The complete AutoCAD 3D course2020

Shows how to use the press pull tool in AutoCAD to turn 2d shapes into 3d, cut holes, adjust thickness, and manage multiple objects with height and extension controls.

Master the Boolean command in AutoCAD 3D by using union, subtract, and intersect to unite, cut, or intersect multiple objects.

Apply fillet and chamfer edge commands in AutoCAD 3D by selecting edges, setting radius or distances, and using loop and chain options for connected edges.

Learn how to use the AutoCAD 3D shell command to thicken pipes and a cube, creating openings, and apply shell to a sewage cross pipe and a height-adjustable hump.

Explore the AutoCAD slice command to cut objects in multiple planes, isolate and move slices, and build surfaces and shapes using related tools like suppress, surface, and union.

Explore the interfere command in AutoCAD 3D by selecting two objects to reveal interfering geometry in red, and navigate multiple pairs with previous and next.

Imprint 2d geometry onto 3d solids and surfaces using rectangles and splines, then extract or copy edges and apply color edges, with 2d wireframe previews for precise editing.

Explore extrude, taper, and move commands in AutoCAD 3D to modify faces, set extrusion height, apply negative extrusion, create taper angles, and reposition features.

Continue 3D modeling in AutoCAD by applying offset to faces and circles, deleting faces and openings, deleting edges, rotating faces, and coloring edges to define triangles on faces.

Discover how to use the mirror command in AutoCAD 3D to reflect objects across x, y, and z planes, including three-point and 2D object methods.

Explore the array command in AutoCAD 3D, including rectangular, polar, and path arrays, with associative options, base point, spacing, and levels for precise multi-element layouts.

Learn how to convert objects between surface and solid in AutoCAD 3D, using convert to surface, convert to solid, and thicken for complex shapes, with extrude and mesh options.

Learn to switch and draw on different planes using the UCS in AutoCAD 3D, including enabling the UCS icon, coordinate methods, and saving custom views for easy orbit and alignment.

Move, rotate, and scale 3d objects using the modify panel. Move along x, y, z axes or planes; rotate with angles; scale using a base point and scale factor.

Learn how to visualize solid geometry in AutoCAD using sectional planes and volumes to cut away parts, adjust position by dragging the plane with arrowhead axes, and switch view sides.

Create 2D drawings from 3D models using the flatshot command in AutoCAD, producing side, top, and isometric views with adjustable options, tangential lines, and clarity between obscured and visible lines.

Learn to create 2D layout views from a 3D drawing in AutoCAD, adjust layout settings, set A4 paper, create base and isometric views, and manage alignment and projection.

Learn to create detail and sectional views from 3D drawings, place full and half sectional views on layout views, and control scale and tangential edges for clear detailing.

Learn to annotate layout views in AutoCAD by adding dimensions and multiline text, adjusting scales, and maintaining associative links with model space for consistent updates.

Explore the mesh tab in AutoCAD to create complex geometries beyond solid or surface tools, using mesh boxes, points, faces, vertices, and selection filters.

Create and customize 3D mesh primitives in AutoCAD, including cone, cylinder, pyramid, and sphere, by setting radii, heights, and faces, then explore mesh surface with resurf command and 360-degree revolutions.

Explore mesh editing in AutoCAD by splitting faces, extruding parts, and smoothing to refine a simple mesh primitive. Convert objects to mesh and manipulate faces with split, extrude, and merge.

Explores 3D offset delete and rotate face tools in AutoCAD 3D. Use offset to adjust face length and circle radius, delete faces or openings, and color faces for solid editing.

Learn mesh modelling by constructing a simple sofa from a mesh box, editing faces with a face filter, extruding, moving edges, applying smoothness and grease, and converting to solid.