Drive virtual design, thermal management, and aerodynamic optimization of advanced braking systems across full-vehicle platforms Develop, mesh, and execute high-fidelity CFD and FEA models to evaluate thermal, fluid, and structural performance of brake components and full-vehicle cooling architectures Deliver data-driven engineering recommendations and design solutions based on thermal-fluid simulation results and physical test data Partner with cross-functional design, release, testing, and supplier teams throughout the product development lifecycle Guide early design decisions and resolve performance issues Automate repetitive simulation workflows and meshing routines using scripting languages to improve CAE turnaround time and modeling precision Implement design optimization methodologies using tools such as mode FRONTIER or HEEDS to balance cooling performance, weight reduction, and cost efficiency Collaborate with physical test engineers to correlate virtual analysis with empirical test results and improve model predictive accuracy Requirements Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, or a related field (or equivalent practical experience) Typically 3+ years of experience in CFD, FEA, or thermal CAE analysis, preferably within automotive, aerospace, or heavy-equipment thermal management applications Strong foundational knowledge of vehicle aerodynamics, fluid dynamics, heat transfer physics (static and transient), and mechanical/structural behavior, with familiarity in brake systems Proficiency in CFD and FEA pre-processors and solvers such as Simcenter STAR-CCM+, ANSYS Fluent, ANSA, Altair Hyper Works, or Abaqus Practical scripting skills in Python, Java,



or C++ for workflow automation and data analysis Effective technical communication skills, collaborative mindset, and eagerness to work in cross-functional engineering teams Master’s degree or Ph. D. in Mechanical or Aerospace Engineering with specialized coursework in Fluid Dynamics, Thermal Sciences, or Finite Element Methods (preferred) Hands-on experience with multidisciplinary design optimization software such as mode FRONTIER or HEEDS Working knowledge of UNIX/Linux operating environments Familiarity with DMAIC, Design for Six Sigma (DFSS), or quality robustness tools applied to virtual engineering

Demonstrates expertise in CFD and FEA analysis, with a strong foundation in thermal management, fluid dynamics, and vehicle aerodynamics. Proficient in utilizing design optimization methodologies and scripting for workflow automation within cross-functional engineering teams.

Highest-signal resume keywords CFD Analysis FEA Analysis Thermal Management Scripting in Python Design Optimization with mode FRONTIER ATS Optimization Keywords Hard Skills CFD FEA Thermal CAE Analysis Fluid Dynamics Heat Transfer Physics Mechanical Behavior Brake Systems Data Analysis Model Predictive Accuracy Multidisciplinary Design Optimization Soft Skills Technical Communication Collaborative Mindset Certifications & Qualifications Bachelor’s Degree in Mechanical Engineering Bachelor’s Degree in Aerospace Engineering Master’s Degree in Mechanical Engineering Master’s Degree in Aerospace Engineering Ph. D. in Mechanical Engineering Ph. D. in Aerospace Engineering Industry Keywords Automotive Aerospace Heavy-Equipment Thermal Management Applications DMAIC Design for Six Sigma Quality Robustness Tools Tools & Technologies Simcenter STAR-CCM+ ANSYS Fluent ANSA Altair Hyper Works Abaqus Mode FRONTIER HEEDS UNIX/Linux #J-18808-Ljbffr

📌 Cfd & thermal analysis engineer – brake systems (Naucalpan de Juárez)
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📍 Naucalpan de Juárez