- 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 HyperWorks, 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 HyperWorks - Abaqus - Mode FRONTIER - HEEDS - UNIX/Linux #J-*****-Ljbffr

📌 Cfd & Thermal Analysis Engineer – Brake Systems (Naucalpan de Juárez)
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📍 Naucalpan de Juárez