
Create a sketch, set millimeter units and grid, apply lines and fillets, revolve the sketch into a 3D model, save the file, and generate orthographic and isometric drawing views.
Learn to create a base feature, extrude multiple features, mirror the second feature, add a cut feature, and apply a chamfer in Fusion 360 using sketches, constraints, and precise dimensions.
Create multi-plane features in fusion 360 using base extrudes, ribs, mirrors, and cuts, then apply fillets and patterning techniques to finalize a saved model.
Design a candle stand in Fusion 360 using revolve and sweep features, plane along path, and section analysis, with detailed sketching, constraints, and isometric visualization.
Create detailed drawings in Fusion 360 by generating front, top, and right-aligned projected and section views, a detail view, and an isometric view on ISO A4 landscape sheet.
Generate a complete Fusion 360 drawing for the bench vise assembly, including top, section, front, and isometric views, with balloons, a bill of materials, and a projected part list.
open, save, and refine a Fusion 360 drawing by adding center lines and marks, applying diameter, angular, and radius dimensions, and using datum identifiers with a concentricity tolerance.
Create a sheet metal component in Fusion 360 by defining a base flange, adding flanges and side walls, unfolding the design, and drilling holes per given dimensions.
This course offers an in-depth exploration of Autodesk Fusion 360, guiding you through every aspect of 3D modeling and design. Whether you’re an Engineer, Product Designer, Diploma Holder, Undergraduate, or a School Student, this tutorial series is designed to take you from beginner to advanced levels with no prior experience required.
Through comprehensive, step-by-step video lessons, you will:
Master sketching techniques to create accurate 2D profiles.
Learn part modeling to develop intricate 3D components.
Explore assembly design to construct multi-part systems with precision.
Gain expertise in sheet metal workflows for fabricating sheet metal parts.
Develop professional-level skills in technical drafting, creating industry-standard 2D drawings.
Additionally, the course delves into advanced concepts such as parametric design, top-down assembly modeling, and design optimization, equipping you with the knowledge to handle real-world challenges in design and manufacturing.
By the end of this course, you will have the expertise to confidently use Fusion 360’s powerful tools to bring innovative and complex designs to life, ready to meet the demands of modern engineering and product development.
The course also delves into advanced design concepts, equipping you with the skills to create complex and innovative designs using Fusion 360's versatile tools.
By the end of this course, you’ll have the confidence and skills to create professional, innovative, and complex designs using Fusion 360.
The course also explores advanced design concepts, empowering learners to create complex and innovative designs using Fusion 360’s powerful tools.