72 AutoCAD 2D & 3D Drawings and Practical Projects

Learn to create a 2d drawing in AutoCAD using the line command, set horizontal alignment with polar tracking and tracking vectors, enter lengths and a 36-degree angle, then join segments.

Master a simple 2d practice drawing in AutoCAD using line and circle tools with polar tracking, trimming, and creating an inscribed hexagon.

Create a simple 2D geometry in AutoCAD by drawing a 10 by 6 rectangle, offsetting edges, applying a 1 unit radius, adding concentric circles, locating centers, and trimming to finish.

Create a precise 2d geometry using the rectangle tool to draw bases, add circles with specified diameters, offset, trim, explode the polyline, and apply fillets and mirror.

Master a step-by-step AutoCAD 2D drawing, building lines and circles with varying radii, creating tangent and mirror geometry, offsetting slots, and trimming to final form.

Learn to construct a simple 2d drawing in AutoCAD by using the rectangle, fillet, circle, copy, and trim tools to create rounded corners and central circles.

Learn to construct a complex geometry in AutoCAD 2d with line, circle, and tangent tools, including concentric circles, fills, mirroring, and a filleted rectangle, followed by trimming and precision placement.

Construct a key shape in AutoCAD by building a base rectangle, drawing lines with a fillet of radius ten, applying offset and trim, then finishing with hatch, ellipse, and circle.

Create a precise drawing using rectangle, line, circle, and fillet tools; apply trim, move, copy, mirror, and offset, including tangent radius, to produce clean geometry.

Learn to construct a 2d practice drawing in AutoCAD by drawing lines, circles, and rectangles, then trim, fillet, chamfer, move, and mirror, finishing with NC 31 hatch.

Construct circles with radii 50, 60, 13 and a 128 diameter, then draw a 45-degree line and tangent circles, with a 72×22 rectangle, trim, fillet, and polar array (associative unchecked).

Construct a 2D drawing using construction lines, circles (diameters 116 and 172, radius 72.5), lines at 45, 20, and 70 degrees, trimming, offset 14, and a four-item polar array.

Create a 2D AutoCAD drawing by using polar tools to build concentric circles with radii, lines at 60, 30, and 40 degrees, then apply mirror, trim, and polar array.

Draw with the line tool and concentric circles, set diameters and radii, apply offsets, trim excess geometry, add fillets and a rectangle, then mirror the finished drawing for symmetry.

Master a step-by-step 2D AutoCAD workflow by building a simple rectangle, applying offset, radius, fill it, polylines, circles, tangents, and then trimming and mirroring dynamic geometries for a precise drawing.

Practice step by step AutoCAD 2D USB symbol drawing, using lines, circles, offsets, trims, fillets, and extend operations to craft precise geometry.

Create a precise AutoCAD drawing by building rectangles and lines, applying offsets and arcs, then mirror, trim, fill, and move, scale, and join shapes using reference points and object snaps.

Learn to build a 2D AutoCAD drawing by creating concentric circles, using a construction line and a polar array of ten items, then trimming, applying radius 2 fillets, and mirroring.

Create the top view of a sink in AutoCAD by drawing a rectangle, applying offsets, trimming and filleting, then construct the drain with circles and a six-hole polar array.

Create a detailed 2D drawing in AutoCAD by constructing a rectangle and lines, adding circles, applying offsets and polar array, trimming, mirroring, and finalizing with fillets and hexagon patterns.

Create a wrench in AutoCAD 2D using lines, circles, and a rectangle, then apply multi-line, scale, rotate, offset, trim, and fillet to complete the design.

Create the top view of an impeller in AutoCAD using circles for radii 20 and 8, with a tangential arc, then apply offset and a polar array of eight.

Create a 2D drawing by drawing a 230-unit line, adding concentric circles (radii 11, 9, 4, 17), applying tangent radius 200, trimming, mirroring, offsetting, filleting, and rotating to finalize.

Create a gear in AutoCAD using construction lines, circles, offsets, and a polar array for teeth; fill gaps with a blend curve converted to a polyline and add a keyway.

Create a 2D drawing in AutoCAD using line and circle tools, tangent, mirror, join, offset, and trim to assemble and clean up the geometry.

Create a complete 2D drawing by starting with a rectangle, applying offsets, fillets, and chamfers, then construct circles via tangent radius methods and trim extraneous geometry.

Learn to create a knob drawing in AutoCAD by using construction lines, lines, arcs, mirror, tangent, isolate objects, offset, trim, and applied one-unit fillets for a clean final shape.

