Design a clean, functional soap holder in Fusion using efficient solid modeling workflows, pattern techniques, and parametric thinking for 3D printing.

Design a 3D-printable fan grille in Fusion using sine wave geometry and surface modeling techniques. Learn a practical workflow for shaping organic curves and combining surface and solid tools.

Build a 3D-printable pen holder in Fusion using surface modeling and sinus wave geometry. Learn how to create complex organic patterns with stable, parametric workflows that won’t break your model.

Build a clean, fully parametric clock in Fusion using user parameters, stable sketch constraints, and a production-ready workflow optimized for 3D printing and manufacturing decisions.

Build a fully parametric organizer in Fusion, designed for 3D printing and easy to adapt using user parameters.

Design a fully parametric twisted vase in Fusion using a surface loft and circular pattern workflow. Clean geometry, fast edits, and ready for 3D printing.

Design a matching honeycomb coaster and holder in Fusion — fully parametric, printable, and ready to brighten your workspace.

Learn how to model a straight bevel gear in Autodesk Fusion (formerly Fusion 360) using sketches, revolves, lofts, circular patterns, and the Spur Gear add-in. This step-by-step workflow demonstrates how to transform a standard spur gear into a bevel gear concept suitable for prototyping, visualization, and mechanical design practice.