
Learn to work in Fusion 360 online and offline by checking job status, switching modes, and understanding cloud-synced features versus offline limitations in the data panel.
Choose the correct plane to set sketch orientation, starting on the top plane for a 200 by 100 rectangle extruded to 40, while noting front and right planes yield views.
Learn to draw a sketch in Fusion 360 by creating a new project, setting millimeter units and adaptive grid, and using the line tool to build the sequence.
Learn to draw polygons in Fusion 360 with circumscribed, inscribed, and edge polygon tools, specifying center, radius, and number of edges.
Draw an ellipse in Fusion 360 using the ellipse tool within a sketch on the front plane. Define the center, major axis, and minor axis to finalize the ellipse.
Master the trim tool in Fusion 360 to clean up sketches by trimming lines and arcs to their nearest intersection, using click or drag methods, and exit with escape.
Learn to create construction entities in Fusion 360, using construction geometry as reference without affecting features like extrude or revolve, to build precise and symmetrical sketches.
Pattern sketch entities in Fusion 360 using rectangular and circular pattern tools to duplicate geometry in straight rows or around a center, with customizable spacing, quantity, and suppression.
Learn to create a sketch fillet in Fusion 360, replacing sharp corners with a smooth tangent arc of constant radius, using live preview, radius input, and sequential corner selection.
Master under defined and fully defined sketch states in Fusion 360, using horizontal and vertical constraints, driven dimensions to control position and size and detect over-constrained blue and black sketches.
Explore the sketch palette in Fusion 360, reorient views, slice through bodies, highlight closed profiles, show open points, and manage dimensions, constraints, projected geometry, and 3D sketch options.
Learn how to create cylindrical features in Fusion 360 using the revolve tool, selecting a closed profile and an axis, with options for partial or full revolutions and different operations.
Navigate a Fusion 360 3D model using mouse shortcuts, the navigation bar, and the ViewCube, with customizable pan, zoom, and orbit preferences for efficient modeling.
Learn how to change visual style in Fusion 360, switching between shaded and wireframe modes, with options for visible or hidden edges to support modeling, inspecting, and presenting.
Create a complete Fusion360 3d model using only extrude features, starting from setting units to millimeters, sketching circles and a six‑sided polygon, constraining, and extruding multiple profiles, then saving.
Explore advanced revolve options in Fusion 360, including two object detection and extend type to object for precise, symmetric revolutions, with join, cut, and intersect operations.
Edit a feature and its sketch in Fusion360 using the timeline, right-click shortcuts, and the sketching environment to modify parameters and refresh the model automatically.
Learn to create sweep features in Fusion 360 by sweeping a profile along a path, including single path, path plus guide rail, guide surface, and solid sweep.
Learn how to create thread features in Fusion 360, including cosmetic and modal threads on cylindrical faces, with options for full length, offset, length, size, designation, class, and direction.
In Fusion 360, create a rectangular box using the box tool from the solid tab, selecting a plane, drawing a two-point rectangle, and setting length, width, and height.
Learn to create a sphere in Fusion 360 with the sphere tool in the solid tab, select the top plane, set the center point and diameter, then click okay.
Learn to create solid or hollow pipes in Fusion 360 using the pipe tool, selecting a path from a sketch or curve, choosing section shapes, and adjusting length and thickness.
Learn to offset phases of a model in Fusion 360 using the offset phase tool, selecting phases, setting distance, and applying the offset.
Learn to split faces in Fusion 360 using the Split Face tool, selecting a splitting tool (sketch, plane, edge, or face) and adjusting the projection direction and extend options.
Unlock the full potential of Fusion 360 in this complete beginner-to-advanced course designed for students, engineers, hobbyists, and professionals.
{August 2025 Update
An additional 20 new real-world practice exercises have been added, each with its own step-by-step solution.
Don’t miss this opportunity to level up your skills and get hands-on with professional mechanical design challenges using Fusion 360!}
Whether you’re just starting out or looking to sharpen your CAD skills, this step-by-step course guides you through the entire Fusion 360 workflow — from creating simple 2D sketches to building fully functional assemblies, rendering professional animations, and producing ready-for-manufacture technical drawings.
What You’ll Learn:
Navigate the Fusion 360 interface and set up projects efficiently
Create precise 2D sketches using constraints and dimensions
Build 3D models using tools like Extrude, Revolve, Sweep, Loft, Rib, Emboss, and Shell
Explore advanced modeling: Threads, Holes, 3D Sketches, Helical Coils, and more
Modify and refine your geometry with tools like Press Pull, Split, Combine, and Offset
Create bottom-up and top-down assemblies with joints and motion simulation
Apply materials, appearances, and calculate mass, volume, and center of gravity
Render photorealistic images and create exploded views with animations
Generate detailed 2D drawings, dimensioning, annotations, and Bill of Materials
Export models in STL, STEP, DXF, and PDF formats for manufacturing or 3D printing, and more
Why Choose This Course?
No prior CAD experience required
Real-world examples and hands-on projects
Covers all major Fusion 360 environments: Design, Assembly, Animation, Drawing
Perfect for building a professional CAD portfolio
Ideal for students, mechanical engineers, product designers, and makers
Get a Certificate of Completion upon finishing the course
By the end of this course, you’ll be confident in using Fusion 360 for your design projects — whether it’s mechanical components, 3D printed parts, or full product assemblies.
Start designing with confidence, build real-world models, and gain CAD skills that employers and clients are looking for.
Enroll now and start designing with confidence using Fusion 360!