Learn to draw a front-view bottle profile in AutoCAD 2D using rectangle, line, circle, and tangent tools. Trim, mirror, and fillet refinements finalize the bottle and cap design.

Draw the front view of a balustrade by constructing rounded railing shapes with rectangles, lines, arcs, and circles, then explode, trim, fillet, and mirror to finalize the design.

Create the top view of a mouse shape in AutoCAD using circles, lines, and tangent constraints with the parametric tool. Trim, move, explode, and fill geometry to finalize the drawing.

Learn to create a 2D drawing in bricks CAD drafting workspace, set mm units and decimal format, and build a hex bolt pattern with rectangles, circles, and polar arrays.

Learn to draw a front view of a single cylinder engine block in AutoCAD, using polar tracking, object snap, dynamic input, and tools like line, circle, offset, trim, and fillet.

Explore crafting a 2d wirecutter blade in brick SCAD, using line, circle, offset, arc, trim and extend, with construction geometry, angular lines, and spline to finish the handle.

Construct a simple 3d practice drawing in AutoCAD from the top view, using polyline, join, and extrude, then switch planes with phase option and apply rectangle, fillet, and isometric view.

Create a simple 3d practice drawing by sketching on the top plane with the polyline tool, extruding to five units, and adding fillets, circles, and grooves via press pull.

Create a simple two-part 3d practice drawing: build the top view, then a 3d component using line, circle, fillet, trim or break, and press pull, move, copy, rotate, and union.

Create a 3d drawing from a 2d polyline using arg join with a 28 unit radius and a 70 unit press pull. Mirror, join, and subtract to finalize the solid.

Create a 6 by 5 by 4 box using the box primitive, apply a two-unit fillet to a corner, then slice with three-point option to yield geometry on both sides.

Create a clean two-part 3D drawing in AutoCAD 2D and 3D, using top and front views, circle and line tools, tangent joins, trimming, breaking, mirroring, and press pull operation.

Build a 3-D nut by drawing a hexagon with circumscribed diameter 34.64, add circle with diameter 25.2, extrude, fillet radius four, then intersect with a cylinder to form the groove.

Create a simple 3D practice drawing in AutoCAD by building concentric circles, tangential lines, and arcs, then convert the 2D geometry to 3D solids with press pull and union.

Create a 3D indexing fixture in AutoCAD using the revolve command, covering drawing, offsetting, trimming, filleting, joining, extruding, and subtracting to produce the final geometry.

Demonstrates creating a complete 3D part in AutoCAD through 2D drawing, extrude, slice, trim, polar array, and boolean operations to produce a clean final geometry.

Construct a 3D model from 2D AutoCAD geometry by drawing rectangles and circles, trimming, mirroring, creating tangential lines, and extruding with press pull to unite the parts.

Create a 3d M10 slotted nut in AutoCAD by drawing a hexagon circumscribed about a circle with radius 8.5, extruding 12 units, and subtracting a polar array of three slots.

Construct a two-part 3d drawing from top and front views using circles, lines, tangents, mirror, and press-pull, then unite the solids into a single model.

Build a 2d gear in AutoCAD with construction lines, circles, offsets, arrays, and blends, convert to a polyline, then create the 3d gear via press pull, fillets, union, and mirror.

Learn to build a 3d pipe solid from a 2d sketch using sweep, revolve, and thicken, then trim, isolate, and subtract extruded circles to form holes.

Create a 3D knob in AutoCAD by drawing polylines, applying a chamfer, and revolving; add Taurus and sphere primitives, align to top view, perform a polar array, and apply fillets.

Create a 3d AutoCAD object by building a three-part geometry from 2d lines and circles, with tangent radii, trim, and press pull, then revolve and union to add thickness.

Create a 3d nut with threads in AutoCAD by building a circle, extruding, applying a helix, sweeping, subtracting, and finishing with arrays and a union.

create a 3d earphone model in AutoCAD using circles and a rectangle, loft and patch surfaces, trim to form grooves, and array holes with polar and offset techniques.

Begin with 3D modeling in AutoCAD, then sketch and extrude a piston profile using polyline, circles, mirror, and revolve, and subtract to form grooves, refining with fillets and unions.

Use Bricks CAD to design a bottle opener in a 3D modeling workspace, drawing lines, ellipses, and splines, then extrude, fillet, chamfer, and apply push pull.

Create a 3D hollow pipe joint in bricks cad by drawing 2D polylines, sweeping circles into 3D, extruding and subtracting to hollow, joining parts, and finishing with fillet and chamfer.

