About the job
We are a high school team participating in STEM Racing, an international STEM competition where students design, manufacture and race a miniature Formula 1 car powered by a CO₂ cartridge.
We are looking for an experienced Mechanical / Aerodynamic Designer to develop the 3D CAD model and aerodynamic optimization of our race car according to the official Technical Regulations (attached).
The goal is to design a highly aerodynamic, innovative and lightweight car body that fully complies with the rules and can be manufactured using CNC machining.
The designer will:
• Develop a fully compliant car body design based on the official technical regulations
• Create an innovative and competitive aerodynamic concept
• Minimize drag and overall mass while respecting structural constraints
• Produce multiple design concepts for comparison
• Perform CFD simulations to evaluate aerodynamic efficiency
• Deliver final manufacturing-ready CAD files
We will provide:
• The official technical regulations (mandatory design constraints, available in italian only)
• Example technical portfolios from previous teams
• 3D CAD files of past cars (for reference only – regulations were different at the time)
Delivery date: 31 march
Budget: 300 $
We are a high school team participating in STEM Racing, an international STEM competition where students design, manufacture and race a miniature Formula 1 car powered by a CO₂ cartridge.
We are looking for an experienced Mechanical / Aerodynamic Designer to develop the 3D CAD model and aerodynamic optimization of our race car according to the official Technical Regulations (attached).
The goal is to design a highly aerodynamic, innovative and lightweight car body that fully complies with the rules and can be manufactured using CNC machining.
The designer will:
• Develop a fully compliant car body design based on the official technical regulations
• Create an innovative and competitive aerodynamic concept
• Minimize drag and overall mass while respecting structural constraints
• Produce multiple design concepts for comparison
• Perform CFD simulations to evaluate aerodynamic efficiency
• Deliver final manufacturing-ready CAD files
We will provide:
• The official technical regulations (mandatory design constraints, available in italian only)
• Example technical portfolios from previous teams
• 3D CAD files of past cars (for reference only – regulations were different at the time)
Delivery date: 31 march
Budget: 300 $
We are a high school team participating in STEM Racing, an international STEM competition where students design, manufacture and race a miniature Formula 1 car powered by a CO₂ cartridge.
We are looking for an experienced Mechanical / Aerodynamic Designer to develop the 3D CAD model and aerodynamic optimization of our race car according to the official Technical Regulations (attached).
The g...
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We are a high school team participating in STEM Racing, an international STEM competition where students design, manufacture and race a miniature Formula 1 car powered by a CO₂ cartridge.
We are looking for an experienced Mechanical / Aerodynamic Designer to develop the 3D CAD model and aerodynamic optimization of our race car according to the official Technical Regulations (attached).
The goal is to design a highly aerodynamic, innovative and lightweight car body that fully complies with the rules and can be manufactured using CNC machining.
The designer will:
• Develop a fully compliant car body design based on the official technical regulations
• Create an innovative and competitive aerodynamic concept
• Minimize drag and overall mass while respecting structural constraints
• Produce multiple design concepts for comparison
• Perform CFD simulations to evaluate aerodynamic efficiency
• Deliver final manufacturing-ready CAD files
We will provide:
• The official technical regulations (mandatory design constraints, available in italian only)
• Example technical portfolios from previous teams
• 3D CAD files of past cars (for reference only – regulations were different at the time)
Delivery date: 31 march
Budget: 300 $
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