- 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

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