Designers who work with assemblies professionally don’t start with random parts — they start with intent. This course teaches an intent-driven, top-down CAD workflow in Autodesk Fusion by transforming a real physical laptop stand into a fully functional digital assembly.
Instead of modeling parts in isolation and forcing them together later, you will begin with a skeleton sketch that captures layout, proportions, and motion logic. From that skeleton, you will create parametric bodies, convert them into components, and build a structured assembly driven by correct joint relationships.
This project-based course focuses on practical assembly behavior. You will learn how joints define motion, how degrees of freedom are controlled, and how motion limits and pin-slot relationships are applied in real designs. Each step follows an industry-style workflow used in mechanical and product design.
Throughout the build, you will see how parametric updates propagate through the model, how to resolve interference, how to manage projection links, and how to refine mechanisms such as angle locks and patterned adjustment slots. By the end, you will have a complete, adjustable laptop stand assembly and a repeatable workflow you can apply to other products.
This course is designed for beginners and advancing CAD users who want to move beyond basic part modeling and learn structured assembly design using skeleton sketches, components, and joints.
No prior assembly experience is required — only basic computer skills and Autodesk Fusion installed.
