• Design, develop, validate, and integrate components within the Thermal Coolant Management subsystem for automotive propulsion systems
• Lead the design and development of subsystem components
• Execute, maintain, and improve design standards, engineering best practices, and general design processes
• Design automotive components using DFMEA methodologies
• Develop engineering solutions following Design to Cost principles while maintaining performance and quality standards
• Apply Design for Manufacturability criteria
• Perform NX design analysis for assigned subsystems and implement findings with support from senior designers or Design Lead Teams
• Create, update, and maintain mathematical data and 3D models, including material specifications, mass properties, and component attributes
• Develop mathematical models and virtual designs for complex automotive components and subsystems
• Integrate component designs into complete thermal management systems
• Collaborate with Design Release, manufacturing, integration, and performance engineers
• Ensure timely, high-quality mathematical releases
• Communicate project status, timing concerns, risks, and technical challenges to the Design Manager, DLTs, and DREs
• Stay current with industry trends, emerging technologies, and product developments related to thermal management systems
• Share lessons learned and recommend updates to engineering standards and design best practices
• Pursue professional development opportunities and expand technical expertise
Requirements
Bachelor's degree in mechanical engineering, Mechatronics Engineering, Aeronautical Engineering, Automotive Design Engineering, or any related field
Minimum of 1 year of experience in automotive or mechanical component design
Experience using NX, Teamcenter, and SimSolid




Experience with 3D CAD modeling and product mathematical data management
Understanding of DFMEA methodologies
Advanced English proficiency
Experience with automotive thermal management or propulsion cooling systems preferred
Knowledge of Finite Element Analysis preferred
Experience with Ansys Fluent, SolidWorks, and CAD design packages preferred
Familiarity with subsystem integration and vehicle development processes preferred
NX Certification preferred
Thermal subsystem-related certifications preferred
Strong organizational and planning skills
Ability to prepare and present technical information
Cross-functional collaboration
Must not require GM immigration sponsorship now or in the future
Core Competencies
Demonstrates expertise in designing and developing automotive thermal management components, utilizing DFMEA methodologies and advanced CAD tools like NX and SolidWorks.
Strong ability to collaborate across functions and communicate technical information effectively.
Highest-signal resume keywords
Automotive Component Design
DFMEA Methodologies
NX Design Analysis
3D CAD Modeling
Thermal Management Systems
ATS Optimization Keywords
Hard Skills
Automotive Component Design
DFMEA Methodologies
NX Design Analysis
3D CAD Modeling
Mathematical Modeling
Finite Element Analysis
Design to Cost Principles
Design for Manufacturability
Thermal Subsystem Integration
Product Mathematical Data Management
Soft Skills
Strong Organizational Skills
Planning Skills
Cross-Functional Collaboration
Technical Communication
Certifications & Qualifications
NX Certification
Thermal Subsystem-Related Certifications
Industry Keywords
Automotive Propulsion Systems
Thermal Coolant Management
Subsystem Integration
Vehicle Development Processes
Emerging Technologies
Tools & Technologies
NX
Teamcenter
SimSolid
Ansys Fluent
SolidWorks
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📌 Design Engineer (Estado de México)
🏢 Jobtailor
📍 Estado de México