What to Expect
Tesla is seeking an exceptional engineer with a strong understanding of aerodynamic design to strengthen the Thermal Systems group.
Thermal management is a key factor in many of the attributes that make Tesla vehicles redefine the automotive world.
To achieve fast charging, unrivaled range, ludicrous performance, exceptional cabin comfort and low running costs relies on a deep understanding and careful manipulation of the underlying physical principals.
You will be responsible for developing the fluid dynamics aspects of our ground-breaking powertrain thermal management and HVAC systems in a fast-paced multi-disciplinary environment.
Your expertise will be applied to everything from the high-level system layout and performance scoping, to the detailed aerodynamics of flow distribution, pump impellers and fan blades, noise reduction, particulate and gas filtration, water management, heat exchangers, and more.
What You’ll Do
An ability to apply fundamental aerodynamic principals to quickly and effectively solve open-ended problems
Identify opportunities to improve the performance of existing systems
Drive novel designs through initial concept, surfacing, analysis and optimization and validation
Supporting mechanical designers in determining manufacturing feasibility and into production
What You’ll Bring
Strong understanding of turbulent and laminar flows, attached and separated flows, vortex dynamics and other flow behaviors
Strong understanding of the strengths, weaknesses and limitations of the tools that are used for aerodynamic development including CFD and testing
Excellent engineering fundamentals and use of hand calculations to make quick decisions or validate simulation/test results
Ability to evaluate designs at a system level and choose/develop the best metrics to make decisions
Knowledge of advanced surfacing tools to draw high quality CAD aerodynamic surfaces
Experience in various types of CFD simulations including RANS, LES, VOF, DEM, CHT and their derivatives
MATLAB and/or Python experience for building physics-based 1D models
Working knowledge of automotive thermal systems, including radiators, condensers, fans, HVAC units
Working knowledge of occupant comfort/physiology, psychrometrics and heat transfer
BS in Mechanical Engineering, or equivalent
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