AutoCAD Architectural 3DModeling & Visualization Masterclass

Explore the difference between 2D and 3D by examining the x, y, and z axes, front, left, and top views, and the corresponding xz, yz, and xy planes.

Explore AutoCAD 3D templates, switch from drafting to 3D modeling, and navigate the 3D user interface with model space, layout spaces, the ViewCube, and navigation controls.

Master 3D navigation with mouse and keyboard in AutoCAD Architectural 3D Modeling by zooming with the mouse wheel, panning with the middle button, and orbiting with the shift key.

Master 3d navigation in AutoCAD architectural modeling with the ViewCube, switching to front, left, top, and isometric views via faces, edges, corners, and the home button.

Explore the navigation bar's orbit tools: orbit, free orbit, and continuous orbit for manipulating the 3d space. Master mouse and keyboard actions: drag, middle-click with shift, escape, and viewcube home.

Master zoom and pan techniques in the navigation bar with mouse and keyboard controls, including zoom extend, zoom window, zoom real time, and pan via click-and-drag.

Explore navigating a 3D model with the full navigation wheel in AutoCAD architectural 3D modeling. Orbit, zoom, pan, look, and walk, using zoom center and home view.

Learn how the ViewCube and View Control in AutoCAD align views on the screen and the x y z axes, and how UCS world resets the coordinate planes.

Understand perspective and parallel projection in AutoCAD: perspective creates a real eye view with converging lines and a horizon, while parallel projection keeps parallel lines for precise 2D drafting.

Learn to set any view as the home view with the ViewCube, then use the home button for instant orientation, switching between perspective and parallel projection as needed.

Explore AutoCAD visual style controls, switching between realistic, shaded, shaded with edges, grey shade, sketchy, wireframe, and x-ray, via the home tab view panel.

Master viewport controls in AutoCAD: configure multiple viewports, switch layouts, resize windows, and apply visual styles like x-ray with parallel or perspective projection.

Learn how to use AutoCAD mode settings in 2D and 3D, including grid, snap, dynamic, orthographic, polar tracking, selection cycling, 3D Osnap, dynamic UCS, and gizmo controls, with customization tips.

Learn to create a box primitive in AutoCAD architectural 3d modeling, using corners, center and cube options, and dynamic input for length, width, and height.

Learn to create and customize cylinders in AutoCAD architectural 3d modeling by specifying center points, radii or diameters, and heights using multiple input methods, object snaps, and two-point height definitions.

Create a 3D cone in AutoCAD by specifying the center point, base radius, and height; explore 2D drawings, 3P2P, elliptical options, and top and bottom radii with default settings.

Create 3d spheres in AutoCAD by specifying the center point or coordinates, choosing radius or diameter, and using tangency tools like ttr tan tan radius, with x-ray visualization.

Explore creating a pyramid in AutoCAD using primitives, including center-based or base definitions, inscribed or circumscribed options, edge and sides controls, and height and radius settings.

Create a wedge by selecting two corners and defining the height, then use center to set the center point and toggle values with the tab key for cube or length.

Create a torus in AutoCAD Architectural 3D Modeling by defining the center point, torus radius, and tube radius, then visualize in x-ray mode and use tangential lines to finalize.

Learn to use the extrude tool to turn 2D profiles into 3D solids or surfaces in AutoCAD, ensuring enclosed, single-element profiles and applying precise extrusion heights.

Create 3D extruded solids from drawn 2D profiles using the extrude tool, switching between top and isometric views to build solid AutoCAD architectural models.

Explore extrusion profile plane by drawing 2d geometries on the xy, xz, and yz planes and extruding to solids when the profile is a single enclosed element on one plane.

Learn how to control geometry retention in AutoCAD using the del obj system variable to retain or delete profiles during solid extrusion.

Explore the extrude command's mode suboption in AutoCAD architectural 3D modeling, switching between solid and surface extrusions, and using the spacebar to recall the previous command for multiple objects.

Explore the taper angle suboption of the extrude tool in AutoCAD, applying a taper to 2d profiles by specifying a taper angle and optional height, including positive and negative angles.

Explore the extrude command in AutoCAD architectural 3d modeling, using the direction suboption to set a start and end point, and the expression suboption to define height with simple calculations.

Explore path extrusion in AutoCAD by extruding profiles along lines, polylines, and splines, and troubleshoot self-intersections by loosening paths or resizing profiles. Use the exercise file to practice.

Master press pull in AutoCAD, converting 2D profiles into 3D by detecting boundaries, extruding exact measurements, offsets, and height matching across faces with object snap.

Explore the poly solid command in AutoCAD to convert 2D polylines into 3D walls, adjusting width, height, and justification (center, left, right) with arc and object options.

