Thermal Systems Engineer

Lead technology programs to conceptualize, design, develop, validate, and deliver next-generation thermal management systems and components across Ford and Lincoln vehicle portfolios Apply systems engineering methodologies including Boundary Diagrams, P-Diagrams, DFMEA, RCL, and RDM Lead cross-functional teams in defining requirements and design verification plans Drive advanced research workstreams from conceptualization through supplier engagement, simulation, and testing Translate simulation, bench, and vehicle test data into design optimization and performance improvements Connect Ford Research, Product Development, Manufacturing, and Planning organizations to accelerate production launches Define technical requirements for suppliers and guide design development and validation Evaluate emerging thermal systems and component designs with suppliers Direct CAD designers and assess vehicle packaging feasibility Own systems engineering documentation and communicate engineering assumptions Lead GTDS project execution and gateway reviews, presenting strategy and progress to senior management Propose and lead collaborative research projects with universities Requirements 5+ years of hands-on design, development, and systems engineering experience in thermal systems for ICE and electrified vehicles Master of Science in Mechanical or Automotive Engineering required PhD strongly preferred Deep technical mastery of thermal system and component design, including coolant and refrigerant subsystems Track record of delivering innovative, production-ready solutions Experience with thermal systems across Gas, Diesel, xEV, BEV, and Fuel Cell platforms Experience leading large, complex project teams and cross-functional groups Experience developing controls and calibration strategies for vehicle thermal and energy management systems Experience with thermal system simulation, vehicle testing, and validation methodologies Technical proficiency with ATI Vision,

MATLAB

, LabVIEW, and commercial thermal simulation platforms Working knowledge of TeamCenter Familiarity with Ford Research QOS (GTDS) process Ability to communicate complex technical information to management and executive stakeholders Proficiency with Microsoft Office and modern AI-enabled tools Must be legally authorized to work in the United States Visa sponsorship is not available Core Competencies Demonstrates expertise in thermal system design and development for ICE and electrified vehicles, with a strong focus on innovative solutions and project leadership. Proficient in systems engineering methodologies and capable of effectively communicating complex technical information to stakeholders. Highest-signal resume keywords Thermal System Design Systems Engineering Methodologies Project Leadership Thermal System Simulation Controls and Calibration Strategies ATS Optimization Keywords Hard Skills Thermal System Design Systems Engineering Project Management Thermal System Simulation Controls Development Validation Methodologies Design Optimization Performance Improvement Technical Documentation Requirements Definition Soft Skills Communication Collaboration Leadership Problem-Solving Cross-Functional Team Leadership Certifications & Qualifications Master of Science in Mechanical Engineering Master of Science in Automotive Engineering PhD in Relevant Field (Preferred) Industry Keywords Thermal Management Systems ICE Vehicles Electrified Vehicles Gas Platforms Diesel Platforms XEV BEV Fuel Cell Ford Research QOS GTDS Process Tools & Technologies ATI Vision MATLAB LabVIEW Commercial Thermal Simulation Platforms TeamCenter Microsoft Office AI-Enabled Tools #J-18808-Ljbffr Jobtailor