AutoCAD - 3D Drawing & Modeling Course



Course Details:

Length: 3 days

Price: $1,765/person (USD)

Bundle & Save: View Bundle

Group Price: Request Quote

Training Reviews

Course Features:

Live Instructor Teaching

Certificate of Completion

Digital Badge: Yes

Courseware: Print

Free 6 Month Online Retake

Hands-On Learning: Yes

Software Lab Included: Yes
(For Class Duration)

Delivery Methods:

 Live Online

Individuals & Groups
@ Your Location


  Onsite for Teams

Groups & Teams
@ Your Organization

This is an instructor-led course. It is taught live online by an instructor for individuals or at organizations for groups.
For a private team training, we can teach onsite at your office or private live online.

 

Course Overview

Master 3D Design and Take Your AutoCAD Skills to the Next Level

The AutoCAD: 3D Drawing and Modeling course introduces users proficient with the 2D commands in the AutoCAD software to the concepts and methods of 3D modeling. The course provides a thorough grounding in the fundamentals of 3D and explores the main features of the advanced 3D Modeling workspace in the AutoCAD software.

What You'll Gain:
  • Transform 2D concepts into complex 3D designs: Build intricate models from simple shapes, extrusions, and more.
  • Manipulate and modify 3D models precisely: Sculpt your designs using advanced editing tools, fillets, and chamfers.
  • Optimize your workflow with 3D navigation mastery: Seamlessly move and view models with visual styles, cameras, and the User Coordinate System (UCS).
  • Visualize designs like never before: Apply materials, lighting, and rendering techniques for photorealistic results.
  • Create technical drawings and documentation effortlessly: Generate 2D drawings directly from your 3D models.
  • Harness the power of point clouds: Integrate and analyze point cloud data for real-world modeling.
Key Themes & Skills:
  • 3D modeling foundations and techniques
  • Solid modeling (primitives, composites, mesh modeling)
  • 3D object manipulation and modification
  • Advanced solid editing
  • User Coordinate System (UCS)
  • Visualization and rendering
  • Point cloud integration
  • Technical drawing generation
  • 3D printing preparation

Enroll now and start transforming your AutoCAD 2D skills into robust 3D design expertise!

 


Course Notes

Register Early: Registration Deadline is 2 Weeks Prior to Class Start.

Important Course Information!
Course Taught with Courseware: AutoCAD 2025 for Windows () Courseware.
Course Taught with Software: AutoCAD 2025 for Windows () Software.
Versions that Can Attend: AutoCAD 2025, 2024, 2023, 2022, 2021 & 2020 for Windows ().
Not Appropriate for: Macintosh - iOS () Versions of AutoCAD.
Prerequisites
Knowledge Prerequisites:

A good working skill level in the AutoCAD software.


Suggested Course Prerequisites:

To obtain these skills and knowledge, you can take the following course:

Course Objectives
Target Audience

Delivery Methods

For Individuals

Learn From an Instructor Live Online

Certstaffix Training public classes are taught by live instructors to you in the comfort of your home or work. Attend our live online, instructor-led classes from the convenience of your location and avoid travel.

How It Works

  • A live instructor teaching you online via Zoom
  • Hands-on learning with the software or skill you are being taught
  • Interaction with all students in the class
  • Any needed software for the class is provided in online lab
  • Easy Q&A. Classes are kept small to have time for student questions

Have more than 10 students needing this course? Contact Us for bulk pricing.

For Groups/Teams

Bundle & Save

Save up to $600 with our AutoCAD Bundle.

