Build a complete 2d geometry in AutoCAD using line, circle, and rectangle tools, then trim lines, apply corner radii, add hatch patterns, and use object snaps for precision.

Practice a 2d drawing workflow by using circle tools for radius and diameter, place lines at 45 degrees, add tangent circles, trim and fillet edges, and create a polar array.

Master 2d drafting by drawing lines, concentric circles, and a rectangle, applying offsets and fillets, trimming excess geometry, and creating a mirrored final drawing.

Create a 2d AutoCAD practice drawing using basic tools such as line, rectangle, and circle, then apply fillets, trims, offsets, mirror, and hatch patterns to produce clean geometry.

Create a complex two-dimensional AutoCAD drawing by constructing concentric circles and lines, applying tangent radius, offset, trim, mirror, rotate, and fillet to achieve the final geometry.

Learn to create a wrench in AutoCAD 2D by drawing lines and circles, and applying scale, rotate, offset, trim, and using radius, arc, and rectangle tools to add detail.

Create precise 2d AutoCAD geometry by drawing concentric circles, constructing lines at 60, 30, and 40 degrees, mirroring, trimming, applying a polar array, and adding final radius circles.

Create an impeller in AutoCAD by drawing circles with radii 20, 8, 5, and 2.5, applying a 0.6 unit fillet, constraining tangency, trimming, and using polar array for replicas.

Practice creating a two-part 3d drawing from top and front views by constructing circles and lines, applying tangent, trim, break, mirror, and union, then extrude and subtract.

Learn to build a 3D indexing fixture in AutoCAD by drawing lines, circles, and rectangles; apply offsets, radii, trims, extrude, revolve, patterns, joins, and subtract to finalize a solid.

Demonstrates building a three-part 3d model from 2d geometry in AutoCAD, using rectangle and circle tools, trims, fillets, tangent joins, and 3d height adjustments.

Create a three-dimensional model from 2D AutoCAD drawings by drawing circles, lines, and a rectangle with tangent joins; then use the press pull tool, copy, mirror, and union to finish.

Create a complete 3D model by turning two-dimensional lines and circles into sweep and revolve geometry, add thickness, trim and isolate excess parts, and subtract holes.

Create a complete 3D model from 2D geometries using AutoCAD, mastering lines, circles, tangent joins, trim, press pull, revolve, union, extrude, and slicing techniques.

Create a simple 3d practice drawing in AutoCAD by drawing lines and circles, extruding, slicing and trimming, then grooves for nuts and bolts, a boolean union, and fillets to finish.

Demonstrates creating a 3d practice drawing from concentric circles, tangential lines, and fillets, then extruding into 3d parts, aligning centers, and uniting into a single solid using AutoCAD tools.

Create an M10 slotted nut in AutoCAD 2D and 3D practice drawings, starting with a hexagon circumscribed by a circle, then extrude, revolve, and subtract to form the slot.

Explore creating a bolt with diamond knurling in a 3D AutoCAD workflow: build cylinder, add threads with helix and sweep, apply mirror arrays, and perform boolean subtract to finish.

Create a simple 3D fan blade in AutoCAD by drawing a spline profile and joining the endpoints. Then extrude, apply boolean operations, and add a centered groove for detail.

Create a 3d tire with treads by crafting a profile from ellipses and splines, revolving it into a solid, adding threads with arcs and extrusion, using layers and object snaps.

Create a 2D gear profile in AutoCAD using construction lines, circles, offsets, and arcs; blend gaps, convert to a polyline, then press pool to extrude and mirror to complete gear.

Create a 3d dna strand in AutoCAD 2d and 3d practice drawings by constructing a helix, adding lines and circles, and applying sweeps and splines to form the final geometry.

Develop a 3d spring in AutoCAD for 3d printing by creating a helix with radius 5, 10 turns, and height 30, then sweep circular cross sections into a solid.

Create a 3D jet engine by modeling blades with plane and arc tools, converting profiles to surfaces and solids, then arraying fins and lofting inner shapes to final 3D geometry.

Create a 3D Oldham coupling in AutoCAD by constructing concentric circles, grooves, extruding sections, subtracting parts, and applying fillets and mirror operations.

Master architectural units, draw outer and inner walls, and insert doors and windows using blocks, with hatches, text, dimensions, and layered organization in AutoCAD 2D.

Insert door, window, and interior blocks to a floor plan using move, copy, rotate, trim, and mirror. Use design center to drag blocks like bed, sofa, lamp, and kitchen items.

Add wall thickness with hatch patterns, then apply and position text labels using a chosen font and size, duplicate them across the floor plan, and prepare dimensions for printing.

Learn to add precise dimensions to a floor plan, adjust the dimension style and text placement, and annotate with notes on wall thickness.

Create precise 2d outlines in AutoCAD by tracing a Coke bottle image, using object snaps, trimming, and refining geometry to produce a clean, reusable outline.

convert 2d geometries into a 3d model using the 3d modeling workspace and sweep profiles. adjust sharp corners, inspect intersections, apply fillets, perform subtract operations, and save the final design.

Enhance a 3d ship model by isolating unnecessary parts, refining geometry with radii and grooves, creating a centered polyline and a polar array, then uniting the final solid.

Add final details to a 3D AutoCAD drawing, apply materials and textures, and render with adjustable presets and cloud rendering to achieve realistic results.

Complete the course to earn your certificate of completion and rate it highly; enroll in the complete AutoCAD course for deeper learning, and ask questions in the Q&A.