Complete Fusion 360 All-in-One Course for Beginners (2025)

Open a new design file and create a sketch on the front, top, or right plane. Every solid model begins with a two-dimensional sketch on a chosen plane.

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.

Set and change units in Fusion 360 to ensure accurate dimensions and prevent scale issues. Use the Document Settings to change active units and set a default for future designs.

Set up and customize grids and snaps in sketch mode to improve accuracy, using the grid visible toggle, snap mode, and grid settings dialog with adaptive or fixed options.

Learn to draw lines in Fusion 360, the building blocks of 2D sketches, using the toolbar, alt shortcut, or marking menu, and practice creating constrained, connected line segments.

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 tangent arcs in Fusion 360 using the line tool, switching to arc mode by dragging from the line's endpoint for quick, seamless sketching.

Learn to draw sketches in Fusion 360 by constructing a model sketch with lines and arcs, setting units to millimeters on the front plane, and saving as tutorial two.

Learn to draw rectangles in Fusion 360 using two point, three point, and center rectangle, access tools with the R key, and customize the create panel with the window toolbar.

Learn to draw circles in Fusion 360 using five tools: center diameter circle, two-point circle, three-point circle, two-tangent circle, and three-tangent circle.

Learn to draw arcs in Fusion360 using three point, center point, and tangent arc tools, via the create dropdown in the sketch tab, with step-by-step usage.

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 Fusion 360 slot tools to draw straight and arc slots using center-to-center, overall, center point, and arc slot methods. Define centers, endpoints, and widths with previews and dimension input.

Set up your Fusion 360 sketch in millimeters on the front plane using the conic curve tool. Adjust the row value to switch among ellipses, parabolas, and hyperbolas.

Learn to draw smooth splines in Fusion 360 using fit point and control point tools, creating sketches by placing points on a plane and adjusting with control points.

Edit a spline in Fusion 360 to refine shapes by adjusting fit points, tangents, and curvature, using control points, insert points, and curvature display for smooth, precise curves.

Learn to insert text into Fusion360 sketches with frames or paths, customize height, typeface, alignment, character spacing, and flips, and apply text on a path with fit to path.

Learn to create sketches in Fusion 360 by drawing a circle of diameter 50 and arc on the front plane, set millimeter units, apply dimensions, and save as tutorial three.

Learn to construct a complete Fusion 360 sketch on the front plane with arcs, a center point arc, and guided line and dimension steps, then save the tutorial.

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.

Extend sketch entities in Fusion 360 to the nearest intersection with the extend tool. Activate from the sketch contacts tab, preview the extension, and press escape to finish.

Learn to use the offset tool in Fusion 360 to create parallel sketch copies with a chosen distance for uniform walls and clearances, including chain selection and editing options.

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.

Master the mirror tool in Fusion 360 to create symmetric sketch geometry, select a mirror line (center line works automatically), and apply asymmetric constraints that update both sides.

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.

Learn to create sketch chamfers in Fusion 360 using equal distance, distance and angle, and two distance methods; use the sketch modify menu with previews and handles.

Learn to scale sketch entities in Fusion 360 with the sketch scale tool, choosing a base point, entering a scale factor, previewing changes, and applying the resize to geometry.

Learn to break sketch entities in Fusion 360 using the break tool from the modify menu, selecting intersection points to split geometry into segments and isolate sections.

Learn to create and edit sketches in Fusion 360, draw circles with diameters 120 and 16, add lines, trim excess, and save the sketch as tutorial one in chapter three.

Learn to edit and modify sketches in Fusion 360, set units to millimeter, draw lines, arcs, circles, center lines, and a mirror to complete sketch, then save as tutorial two.

Set the units to millimeters and draw a closed sketch on the right plane using lines, construction lines, a center line, and mirror with offset to create a finished sketch.

Apply geometry constraints in Fusion 360 to create a fully defined sketch, controlling orientation, position, and relationships with horizontal, vertical, coincident, tangent, and concentric constraints.

Apply and edit dimensions in Fusion 360 to control sketch size and shape; place horizontal, vertical, angular, and diameter dimensions, with changes updating the sketch automatically.

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.

Apply dimensions and constraints to Fusion 360 sketches, set units to millimeters, and create a fully defined 2D sketch on the top plane for later 3D models.

Learn to apply dimensions and constraints to sketches to create a fully defined model, using construction lines, parallel constraints, and mirror, starting from millimeter units.

Learn to set units to millimeter, sketch on the front plane, and define a Fusion 360 sketch using lines, arcs, circles, and a center-to-center slot with dimensions and constraints.

Explore the extrude feature in Fusion 360, turning sketches into 3D solids or thin walls with distance, direction, profile plane, and taper 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.

Learn to extrude sketches to form an extruder model in Fusion360, set units to millimeters, sketch circles, extrude 10 mm, and save as tutorial one in chapter five.

Master the base feature extrude in Fusion 360 by selecting a profile, extruding to distance 40, and saving the result as chapter five tutorial two.

Learn to remove a base feature, revolve the model, and switch to a wireframe with visible edges only. Follow chapter five tutorial steps, selecting the axis and saving.

Explore creating construction planes in Fusion 360, including offset, planar angle, mid, edge, three-point, tangent, and along-path planes, to reference geometry and drive precise extrusions.

Learn to create construction axes in fusion 360 from the construct dropdown, using construction planes for precise geometry in revolve features, circular patterns, and reference geometry.

Explore construction points in Fusion 360 to anchor features, locate intersections, define precise spatial locations, and guide complex geometry, lofts, and patterning.

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.

Master Fusion 360 by building a complete 3D model through extrude, offset plane, and midplane techniques, using strategic sketching, constraints, dimensions, projection, and rib creation for a symmetric join.

