Autodesk Education Community

Make real products as you learn

Whether you’re new to CAD & CAM or are a seasoned expert, these hands-on projects will create a spark. They include everything you need to get started with Fusion 360. 

Make a speed vise handle

Make a speed vise handle

This project-in-a-box will lead you through simple CAD and CAM workflows in Fusion 360 to design and build a speed vise handle. It includes descriptive videos, setup sheets, drawings, and a machine tool library. By the end, you will be able to create an actual speed vise handle that you can then use in the shop.

Make a speed vise handle

This project-in-a-box will lead you through simple CAD and CAM workflows in Fusion 360 to design and build a speed vise handle. It includes descriptive videos, setup sheets, drawings, and a machine tool library. By the end, you will be able to create an actual speed vise handle that you can then use in the shop.

Make a speed vise handle

Speed vise instructional videos

Watch videos from this Project-in-a-Box to make a real speed vise handle that you can use in the shop.

Overview Image

Overview

This video will introduce you to the concepts you’ll learn with the Speed Vice Handle Project-in-a-Box.

Designing the handle Image

Designing the handle

This video will take you step-by-step through the design of a speed-vise handle, teaching you how to use the CAD platform in Fusion 360.

Machining the handle Image

Machining the handle

This video will help you ramp up on the manufacturing workspace of Fusion 360, explaining in detail how to create toolpaths for a speed vise handle.

Designing the knob  Image

Designing the knob

This video will sharpen your skills on the manufacturing platform in Fusion 360, showing you how to create a knob that attaches to the speed vise handle.

Machining the knob Image

Machining the knob

This video will show you how to link the knob into the design so any changes you make in the original will propagate in the new file.

Machine footage Image

Machine footage

This video highlights in-machine footage of the CNC operations.

Download all videos

Caliper depth base attachment classroom project

This project-in-a-box will lead you through both CAD and CAM workflows in Fusion 360 to design and build a caliper depth base attachment. The videos below will walk you through each step and should be followed in order.

1. Designing the base Image

1. Designing the base

Create the base for the assembly and lay the foundation for the rest of the project.

2. Designing the knobs Image

2. Designing the knobs

Add knobs to the base which will lock the caliper into place.

3. Vise setup Image

3. Vise setup

Import a vise model and add intelligence in Fusion 360. Creating a smart vise will save you and your students time and reduce errors. 

4. Manufacturing Assembly and Setup Image

4. Manufacturing Assembly and Setup

Leverage the power of integrated CAD/CAM to create a manufacturing assembly to drive production of the components.

5. Base CAM programming Image

5. Base CAM programming

Considerations and steps for creating effective toolpaths for the base component.

6. Knob CAM programming Image

6. Knob CAM programming

Considerations and steps for creating effective toolpaths for the knob components.

Download Caliper depth base attachment drawings package
Make a fidget spinner

Make a fidget spinner

This step-by-step project shows how to design and apply tooling paths through Fusion 360 to create a fidget spinner. Included are detailed instructions that you as an instructor can use in the classroom as well as the needed part files. By the end, your students will be able to apply basic CAD skills, CAM tooling paths, and export that to a CNC machine.

Make a fidget spinner

This step-by-step project shows how to design and apply tooling paths through Fusion 360 to create a fidget spinner. Included are detailed instructions that you as an instructor can use in the classroom as well as the needed part files. By the end, your students will be able to apply basic CAD skills, CAM tooling paths, and export that to a CNC machine.

Make a fidget spinner