F1 Aero Design Thinking (CAD): Hands-On with 2026 Front Wing

F1 Aerodynamics & CAD: Wireframe Modeling, Advanced Surfacing, and Endplate Design

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

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 WingInstructor 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 ThinkingAero 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 SurfacesWireframe 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 ActionDesigning 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 EndplateVertical & 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 WingBringing 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 EngineerCareer 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.