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.

Navigate circle construction in AutoCAD 2023, using center radius, center diameter, two-point, tangent radius, quadrant, three-point, and tangent tools.

Learn to create rectangles in AutoCAD using the rectangle command (rc, enter) by selecting diagonally opposite corners, specifying length and width with dimensions or area, and applying rotation for angles.

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 fill hatch patterns with the hedge command in AutoCAD, selecting internal points and adjusting angle and scale inside closed boundaries.

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.

Create splines in AutoCAD by specifying three points or coordinates, or using a control vertex; convert polylines to splines with the spline tool in polyline edit.

Learn to place points in AutoCAD by changing the point style, creating single and multiple points, and using divide, measure, and masa commands to place points at specified intervals.

Learn AutoCAD 2023 2D and 3D tools, including construction lines (xline) and rays for infinite length; use points, angle input with less-than symbol, and region to convert loops to objects.

Explore AutoCAD 2023 mechanical drafting essentials, including region creation, wipeout, donut shapes, and revision cloud detailing with freehand, rectangular, and polygon clouds for two-dimensional and three-dimensional workflows.

Solve assignment six by creating a wavy break with a spline, hatch section, divide the arc into six, and draw a donut and voltage symbol with spline fit and ellipses.

Use the properties panel in AutoCAD to set color, line type, width, and transparency on objects, and learn to load line types and adjust line type scales.

Learn how to modify AutoCAD drawings using offset and trim commands, set distances, select directions, and trim or extend geometry using cutting edge, boundary, or fence methods.

practice-1 teaches how to create 2D drawings using offset and trim commands in AutoCAD 2023, including setting limits, drawing reference lines, and constructing shapes with precise distances.

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.

In this AutoCAD 2D assignment, solve a symmetry-based drawing using center lines, offsets, circles, arcs, and trim, applying match properties to hide and center-line styles.

Learn to design a connecting road in AutoCAD 2023, using limits, reference lines, circles, offsets, center lines, fillets, projections, and mirroring to complete a precise 2D drawing.

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.

Master move and copy commands in AutoCAD 2023 mechanical 2d and 3d: select objects, pick a base point, then specify direction or distance, with multiple copies.

Solve assignment 9 by creating a cylindrical block in AutoCAD, using top view reference lines, arcs, offsets, circles, holes, projections, and hatch with proper depth and dimensioning.

Create a single-line electrical circuit in AutoCAD by drawing circles, lines, and rectangles for talkback microphone, permanent loudspeaker, and power amplifier, then copy and move elements with ortho alignment.

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.

Create a symmetric piston in AutoCAD 2023 mechanical 2D and 3D. Build boundary, apply limits, and draw grooves, offsets, circles, and mirrors for accurate detailing.

Create a 2d AutoCAD electrical circuit diagram by using lines, circles, arcs, trims, and mirrors to assemble a transformer, switch, and grounding symbol.

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

Master stretch and scale operations in AutoCAD 2023 mechanical 2D and 3D, using crossing windows, base points, and precise scale factors to resize and reshape objects.

Create fillets in AutoCAD by using the field command, set a radius, and select two lines. Explore options for trim modes, polyline support, multiple creations, and undo to refine corners.

Solve assignment 11 by drawing center lines and two circles, setting radii 10 and 20, offsetting lines, and using center diameter and tangent radius to create arcs.

Learn to create chamfers in AutoCAD. Apply first chamfer distance and second chamfer distance, or chamfer length and angle, to lines, polylines, arcs, and circles with the chamfer command.

Learn to create rectangular arrays to duplicate objects across specified rows and columns, set row and column offsets, and choose between associative and non associative arrays.

Solves assignment 12 by constructing the cylinder head boundary and views in AutoCAD 2023, using rectangle, offset, array, and mirror techniques, with radii, grooves, and fins.

Solve assignment 12 by building circuit symbols in AutoCAD and arranging them with a rectangular array to form the circuit diagram, using line, mirror, copy, scale, trim, and arc tools.

Develop the front elevation for assignment 12, with ground and first floors and doors/windows matching assignment 9, detailing railing and balusters using AutoCAD tools.

Create a rotor in AutoCAD using polar area and polar array; establish the center, draw circles and slots, offset and trim features, then rotate and mirror to complete the pattern.

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.

Master modify panel tools in AutoCAD, including erase command with shortcut e, exploit command to convert polylines to single lines, blank curve for joining two curves, and brake commands.

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

Apply AutoCAD techniques to complete assignment 14 by creating beam sections, projecting positions with object snaps, and generating c-c and b section views with hidden lines and scaling.

Solve an AutoCAD assignment by constructing a beam frame, drawing the boundary, defining cross-sections (11, 7, 12, 13, 14, 9), applying 2 mm sheet thickness, offsets, copies, and mirror operations.

Learn to construct and place beam elements, projections, plates, and hidden lines in AutoCAD, and create sectional views cc and bb with details g and i.

