Learn AutoCAD- 2D and 3D Complete Course

Create circles without a center using two-point or three-point options in AutoCAD, selecting endpoints or points on the periphery to define diameter or pass through.

Learn to create tangent circles in AutoCAD by selecting two or more tangents and a radius, using the tangent tangent radius tool and its three-tangent option.

Learn to create polygons in AutoCAD 2023, using inscribed and circumscribed methods, center-point with radius, or center-point with edge length, including practical polygon commands and object snap tips.

learn to solve assignment five by using AutoCAD's hatch command to apply patterns (including 31 and solid) in sectional views, adjusting scale factor and angle for electrical drawings.

Solving assignment seven in AutoCAD, shows how to create a central-line drawing with offset lines, circles diameter 2 and radius 2.5, and apply match properties for center and hidden lines.

Drafts a 25 by 50 ft plan with engineering units and 70 by 70 ft limits, building boundary walls, rooms, doors, windows, and stairs with offset and hidden lines.

Create a freehand circuit diagram in AutoCAD by drawing lines and circles, using two-point and center-radius circles, and adjusting diameters and gaps for symmetry.

Solve assignment nine in AutoCAD by setting limits, drawing a 35 by 11 feet front wall, and detailing windows, doors, and pop lining with precise offsets.

Develop a symmetric table in AutoCAD by applying midpoints, offset, arc, circle, spline, trim, extend, and mirror techniques to reproduce a precise 2D geometry.

learn to copy objects along a chosen path using path array with arc or spline paths, adjusting distance or item count and base point orientation.

Demonstrate the assignment with solution 14 in AutoCAD 2023 mechanical 2D and 3D, detailing boundary creation, beam sections, mirroring, offsets, and hidden lines.

Learn to create and edit multi-line text in AutoCAD 2023, adjust height and properties with the text editor, and insert symbols via character map and shortcuts.

Create and assign AutoCAD layers for continuous, center, text, hatch, and hidden lines; apply colors, line types, and properties, then transfer and modify objects using match property and sectioning tools.

The lecture demonstrates solving an AutoCAD 2023 mechanical assignment by creating a dimension layer, configuring styles with scale factor, and applying linear, radius, and diameter dimensions with leaders.

Master the AutoCAD leader command by defining leader points, adding multi-line annotation for holes or diameters, editing text and arrow styles, and using shortcuts like ll for quick access.

Learn to apply four AutoCAD tolerances—symmetrical, deviation, limits, and basic—using dimension style overrides, plus techniques for unidirectional tolerances, editing by explode, and using alternate units for two-unit dimensions.

Solve an AutoCAD 2023 mechanical 2D/3D assignment by assembling parts, assigning bilayer colors, and creating multi leaders with ballooning to annotate components.

Learn to insert a block into a multileader, create a multilayer style with color by layer and content scale, and manage leaders with align, collect, and add or remove leader.

Create a hexagonal bolt block named bolt in AutoCAD, then insert, scale by ten, rotate, and place it for assembly use while exploring block editing and dimensions.

Learn how to apply rotate and array actions in the block editor of AutoCAD 2023, including rotate parameter setup, base points, and rectangular and polar arrays.

Create a PN junction diode symbol in AutoCAD, applying flip, scale, and rotation, using mirror and block editor to develop reusable electrical symbols such as an operational amplifier.