Explore the loft tool to create 3d models from multiple cross-sectional profiles in AutoCAD architectural modeling, selecting sections in order and using cross sections only to generate varied shapes.

Learn loft tool options in AutoCAD, including rude, smooth, fit, and normal to sections, and see how start or end normals shape tangential versus perpendicular joins across profiles.

Learn to use the loft tool to control draft angle and create a closed surface, using circular and triangular grips for precise adjustment and depth of the angle.

Explore the loft point suboption to create a lofted 3D shape by defining bottom and top points, selecting circular cross sections, and entering precise z-axis distances.

Explore loft tool guide and path in AutoCAD architectural 3D modeling, select multiple guide profiles and a single path to bend the 3D object along an irregular organic shape.

Master the revolve tool in AutoCAD by turning a 2D profile around a chosen axis, exploring anticlockwise and clockwise revolutions and 360-degree defaults.

Master the revolve tool in AutoCAD architectural 3d modeling by defining an axis, selecting a profile, and producing solids or surfaces via 360°, 180°, or start-angle revolutions.

Explore the sweep tool in AutoCAD architectural 3d modeling, learn how profiles align perpendicularly to the path, and use alignment options to control tilt or keep perpendicular.

Explore the sweep tool's scale suboption in AutoCAD architectural 3D modeling. Learn how to measure path and profile to apply scale factors of 0.5 and 2.

Extrude a profile along a path with the sweep tool and twist up to 720 degrees. Adjust the base point to align the profile with path, and view in x-ray.

Learn to model a 3D helix in AutoCAD with the helix tool, setting center, radii, height, and turns, and apply it as a sweep path to create a spring.

Use the 3D polyline tool from the home tab draw panel to draw polylines that traverse multiple axes in 3D, unlike 2D polylines confined to the XY plane.

Use the region tool to create surfaces from closed 2D profiles in AutoCAD, by selecting circle, rectangle, and polylines, and visualize them in 3D.

Master boolean operations in AutoCAD by applying union, subtract, and intersect on 3D solids, then separate components using the solid editing tools.

Explore solid history in AutoCAD architecture by creating a cuboid, sphere, and cylinder, applying subtract operations, and comparing edits with solid history on versus off for precise modeling.

Learn to create fillets and chamfers in AutoCAD 3D modeling, including setting radii and distances, using loop selections, previews, and unions for smooth and precise edges.

Learn how to create hollow shells from 3D solids in AutoCAD by using the shell tool to remove faces and apply a 0.5 offset, with cone and sphere examples.

Learn to use the slice tool in AutoCAD to cut 3D objects into pieces with three points, choosing the desired side or keeping both.

Explore the slice tool in AutoCAD architectural 3d modeling by cutting a cuboid along xy, yz, xz planes and by view plane, with measurements and a temporary tracking point.

Explore how the interfere tool detects intersections between two 3D models in AutoCAD, by selecting the first and second object sets and viewing highlighted interference paths.

Learn to imprint 2D elements onto a 3D AutoCAD model with the imprint tool, choosing to delete or keep source objects and watching imprints move with the solid.

Learn to manipulate 3D edges in AutoCAD architectural modeling by imprinting 3D onto 2D elements, extruding to add or remove material, extracting and coloring edges, and merging objects with union.

Demonstrate face editing in AutoCAD by using the solid editing panel to extrude faces with height and taper, then imprint a 2D line and extrude along a path.

Apply taper faces to edit a 3d AutoCAD model, selecting base points and axis angles like ten degrees or minus ten degrees, guided by imprinted arc and line references.

Explore face editing in AutoCAD architectural 3D modeling, including move, copy, offset, delete, and extrude operations with direction, base point, and distance control.

Rotate faces by specifying two points and a 20-degree angle, then color selected faces by choosing a color in shaded view with edges.

Discover 3d mirroring in AutoCAD Architectural 3d modeling, comparing 2d and 3d mirror tools. Learn to select objects, set mirror axes, and use the three-point method across planes.

Explore creating 3D arrays in AutoCAD, including rectangular, polar, and path arrays, and extend to 3D along the z axis by adjusting rows, columns, distances, and levels.

Learn how to use the AutoCAD 3D gizmo to move, rotate, or scale objects using the move, rotate, and scale gizmos, with centroid, origin, and pivot point adjustments.

Explore gizmo operations in AutoCAD architectural 3D modeling: slice a solid with the slice tool, select three points, and move it along the z axis.

Learn how to use the 3D align tool in AutoCAD to align two objects by selecting three corresponding points and applying precise moves and rotations.

