NX CAD + Autodesk Inventor 2023 CAD + Solid Edge 2022 CAD

Learn how to apply sketch constraints and dimensions in NX CAD, using linear, radial, and angular dimensions and geometric constraints such as tangent, perpendicular, parallel, and concentric.

Learn to create a 2d sketch in NX CAD, starting from a 114 by 82 rectangle, applying chamfers, arcs, trims, and a mirrored symmetry, preparing for extrusion and revolved features.

Learn to create NX models with extrude and revolve by sketching on datum planes, using distance, symmetry, and vectors to control directions.

This NX extrude exercise guides you to create a solid plate with four holes by sketching with an alternate approach, applying chamfer, circle features, trim and mirror, then extruding.

Explore trim and extend operations in NX CAD: split a body, create and extend sheets, use trim sheet with boundaries, divide faces, and delete bodies to shape parts.

Explore offset surface, offset phase offset, and variable offset, then use thicken to convert sheets to solids. Use bounding body and wrap geometry to create manufacturing blanks.

Learn how studio surface builds surfaces from multiple sections and guides, use insert mesh surface, and apply fill surface or trim sheet options.

Explore flange extension options in Inkscape, including 90-degree and adjustable angles, curve and face surfaces, and spline-based options with smooth edges, plus multi-transaction flange parameter control.

Engage in an inch-based modeling exercise, building a part with sketches, extrudes, center lines, and mirror features, then add holes to finalize.

Learn to build an assembly by adding components, moving and rotating parts, and applying assembly constraints such as touch align and center alignment to assemble parts precisely.

Explore the Solid Edge interface, switching between synchronous and ordered modes, creating new parts or assemblies, and navigating templates, planes, and 3D sketching for solid modeling.

Learn Solid Edge sketching fundamentals by creating lines and circles, applying dimensions, and using revolve, extrude, and cut features, then edit profiles to refine sketches.

Explore Solid Edge sketching with rectangular and polygon options, arc creation, curve control, and trim, extend, split, and fillet or chamfer refinements.

Explore Solid Edge modeling options, including thin wall and thin region features, rip and lip details, and web network and vent creation using metric templates and sketch-based extrudes.

Explore sweep cut out, loft cut out, and helix cut out in Solid Edge by cutting material with guides, sections, and multiple passes, including normal to section adjustment.

Explore surface creation and essential operations in Solid Edge, including extend, trim, split, offset, and copy, plus boundary removal, tangent to continuous, normal to face, and intersect.

Model a 5 by 5 inch base in Solid Edge, extrude to 1 inch, cut a 3.53 diameter circle, and mirror with a 2.5 inch offset.

Learn the basics of assembling parts in Solid Edge. Drag parts from the library, define relations like axial align, center plane, insert, tangent, and parallel, and fix components.

Learn to create drafting sheets in Solid Edge using the view wizard to place multiple views, add detail views, sections, cutting plans, and coordinate and smart dimensions.

Learn to create drawings from an active model in Solid Edge, using the view wizard for isometric and principal views, smart dimensions, center lines, drafting sheet, and section views.