Explore advanced extrude options in Fusion 360, including object start to object extend, extent type, offsets, and through all, enabling precise starts from faces or planes.

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.

Learn to work with a sketch containing multiple closed profiles and create multiple features by extruding those profiles in Fusion 360, while managing the timeline and visibility.

Project edges from existing geometry onto a sketching plane in fusion 360, using manual and automatic methods, and manage projection links to create parametric sketches.

Create 3d curves in Fusion 360 by projecting sketches to surfaces, generating intersection curves, and projecting intersecting geometries to support features like sweep and loft.

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 redefine the sketching plane of a sketch in Fusion 360 by right-clicking the sketch in the timeline and selecting a new plane or face.

Learn to apply standard and custom physical material properties in Fusion 360, assign materials, access the material editor, and adjust basic thermal, mechanical, and strength properties for simulations.

Learn to calculate mass properties in Fusion 360 by assigning materials to evaluate mass, volume, center of mass, and moment of inertia via the properties dialog.

Learn to measure distances between faces, edges, vertices, and bodies in Fusion 360 using the measure tool, with dialog options for precision, secondary units, and snap points.

Create a step by step Fusion 360 model using revolved and extruded profiles, construction lines, offset planes, and multiple circles, then assign stainless steel material and check mass properties.

Learn to build a Fusion 360 model using revolve, extrude, and circular pattern with sketches and constraints. Set dimensions, assign steel alloy, check mass properties, and save as tutorial two.

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.

Create loft features in Fusion 360 by lofting two or more profiles. Explore end conditions, guide rails, and centerline to control transitions and preview the resulting geometry.

Learn to create rib features in Fusion 360 from a single line sketch or curve, set thickness and direction, and control termination with symmetric or distance extend options.

Learn to create web features in Fusion 360, leveraging multiple sketch curves, adjustable thickness, extend curves, and flip direction options to generate rib-like web geometry.

Learn to create emboss and deboss features in fusion 360 by selecting a 2d sketch, choosing faces, and adjusting depth, alignment, and tangent chain for material addition or removal.

Master creating holes in Fusion 360 with the hole tool, including counterbore and countersink, placed on faces or planes, using edges or sketch points to define position.

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 cylinder in Fusion 360 using the cylinder tool, set center point, diameter and height, with a live preview and adjustable parameters before finalizing.

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.

Create a torus in Fusion 360 using the torus tool on the front plane, set inner and torus diameters, and choose center, inside, or outside positioning.

Create helical and spiral coils in Fusion 360 by using the coil tool, setting revolutions, height, pitch, and cross-section options to shape the coil.

Create 3D sketches in Fusion 360 by using the 3D sketch tool on a plane, then draw lines and fillets to form 3D paths for sweep, loft, and pipe.

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 create a swept Fusion 360 model by sketching a front and top path and profile, applying extrudes, fillets, concentric circles, a circular pattern, and a final cut.

Learn to create hollow pipes along sketch paths in Fusion 360 using the pipe tool, defining outer and inner diameters, and applying extrudes, patterns, and a sweep along a path.

Master the loft feature in Fusion 360 by creating four profiles—three circles and a rectangle—on offset planes, then use a path and guide rail for a precise loft.

Learn to create a coil feature in Fusion 360, set revolution height and diameter parameters, sketch arcs and tangents, and use sweep operations to complete the spring model with constraints.

Create a rectangular pattern in Fusion 360 by using the rectangular pattern tool, choosing the object type and two linear directions, and configuring spacing, quantity, and suppression.

Create circular patterns in Fusion 360 by selecting faces, features, or bodies and an axis, then set distribution, symmetry, and pattern instances, using suppression before applying.

Create a pattern along a path using the pattern on path tool to drive faces, features, bodies, or components along a sketch curve or edge.

Master mirroring in Fusion 360 with the mirror tool to reflect faces, features, bodies, or components, preview result, select the object type and mirroring plane, then choose a compute option.

Learn to use Fusion 360 patterning and mirroring tool to efficiently replicate features and components with design symmetry, and build a millimeter-based model using extrudes and circular patterns.

Learn to use patterning and mirroring in Fusion 360 to replicate features quickly and preserve design symmetry through sketches, extrudes, and circular patterns.

Learn to offset faces with the principal tool and use the press pull tool to fillet edges, extrude a sketch profile, and adjust radius and taper.

Learn to create fillets in Fusion 360 using constant radius, variable radius, chord length, rule fillets, and full round fillets, with tangent chains and useful dialog options.

Learn to create chamfers in Fusion 360 using the chamfer tool, choosing equal distance, two distance, or distance and angle configurations, adjusting values with arrows for precise edges.

Learn to create a shell feature in Fusion 360 by hollowing a model or removing faces, and set the inside or outside wall thickness, and choose sharp or rounded corners.

Learn to add drafts in Fusion 360 using the Draft tool, including fixed plain draft and parting line, with neutral planes, pull direction, and adjustable draft angles.

Scale objects in Fusion 360 using the scale tool to resize components, bodies, or sketch entities from a base point with uniform or non-uniform options, scale factor, and on-screen drag.

Learn to combine solid bodies in Fusion 360 using boolean operations such as join, cut, and intersect with the combine tool; select target and tool bodies and configure dialog options.

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.

Learn to split bodies in Fusion 360 with the split body tool by selecting bodies and a splitting tool (face, plane, or sketch), using extend to intersect, yielding separate bodies.

Learn to edit and modify 3D models in Fusion 360 using path and profile creation, sweep, mirror, shell, and precise dimensions with construction planes and sketches.

Master Fusion 360 modeling by editing 3D models with precise dimensions, using pipe and extrude operations, mirroring features, rib creation, and circular patterns to craft a complex component from sketches.