 


Course Topics

AutoCAD 3D Drawing and Modeling

Course Duration - 3 Days

Chapter 1: 3D Foundations
  • 1.1 Why Use 3D?
    • Types of 3D Models
  • 1.2 Introduction to the 3D Modeling Workspace
    • 3D Ribbon Panels
  • 1.3 Basic 3D Viewing Tools
    • Preset 3D Views
    • Orbiting in 3D
    • Using Visual Styles
  • 1.4 3D Navigation Tools
    • ViewCube
    • SteeringWheel
  • Practice 1a: 3D Navigation Tools
  • 1.5 Introduction to the User Coordinate System (UCS)
    • UCS Commands
    • Dynamic UCS
  • Practice 1b: Introduction to the User Coordinate System (UCS)
Chapter 2: Simple Solids
  • 2. Working with Solid Primitives
    • Editing Solid Primitives
  • 2.2 Solid Primitive Types
    • Creating Boxes and Wedges
    • Creating Pyramids
    • Creating Cylinders and Cones
    • Creating Spheres and Tori
    • Creating Wall-like Solids with Polysolid
  • Practice 2a: Working with Solid Primitives - Architectural
  • Practice 2b: Working with Solid Primitives - Mechanical
  • 2.3 Working with Composite Solids
    • Creating Composite Solids
    • Modifying Composite Solids
  • Practice 2c: Working with Composite Solids
  • Practice 2d: Mechanical Project - Machine Part
  • Practice 2e: Architectural Project - Faccade Puzzle
  • 2.4 Working with Mesh Models
    • Creating Mesh Primitives
    • Creating Mesh Models from Objects
    • Editing Mesh Models
    • Convert From Mesh Models
  • Practice 2f: Mesh Models
Chapter 3: Working with the User Coordinate System
  • 3.1 UCS Basics
    • UCS Icon
    • Moving the UCS Origin
    • Moving the UCS to a Face
    • Moving the UCS Using 3 Points
  • Practice 3.a: Use the UCS
  • 3.2 UCS X, Y, and Z Commands
  • Practice 3.b: X, Y, and Z Commands
  • 3.3 UCS Multi-functional Grips
  • 3.4 Saving a UCS by Name
  • Practice 3.c: Work with Named UCSs
Chapter 4: Creating Solids & Surfaces from 2D Objects
  • 4.1 Complex 3D Geometry
    • Creating Surfaces and Solids
  • 4.2 Extruded Solids and Surfaces
    • Presspull
    • Modifying Extrusions
  • Practice 4a: Create an Extruded Solid
  • Practice 4b: Extrude Along a Path
  • 4.3 Swept Solids and Surfaces
    • Modifying Sweeps
    • 3D Paths
  • Practice 4c: Create a Swept Solid
  • Practice 4d: Sweep Along a Helix
  • Practice 4e: Sweep Along a 3D Polyline
  • 4.4 Revolved Solids and Surfaces
    • Modifying Revolves
  • Practice 4f: Create Revolved Solids
  • 4.5 Lofted Solids and Surfaces
    • Modifying Lofts
  • Practice 4g: Create a Lofted Solid
  • Practice 4h: Basic Solid and Surface Editing
  • 4. NURBS Surfaces
    • Creating NURBS Surfaces
    • Edit NURBS Surfaces
  • Practice 4i: Create and Edit a NURBS Surface
Chapter 5: Modifying in 3D Space
  • 5.1 3D Gizmo Tools
  • Practice 5a: 3D Gizmo Tools
  • 5.2 Aligning Objects in 3D Space
    • Align Command
    • 3D Align Command
  • Practice 5b: Align Objects in 3D
  • 3D Modify Commands
    • 3D Move and 3D Rotate
    • 3D Scale
    • Mirroring Objects in 3D
    • Arraying Objects in 3D
  • Practice 5c: Work with 3D Modify Commands
  • Practice 5d: Architectural Project - Gallery
Chapter 6: Advanced Solid Editing
  • 6.1 Editing Components of Solids
    • Editing Faces
    • Editing Edges
    • Editing Vertices
    • Modification Options
  • Practice 6a: Edit Components of Solids
  • 6.2 Editing Faces of Solids
    • Extruding Faces
    • Offsetting Faces and Edges
    • Moving Faces
    • Rotating Faces
    • Tapering Faces
    • Removing Faces
    • Copying Faces
  • Practice 6b: Edit Faces of Solids
  • 6.3 Fillets and Chamfers on Solids
  • Practice 6c: Fillets and Chamfers on Solids
  • Practice 6d: Mechanical Project - Bracket