Solve assignment 15 by drawing a motor frame elevation in AutoCAD, using limits, circles, lines, offsets, trims, polar and rectangular arrays, and projecting fins.

Create text in AutoCAD with data text or single line text, setting start point by justification, height, and rotation angle, then copy, edit, and position using grips and quick properties.

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 edit multiline text in AutoCAD 2023, by using the multiline text tool or shortcut, adjusting height and text properties, and inserting symbols via character map and common 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.

Learn to solve an AutoCAD 2D/3D electrical assignment by text placement, using data text commands, height adjustments, copy and edit workflows, and labeling feeders and switchgear.

Learn to create and place text in AutoCAD 2D plans, set height and rotation, label rooms like bedroom and kitchen, and assign door and window symbols using copy, quick properties.

Learn to manage layers in AutoCAD by creating and naming layers, setting color, line type, weight, and transparency, and applying these properties to objects via by layer behavior.

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.

Solve an AutoCAD assignment by creating five layers—continuous, centerline, hidden line, text, and hatch—setting colors and transparency, and transferring objects to each layer using the layer properties manager and match properties.

learn to organize an AutoCAD drawing by creating five layers (wall, store, window, text, stairs), assigning objects, and using match properties to shift items between layers.

Learn AutoCAD dimension terminology, including dimension line, dimension text, extension length, and baseline spacing, plus settings like extend beyond, offset from horizon, break size, and clan symbol.

Create and manage dimension styles in AutoCAD 2023 using the dimension style manager, adjusting lines, arrows, text, and primary units, with presets and new styles.

Learn to use basic dimensions tools in AutoCAD, including linear, line, angular, radius, diameter, and ordinate dimensions, edit text and dimension styles, and place dimensions with precision.

Learn AutoCAD 2023 dimension tools from the annotation panel, including dimension break with adjustable break size, space between dimensions, base dimensions, and re associate dimension for tidy drawings.

Master quick, continuous, and baseline dimensions, datum dimensions, and geometric tolerance tools; adjust text, arrowheads, and dimension styles, and use override and update features in AutoCAD.

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 set up a dedicated dimension layer in AutoCAD, configure a dimension style, and apply linear, diameter, and angular dimensions with leaders to complete an electrical dimensioning assignment.

Learn how to create and customize AutoCAD multileader styles, choosing straight or spline leaders, setting maximum points, segment angles, landing distance, and text or block content.

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 to create and customize AutoCAD leader styles for multi-leaders, including setting leader format, dot balloons, circle block content, landing distance, and scalable size for part numbering across drawings.

Create and insert blocks from drawing objects using the block editor, set pick points, apply rotation and scale, and manage options like retain, convert to block, and write block.

Create a push button symbol as a block, insert it into the AutoCAD drawing, and vary its scale and rotation to achieve different orientations.

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.

Solve an assignment in AutoCAD 2023 mechanical 2d and 3d to create and annotate a field value symbol with leaders, attributes, welding symbols, and dynamic blocks with flip actions.

Solve an assignment on block editor in AutoCAD, create blocks, set stretch increments from two to eight feet with linear and distance parameters, and apply flip and rotate actions.

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.

Learn to use the block editor in AutoCAD 2023 to modify existing blocks, create new blocks, and apply dimensional and radius parameters, then insert and edit blocks in drawings.

Learn to apply flip action to a block in AutoCAD 2023 using the block editor, set reflection lines with two points, and apply flip parameters and actions to objects.

Learn to use the block editor to create and edit blocks, insert blocks, and apply move and scale actions with point and linear parameters in AutoCAD 2023.

Learn how to create blocks in AutoCAD, then apply linear and polar stretch using the block editor, setting parameters, increments, and rotations to control geometry.

Insert attributes into blocks to store drawing data such as symbol, name, size, material, and supplier, then define and manage attributes and create or edit blocks with the block editor.

Learn to create and manage block attributes in AutoCAD, including part number, part name, material, and supplier, with visible or invisible attributes, prompts, defaults, and dynamic block actions.

Master inserting blocks in AutoCAD 2023 using design center and tool palettes, dragging blocks into drawings, and adjusting dynamic block properties with orientation options.

Create and manage attributes within a block to store part data such as part number, name, material, and supplier, then insert and edit blocks with visible attributes.

Learn to create and place fillet weld symbols with leader annotations in AutoCAD, using blocks, dynamic blocks, and attributes for weld size and process.

Apply attributes to a circuit symbol in AutoCAD by creating a gate symbol with input, output, and gate number attributes, then convert it to a block for circuit design.

Learn to create a complete AutoCAD 2023 mechanical 2D drawing: set up an A3 layout and viewport, draw with lines and circles, apply offsets and trims, and add dimensions.

Create an AutoCAD circuit from an assignment, including capacitor, resistor, amplifier, transistor, and an OR gate. Build symbols, attributes, and blocks, then assemble and place the circuit.