staffing of the plant environmental control equipment and the monitoring/sampling/reporting is complete and submitted as required by permit.
• Lead representative of the Foreign Object Debris/Damage “FOD” Program. Generate, maintain, and proved FOD metrics to leadership and oversee FOD improvement projects.
• Other duties as assigned.

Environmental Health & Safety Engineer

• Seat complete engineers are responsible for Design, Release and integrate all components and assemblies for seat systems.
• This includes leading and coordinating the development of the various components to meet the system level requirements of design, performance, cost, weight, quality, and craftsmanship, ensuring that the engineering deliverables in our Global Product Development System are met with excellence in support of program timing.
• Seat complete engineers are responsible for communicating accurately at different layers of the organization including pairs, managers, chiefs, etc.
• Seat complete engineers normally travel to the JIT plant to resolve issues on site, and they are close to the product, especially when building phases start.

Seat Complete Engineer

• Develop manufacturing processes from customer blueprints, from raw material through finished product or assembly.
• Incorporate customer and internal change requests to improve processes or address amended requirements.
• Review and interpret customer specifications, POs, and supplementary documents for incorporation into current and new processes.
• Design and order tooling, including holding fixtures, quench plugs and dies, spline and functional gages, gear cutters, and gear grind wheels.
• Read schematics/prints, follow procedures, and apply computer skills and technical knowledge to troubleshoot and resolve technical problems, including timing, programming, tooling, and other production issues.
• Other duties as assigned.

Engineer, Process and Tooling

• Define and implement measures to enhance productivity in core and supportive production processes.
• Apply essential engineering processes and provide input for strategic decision-making.
• Contribute to the development of engineering strategies within key organizational fields.
• Aid in aligning capacity demand with budget and investment projects.
• Support new product introduction processes, including developing routings, fixtures, visual aids, and work instructions.
• Develop standard operating procedures for manufacturing, assembly processes, and various business support functions.
• Participate in continuous improvement initiatives.
• Assist maintenance teams with equipment-related issues as necessary.

• Lead continuous improvement initiatives to reduce waste, remove bottlenecks, improve throughput, lower costs, and enhance safety across production operations
• Analyze manufacturing processes using Lean, Six Sigma, statistical tools, and chemical engineering principles to identify and implement sustainable improvements
• Develop, scale, and refine chemical process improvements to support robust, efficient, and compliant manufacturing performance
• Lead root cause investigations related to quality deviations, process issues, and equipment failures, recommending corrective and preventive actions
• Provide advanced technical support for new equipment selection, trials, commissioning, and process implementation
• Collaborate with R&D, manufacturing, maintenance, supply chain, quality, regulatory, and EHS teams to support product integrity, audits, inspections, and safe production practices

Chemical Engineer

• The Microsoft 365 Collaboration Engineer is responsible for the design, implementation, administration, and optimization of the Microsoft 365 ecosystem
• Ensure a secure, scalable, and highly available collaboration platform that supports voice, video, messaging, and integration with enterprise applications
• Partner with infrastructure, security, networking, and automation teams to deliver a seamless Teams experience aligned with organizational governance, compliance, and business objectives
• Support enterprise collaboration, meeting solutions, app integrations, and lifecycle management across hybrid and cloud environments
• Design, deploy, and manage Microsoft Teams environments in Microsoft 365
• Administer Teams policies (messaging, meetings, voice, app setup, compliance)
• Manage Teams lifecycle (provisioning, classification, expiration, and archiving)
• Optimize performance, reliability, and user experience across Teams workloads
• Support eDiscovery, legal hold, and auditing requirements
• Align Teams configurations with enterprise regulatory and risk frameworks
• Integrate Teams with third-party applications and internal systems
• Support Power Platform (Power Automate, Power Apps) integrations with Teams
• Automate administrative tasks using PowerShell, Graph API, and scripting
• Support bots, connectors, and custom Teams app deployments
• Monitor service health, usage metrics, and adoption trends
• Troubleshoot incidents and service disruptions across Teams workloads
• Partner with service desk and incident management teams for escalation handling
• Document solutions, processes, and operational runbooks
• Drive Teams adoption and best practices across the organization
• Identify opportunities for feature enhancements and platform optimization
• Stay current on Microsoft 365 roadmap and emerging Teams capabilities
• Provide guidance and training to technical teams and end users

Microsoft 365 Collaboration Engineer – Technical Specialist

• Execute warranty management processes including claim data analysis, debit management, contract review, part return analysis and lessons learned implementation for ride performance business accounts.
• Lead cross-functional team members in the effective and timely execution of core processes to reduce and warranty claims by improving products and processes.
• Serve as subject matter expert for warranty-related matters.
• Support development of initiatives for satisfactory compliance and continual improvement of CQI – 14 requirements.
• Work with global warranty data analytics team to ensure the acquisition, analysis, and management of warranty claim data.
• Analyze warranty data.
• Identify contributors to warranty claims.
• Review data with cross-functional team members to address findings from claim data analysis.
• Manage items to timely closure and statistically validate the effectiveness of countermeasures.
• Prepare analyses and reporting outs for stakeholders.
• Serve as lead warranty contact for warranty debits.
• Obtain, screen, and provide disposition of warranty debits.
• Lead resolution of debit discrepancies.
• Communicate pending debits to accounting and quality departments and plant management.
• Reconcile debits for accuracy.
• Track debits against claim and part analysis for accuracy.
• Manage warranty part return process.
• Coordinate retrieval of warranty parts from the field.
• Ensure parts are timely analyzed.
• Establish and lead reviews to address findings from analyses.
• Manage all items to timely closure and statistically validate countermeasures.
• Report outs as needed for internal and customer consumption.
• Assist in contract review process for establishing warranty terms and conditions.
• Provide past data and lessons learned to assist in disposition of proposed customer warranty terms and conditions.
• Lead the establishment of technical factors for assigned customer portfolio.
• Continually monitor performance and corrective actions to continually mitigate liabilities and reduce technical factors.
• Ensure lessons are captured in controlled documents.
• Participate in design reviews for all pertinent programs.

Engineer jobs in Missouri

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Functional Safety Engineer III

Cost Engineer

Transmission Line Engineer

HIL Validation Engineer

Chassis Materials Engineer

Cost Engineer – Material Cost Specialist

Returning Engineer I – Great Lakes Division (For Current/Former HNTB Interns Only)

Refrigerant Fluid Transport Engineer

Supplier Manufacturing Engineer

ADAS Calibration Engineer

Thermal/Fluid Modeling Engineer – Electrified Powertrains

Forward Deployed Engineer III

Industrial Engineer

Environmental Health & Safety Engineer

Seat Complete Engineer

Engineer, Process and Tooling

Industrial Engineer

Chemical Engineer

Microsoft 365 Collaboration Engineer – Technical Specialist

Warranty Engineer