Descripción de la oferta
As a Senior Aerodynamics Surface Design Engineer, you'll collaborate closely with Aerodynamicists, Design Engineers, CFD Analysts, Manufacturing, Testing, and Development Teams. Your role serves as a link between departments, guaranteeing seamless integration of aerodynamic design within the wider engineering and operational functions of the Formula 1 team. Additionally, you'll closely collaborate with design engineers to transform aerodynamic theories into intricate CAD models. Engaging with Computational Fluid Dynamics analysts for simulations and analyses will be an integral part of your daily responsibilities. Effective collaboration with CFD specialists or simulation engineers is pivotal in ensuring the validation of designs.
What You Will Do
Designing Surfaces: Creating and designing aerodynamic surfaces using CATIA, focusing on components like wings, diffusers, sidepods, and other aerodynamic elements.
Collaboration and Communication: Working closely with aerodynamicists, engineers, and other team members to understand performance requirements, constraints, and evolving design objectives.
CAD Modeling: Developing detailed (CAD) models and prototypes for aerodynamic surfaces, ensuring they meet aerodynamic targets and manufacturing feasibility.
Optimization: Iteratively refining designs based on simulation results, wind tunnel testing, and realworld performance data to maximize aerodynamic efficiency and downforce while minimizing drag.
Prototyping and Testing: Collaborating with the manufacturing team to create prototypes for wind tunnel testing and subsequent on-track evaluations.
Documentation and Reporting: Maintaining detailed documentation of designs, simulations, test results, and reporting progress and findings to the broader engineering team.
Keeping Up with Regulations: Staying updated with FIA regulations and guidelines to ensure designs comply with the governing body's rules.
Problem Solving: Addressing design challenges, troubleshooting issues, and proposing innovative solutions to improve aerodynamic performance within regulatory constraints.
Continuous Learning: Keeping abreast of the latest advancements in aerodynamics, materials, and manufacturing processes to enhance the overall performance of the car.
Minimum Requirements
Mechanical Engineering Degree or equivalent R&D design experience
Minimum 5 years of professional working experience working in a similar position
Motorsport background
At least 2 years of hands‑on experience using CATIA for advanced surface design and robust model construction
Proficiency in advanced surface modeling techniques within CATIA for intricate aerodynamic model design.
Ability to maintain a structured and organized design tree within CATIA for efficient model management
Creating sturdy and robust models in CATIA, ensuring durability
Expertise in developing functional prototypes using various manufacturing methods, aligning with aerodynamic testing needs (Prototype development)
FIA Regulatory Understanding
Proficient in English
Desirable Skills
Familiarity with composite materials and their properties
Additional courses or training in aerodynamics specialization
A deep understanding of Fluid Dynamics principles, while fundamental, can be a valuable nice‑to‑have skill, aiding in the interpretation of simulation results and refining designs
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