Chapter 7: Additional Editing Tools
  • 7.1 Creating a Shell
  • Practice 7a: Create a Shell
  • 7.2 Imprinting Edges of Solids
  • Practice 7b: Imprint Edges on a Solid
  • 7.3 Slicing a Solid along a Plane
  • Practice 7c: Slice a Solid
  • 7.4 Interference Checking
  • Practice 7d: Interference Checking
  • 7.5 Converting Objects to Surfaces
    • Creating Planar Surfaces from 2D Objects
    • Converting 2D Objects to Surfaces
    • Converting Solids to Surfaces
  • 7.6 Converting Objects to Solids
    • Converting 2D Objects to Solids
    • Converting Surfaces to Solids
    • Converting Solids or Surfaces to Wireframe
  • Practice 7e: Convert Objects to Surfaces and Solids
  • Practice 7f: Mechanical Project - Connector
Chapter 8: Refining the View
  • 8.1 Working with Sections
    • Working with Sections
    • Setting the Section Plane
    • Working with Live Sections
    • Generating Sections from Section Planes
  • Practice 8a: Work with Sections
  • 8.2 Working with Cameras
    • Adjusting a Camera
    • Clipping Camera Views
  • Practice 8b: Work with Cameras
  • 8.3 Managing Views in 3D
    • Modifying Views
  • Practice 8c: Manage Views in 3D
  • 8.4 Animating with ShowMotion
  • 8.5 Creating ShowMotion Shots
  • Practice 8d: Animate with ShowMotion
  • 8.6 Creating Animations
    • Using Walk and Fly
    • Animating a Walkthrough
    • Animation Motion Paths
  • Practice 8e: Walk and Fly Through Models
Chapter 9: Point Clouds
  • 9.1 Point Clouds
    • Attach Point Cloud
    • Point Cloud Contextual Tab
    • Object Snap
    • Dynamic UCS
  • Practice 9a: Attach a Point Cloud
  • Practice 9b: Work with Sections
Chapter 10: Visualization
  • 10.1 Creating Visual Styles
    • Visual Style Settings
  • Practice 10a: Create Visual Styles
  • 10.2 Working with Materials
    • Using the Materials Browser
    • Libraries
    • Adding Materials
    • Attaching Materials by Layer
    • Material Editor
    • Texture Editor
  • Practice 10b: Work with Materials
  • 10.3 Specifying Light Sources
    • Default Lighting
    • Sunlight
    • User-Defined Lights
    • Modifying Lights
  • Practice 10c: Create a Sun Study
  • Practice 10d: Place Lights in a Model
  • 10.4 Rendering Concepts
    • Adjusting the Exposure
    • Render Presets Manager
  • Practice 10e: Render Concepts
Chapter 11: Working Drawings from 3D Models
  • 11.1 Creating Multiple Viewports
  • Practice 11a: Create Multiple Viewports
  • 11.2 2D Views from 3D Solids
    • Creating Hidden Line Views
    • Creating Profiles from Solids
  • Practice 11b: 2D Views from 3D Solids
  • Practice 11c: Mechanical Project - Saddle
  • 11.3 Creating Technical Drawings with Flatshot
  • Practice 11d: Create Technical Drawings with Flatshot
  • 11.4 3D Model Import
  • 11.5 Automatic Model Documentation
    • Adding Base Views
    • Adding Projected Views
    • Editing Drawing Views
  • Practice 11e: Create Automatic Model Documentation
  • 11.6 3D Printing
    • 3D Print Service
  • Practice 11f: Send a 3D Model to Print
Appendix A: Skills Assessment

 



 


Related AutoCAD Information:

Public instructor-led AutoCAD course prices start at $1,765 per student. Group training discounts are available.

Self-Paced AutoCAD eLearning courses cost $600 at the starting point per student. Group purchase discounts are available.







Registration:

Have a Group?
Request Private Training

4/22/2025 10:00:00 AM
Online Class

Registration Deadline - 04/07/2025

 

7/14/2025 10:00:00 AM
Online Class

Registration Deadline - 06/29/2025

 

10/8/2025 10:00:00 AM
Online Class

Registration Deadline - 09/23/2025

Start your training today!