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Keep shoppingF1 Aero Design Thinking (CAD): Hands-On with 2026 Front Wing
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256 students
F1 Aero Design Thinking (CAD): Hands-On with 2026 Front Wing
F1 Aerodynamics & CAD: Wireframe Modeling, Advanced Surfacing, and Endplate Design
Created byShubham Sangodkar
Last updated 2/2025
English
What you'll learn
- Apply Design Thinking principles to conceptualize and iterate on F1 front wing designs.
- Understand fundamental aerodynamic concepts (aerofoil profiles, leading/trailing edges, endplate function) and how they influence performance.
- Use CAD tools and techniques to create wireframes, surfaces, and final assemblies for a 2026-style F1 front wing.
- Integrate multiple design elements (wing elements, endplates, blends) and explore how to modify designs for different variants or performance goals.
- Learn how to upskill themselves to become an F1 Design Engineer
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Course content
7 sections • 20 lectures • 8h 24m total length
Requirements
- CAD Platform Access: Learners should have access to any professional 3D CAD software (e.g., SolidWorks, CATIA, NX, or similar). A free or trial version is acceptable if it supports surfacing and wireframe modeling.
- Interest in Design/Aerodynamics: A general curiosity about how aerodynamics works in motorsports will help you stay engaged.
- Optional: Some familiarity with engineering or motorsport concepts is a plus, but not strictly necessary. The course will walk you through the fundamentals.
- If you’re completely new to CAD, don’t worry—this course will include step-by-step guidance so beginners can follow along.
Description
Ever wondered how a Formula 1 front wing is designed to at F1 Teams using Design Thinking Principles ? Dive into an immersive learning experience that blends Design Thinking with hands-on CAD modeling, and discover the secrets behind the design of a 2026 F1 Front Wing!
Section 1: Design Thinking – Foundational Principles for an F1 2026 Front Wing
Instructor Introduction: Get to know your course guide—an expert at the intersection of creativity, engineering, and motorsport performance.
What is Design Thinking?: Explore the user-centric, iterative approach that drives innovative solutions in Formula 1 and beyond.
Work Setup and Platform: Learn how to set up your software, tools, and environment for a seamless modeling experience.
Section 2: Building F1 Front Wings Using Design Thinking
Aero Profiles and Wireframe Approach: Understand how aerodynamic contours are conceptualized and translated into wireframes.
Constructing an Aerofoil at an F1 Team: Step into the shoes of an F1 engineer to shape leading and trailing edges accurately.
Planview & Front View Curves: Lay down critical geometry for the wing, ensuring stability and performance.
Discussion: Why Are Wing Elements Special?: Analyze the unique challenges of designing functional aerodynamic surfaces.
Section 3: First Element of the Front Wing – Wireframe to Main Surfaces
Wireframe Construction: Build a precise skeletal structure as the foundation of your front wing.
Main Surfaces: Evolve your wireframe into fully rendered surfaces, ready for performance analysis.
Section 4: Endplate Design – Design Thinking in Action
Designing the Endplate: Incorporate creative solutions and iterative feedback loops to perfect endplate geometry.
Q&A Session: Brainstorm design improvements, troubleshoot issues, and clarify concepts.
Section 5: Surfacing the Endplate
Vertical & Horizontal Elements: Apply advanced surfacing techniques to finalize endplate contours.
Blends & Finishing Touches: Discover how small modifications can significantly affect airflow.
Q&A for Surfacing: Address common challenges and fine-tune your approach.
Section 6: Assembling the 2026 F1 Front Wing
Bringing It All Together: Combine all elements—the wing profiles and endplates—into one cohesive design.
Trimming & Variants: Learn how to trim and adjust the front wing to meet different performance goals and aesthetic demands.
Section 7: How to Become an Aerodynamics Design Engineer
Career Guidance: Explore pathways, skill sets, and next steps to excel in motorsport aerodynamics.
By the end of this course, you’ll not only have a fully realized 2026-style F1 front wing in your CAD portfolio, but you’ll also have sharpened your design thinking mindset—equipping you for innovative problem-solving in any engineering challenge. Join us and accelerate your journey into the thrilling world of F1 Aerodynamics and Design!
Who this course is for:
- Motorsport Enthusiasts: Anyone passionate about Formula 1 who wants a hands-on experience with design and aerodynamics.
- Engineering Students & Graduates: Ideal for those studying mechanical or aerospace engineering, looking to apply theoretical knowledge in a practical CAD project.
- Design & CAD Professionals: Those who already work with 3D modeling but want to deepen their understanding of high-performance aerodynamics and design thinking.
- Career Changers or Hobbyists: People exploring new opportunities in motorsport design or simply wanting a robust, creative project to expand their skill set.