Explore culling and filter in the solid tab to control visible edges and select vertex, edge, or face components, then manipulate with gizmo and observe solid history on versus off.

See how to hide and isolate 3D components in AutoCAD Architectural 3D Modeling, restore visibility with end object isolation, and isolate additional objects like the cone to focus on specifics.

Master the user coordinate system (UCS) in AutoCAD, align UCS with surfaces, switch to world coordinates, and manage object snaps and dynamic UX for precise modeling.

Relocate and orient the UCS in AutoCAD using grips or the UCS command, set the world coordinate system axes, and rotate about the z axis with the right-hand rule.

Move the UCS using origin option to relocate origin to the mouse point, define x and y axes, set radius 80 and height 200, then return to world coordinate system.

Learn two methods to model a cylinder using UCS: define origin and axes, or align UCS to a 2D object via the object suboption, then set radius and height.

Use the UCS face suboption to locate the UCS on selected faces. Draw cuboids or cylinders on or around those faces with center and object snap tracking.

Explore named UCS in AutoCAD architectural modeling, save and switch between UCS one and UCS two, and align drawings on faces.

Enable dynamic UCS to automatically align the x and y axes on the highlighted face, allowing direct modeling of boxes, cones, and cylinders with fast, intuitive commands.

Enable 3d osnap to snap to the center of faces in one click, then model cylinders or boxes with precise radius and height using dynamic input.

Explore how coordinates and view differ in AutoCAD using view cube, view controls, and coordinates dropdown; left view aligns screen in controls, while coordinates align XY plane with UCS.

Learn surface modeling in AutoCAD by using the planar tool to convert selected 2D geometries—circles, rectangles, polylines with arcs—into a surface with the object sub option.

Create a network surface in AutoCAD by drawing two directional spline-fit curves, connecting them into a network, and applying thicken to add thickness.

Master loft, extrude, sweep, and revolve in AutoCAD Architectural 3D Modeling to create surfaces from profiles, paths, and guides, then add thickness and fine-tune with cross sections and splines.

Explore patch, fillet, and blend tools in AutoCAD Architectural 3D Modeling by extruding a rectangle, applying fillets, patching edges, and blending surfaces before thickening to a solid.

Learn to use the offset tool in AutoCAD for 3D architecture, offset surfaces outward or inward with flip direction, then apply the blend tool with curvature.

Explore surface trim and untrim operations in AutoCAD architectural 3d modeling by trimming a cylindrical surface with a planar surface, then using untrim and extend tools.

Use the sculpt tool to create and intersect extruded surfaces, adjust the UCS, then compare with the intersect tool in Boolean operations for solid modeling.

Convert a planar surface to nurbs, then rebuild it to expose control vertices. Use the gizmo and the cv edit bar to add, move, or remove vertices for shaping.

Master mesh modeling with mesh boxes and primitives, adjust tessellation and visual styles, and select the vertex, edges, or faces using Ctrl and the move gizmo.

Build and refine mesh surfaces in AutoCAD architectural 3D modeling by using revolve, ruled, tabulated, and edge surface tools on 2D profiles, adjusting surf tab settings to control mesh resolution.

Master four-step smoothing with smooth mode in AutoCAD, compare copies, and adjust faces, edges, and vertices while keeping tessellation intact.

Learn to add and remove crease on edges in AutoCAD architectural 3d modeling, using by level settings and precise crease values to control edge smoothness.

Explore mesh edit tools in AutoCAD architectural 3D modeling, including creating a mesh box, selecting and shaping faces, extruding, splitting and merging faces, and closing holes.

Learn how to convert a mesh 3D model to surface and to solid, and slice through the y z plane to verify solid geometry.

Explore the material browser in AutoCAD architectural 3D modeling, learn to navigate the Autodesk library, manage document materials, adjust views, and search or favorite materials.

Load materials into the document material, then drag them onto objects to apply. Purge unused materials to keep the document tidy and avoid creating copies.

Learn to apply a single material to multiple objects efficiently by using layers and the attach-by-layer workflow, linking materials to layers and visual styles for realistic renders.

Open the material browser with the R r mat shortcut and drag materials. Ctrl-select a single face and assign to selection; imprint a rectangle on the wall to apply color.

Apply planar material mapping to a rug in a 3D model, adjust texture with move gizmo and grips, rotate for alignment, and purge unused materials for realism.

Apply the checker material to the box, align mapping coordinates with the box orientation using axis, rotation, and planar mapping, then copy or reset coordinates for other boxes.

Apply global materials to boxes by dragging and dropping into the document material, then adjust reflectivity, transparency, bumpiness, tint, and finish with the materials editor.

Learn to duplicate a material in AutoCAD, apply the copy, rename it clearly, and adjust its color or properties, showing that the copy retains the original properties while remaining editable.

