Autodesk Fusion ACU study plan

Map the Fusion workspace by naming the purpose of the toolbar, browser, timeline, and viewport navigation controls from memory

Create a new design and practice orbit, pan, zoom, and view-cube orientation until navigation feels automatic

Set up a sketch plane and draw closed profiles using line, rectangle, circle, and arc tools

Apply dimension and geometric constraints to fully constrain a simple sketch and confirm the sketch turns black

Use trim, extend, offset, fillet, and mirror on sketch geometry to build symmetric profiles

Construct a sketch with construction geometry and apply equal, tangent, and symmetry constraints

Diagnose and fix an over-constrained sketch by deleting conflicting constraints

Organize the browser by renaming bodies and sketches and creating at least one component

Extrude, revolve, and sweep sketch profiles into solid bodies with correct join, cut, and new-body operations

Apply fillet, chamfer, shell, and hole features to a modeled part

Use the timeline to edit an early feature and roll the marker forward to rebuild the model

Create a user parameter and drive at least two dimensions from it

Build a multi-body part and convert bodies into separate components

Create a bottom-up assembly by inserting components and applying rigid and revolute joints

Test joint motion by dragging components and checking degrees of freedom

Apply an assembly-level cut or combine operation across components

Model a part using loft or sweep along a path and validate the resulting geometry

Generate a 2D drawing from a part and place base, projected, and section views

Add dimensions and a title block to the drawing and adjust the sheet scale

Export the drawing to PDF and the model to STEP

Apply appearances and materials to components and render a scene with adjusted lighting and background

Create an exploded view animation of the assembly and export it as a video

Annotate the drawing with a bill of materials table and balloon callouts

Produce a rendered image suitable for a product presentation

Use component color cycling, section analysis, and interference checking to inspect a model

Create a share link or public link and confirm version history behavior

Export the model in STL and 3MF formats and verify mesh settings

Assemble a documentation package with drawing, render, and animation in one folder

Complete a timed full-length practice exam under exam conditions without notes

Review every missed item and map it back to the responsible domain

Re-drill the two weakest domains with focused sketch and modeling exercises

Recite the interface, sketch constraint, modeling, and output workflows from memory in a self-quiz