Design a single-ended ring spanner in a hands-on AutoCAD 2D & 3D project, using circles, polar arrays, boolean operations, fillets, grooves, and extrusion.

Model a 90-degree bracket in AutoCAD 3D, extrude a 2D profile into a solid, then patch and blend surfaces and use boolean subtract to create grooves and holes.

Model a hollow 3d pipe joint in bricks cad by creating circles, extruding, shelling to 0.5, merging, grooves with push pull, and a 12-item polar array with fillets 0.3.

Master bricks CAD modeling to create a 3d part from circle to extrude, imprint, shell, and add grooves with a polar array and boolean subtract.

Create an old ham coupling in AutoCAD 3D by modeling concentric circles, grooves, and a cylinder, then extrude, subtract, fillet, and chamfer for a complete mating part.

Learn to create a universal coupling in AutoCAD 3D, including box tool, tangent joins, extrudes, mirrors, trims, and grooves to connect non linear and non parallel shafts.

Master three-dimensional bench base design in AutoCAD by building a complete part using line, circle, tangent radius, copy, mirror, trim, join, extrude, and fillet techniques.

Create a complete floor plan from a blank autoCAD template by setting architectural units, drawing outer and inner walls, and adding door and window blocks, layers, hatches, text, and dimensions.

Add door and window blocks to a floor plan using copy, move, rotate, and trim tools; import blocks from design center and place beds, furniture, and kitchen fixtures before saving.

Add hatches to wall areas, set a simplex text style, and place multi-line labels for rooms in AutoCAD. Copy, rotate, adjust sizes, then add dimensions and prepare for plotting.

Create a custom ISO-based dimension style with architectural units, apply linear dimensions on the dim layer, hide hatches, and note exterior ten-inch and interior six-inch wall thickness.

Prepare the drawing for plotting by saving it and setting ISO A3 in the page setup; create a viewport in plot margin and plot in color or monochrome with annotations.

Create an east elevation from a floor plan in AutoCAD by cleaning layers, using construction lines and offsets, trimming and extending geometry, and adding windows and chimney from Design Center.

Apply solid hatch pattern, brick and shade patterns to detail an east elevation, adjust transparency for depth, and set dimensions and layers before saving as a separate file.

Create a front elevation from a floor plan in AutoCAD by hiding distractions, drawing with line and offset tools, and trimming, mirroring, and hatch details for doors, pillars, and windows.

Detail front elevation by crafting stairs, chimney, railings, and brick pattern with hatch, using line, rectangle, copy, trim, and width tools, with precise alignment via match properties.

Create an east west section view by inserting plan, front, and east elevations, using construction lines, setting the ground level, and applying offsets for walls, plaster, doors, and windows.

Insert doors and windows from the design center, adjust sizes using scale and height edits, trim and offset beams, and place kitchen cabinets and a refrigerator in a section view.

apply hatch patterns to an east-west section view in AutoCAD, adjusting concrete, wall, insulation, and roof scales and angles, then add ground level and dimensions.

Produce a top view stair plan in AutoCAD with architectural imperial units, ten-foot floor height, nine-inch treads, six-inch risers, doors and windows, and arrows using lines, offsets, trims, and hatches.

Create a front sectional elevation from the plan view using construction lines, offsets, copies, mirrors, and trims to assemble stairs, walls, waste slab, floor beam, and openings.

Add railings and handrails to the stair view in AutoCAD using line and copy tools, apply offsets and fillets, trim, and hatch concrete and wall patterns in a sectional elevation.

Add section lines, dimensions, and annotations to a stair plan using AutoCAD tools; set up layers, text and dimension styles, callouts, leaders, and hatch to clearly convey design intent.

Create a foundation plan in imperial units with AutoCAD, drawing base geometry using offsets, then apply layers, dimensions, annotations, and hatch patterns to define ground, plinth, and earth areas.

Learn to annotate a foundation plan in AutoCAD using leader lines, text style modifications, hatch patterns, dimensions, and layer management to convey details clearly.

Create a circuit diagram for a doorbell using AutoCAD design center blocks, wiring components like battery, transistors, resistor, speaker, switch, and ground, with annotations.

model a 3d fan blade in Autodesk AutoCAD using spline and arc profiles, extrude and boolean intersect, then arrange three blades with a polar array and add a center groove.

Learn to model a complete 3d tire in AutoCAD by building a profile from an ellipse, trimming, mirroring, revolving, extruding, and adding treads with subtract and array operations.

Finish the AutoCAD course with solid hands-on experience and confidence in your skills. Explore other Udemy courses and rate this course to help future students.