Duplicate a global material to create a new generic material, rename and edit it, set color by object to orange, and adjust metallic and reflectivity in the render preview.

Create custom PBR textural materials in AutoCAD using albedo, metalness, and roughness maps for realistic rendering. Apply displacement and normal maps, adjust bump, and import PBR assets.

Explore PBR materials in AutoCAD, including color, bump, displacement, and normal maps, and edit them in the material editor to achieve realistic reflectivity with direct and oblique lighting.

Apply an image as a material to the CD cover front in AutoCAD, using the texture editor to adjust offset, scale, rotation, and non-repeating mapping.

Apply materials to a 3D model—mirror, glass, ceramic, plastic, and brass—by dragging from the library and assigning to the selection.

Learn to resolve missing materials in AutoCAD architectural 3D modeling by refreshing source files in the material editor, reapplying PBR textures, and mapping textures across faces.

Create a camera view in AutoCAD architectural 3D modeling by setting camera location and target, adjusting the gizmo and field of view, and managing materials and visual styles.

Render with default lighting by adjusting image size and render quality, using the render window, and save PNG outputs to a rendering folder for on-screen previews and region rendering.

Learn to render AutoCAD architectural models with sun status on, adjust exposure and lighting, save named views, and compare sun status on versus default lighting to observe shadow effects.

Explore rendering with sky settings in AutoCAD architectural 3d modeling, comparing sky off and sky background with illumination, and observe how materials reflect as you iteratively render, save, and refine.

Explore shadow settings in AutoCAD architectural 3D modeling, including ground and full shadows. Render via camera view with sky background and exposure tweaks, adjust materials, and refine results through iterations.

Set the location from Esri maps to define the geo location, align the sun direction for solar settings, and mark the exact site with a chosen GIS coordinate system.

Explore sun position and shadows in AutoCAD architectural 3d modeling by adjusting time and date, setting camera views, and rendering with controlled sun intensity.

Learn how cloud rendering and the render gallery offload processing from your computer, requiring an Autodesk account to render, view, adjust saturation and exposure, and download finished images.

Update an AutoCAD architectural 3D camera by creating a new camera targeting the table center with 3D Osnap, renaming it, and saving the view with sky background settings.

Explore artificial lighting in AutoCAD by creating point lights, adjusting intensity and color, managing lights with the light list, and rendering day and night scenes.

Create a 3D AutoCAD fixture for a point light by modeling a 10-inch bulb with 0.125-inch thickness and revolving the assembly about the z axis.

Apply PVC and orange materials to a light fixture, create a bulb MSM material, adjust transparency and light intensity for a realistic night render in AutoCAD architectural 3D modeling.

Create and adjust a spotlight in cam4, setting source and target positions, tweaking hotspot and fall-off, and refining photometric properties and lamp color for day and night renders.

Explore distance light in AutoCAD architectural modeling, simulating sunlight to illuminate scenes from far away, and learn to create, adjust intensity, and delete distance light to compare with sun lighting.

Learn web light, a light source that simulates fixture illumination for realistic, diffuse lighting in architectural renderings, and apply IIS/ies and ease files to define patterns and compare with point light renders.

Create 3D text in AutoCAD, convert to a 3D body using region and extrude, union, apply self-illumination, adjust luminance and color temperature, and render region for lighting preview.

Explore 3D text with self-illumination, adjust front materials, render night views, compare results, and refine zoom and perspective using 2D wireframe before final output.

Explore render environment and exposure settings, enabling IBL image-based lighting, adjustable rotation, background selection, white balance, and on-demand rendering to refine 3D scenes.

Create an AutoCAD animation motion path by defining a circle path and linking the camera, then adjust frame rate and duration, preview, and export as avi.

Explore walk and fly camera modes in AutoCAD 3D modeling, adjusting position, step size, and camera height to create smooth walkthroughs; record, play, and save animations to showcase camera movement.

Model a simple sofa in AutoCAD architectural 3D modeling by creating an 86 by 39 inch plan, offsetting armrests and backrest, and applying fabric materials.

Create a water closet in 3D from a 2D profile, using extrusion and intersection, loft, and union to assemble a finished model with fillet radii and 3D osnap guidance.

Create a curtain in AutoCAD 3D by forming a surface with edge surface, then build a polyline profile with p edit fit and copy along z with scale.

Learn to model a panel door in AutoCAD 3D, from setting up parallel projection and units to extruding the frame, adding grill details, recesses, and a lock and keyhole.

Develop a 3d window model in AutoCAD with parallel projection, set the home view, and shape the frame and glass to precise dimensions, then copy and save.