Revit Cost: Maximise Your Investment

Looking for the Lowest Revit Cost?

Revit cost can vary up to 10x. Revit comes in various versions and licencing
depending on if it is a new subscription, renewal, when the licence for renewal
was initially purchased, and whether Revit is standalone, an LT product or in a Collection.

Design Consulting is an Autodesk Gold Partner and can help you get the lowest pricing on Revit and maximise your investment.

We also offer discounts and promotions on new and renewal Revit Subscriptions, so contact us to get the latest and most accurate pricing.

Free eBook: How to Maximise Your Revit Expenditure or Investment

Master Revit Cost Management and Boost Your ROI

Get the insights you need to make informed decisions about your Revit investment. This comprehensive guide dives deep into strategies for optimising Revit costs, maximising efficiency, and achieving the best return on your investment.

What You'll Learn:

Chapter 1: Understanding Revit Expenditure

* Overview of Revit licensing models and pricing structures
* Hidden costs and considerations when implementing Revit

Chapter 2: Optimising Revit Usage

* Best practices for efficient Revit workflows
* Tips for maximising productivity and reducing waste

Chapter 3: ROI Calculation

* Methods for measuring Revit’s impact on your business
* Case studies showcasing successful Revit cost management

Chapter 4: Training and Implementation

* Strategies for effective Revit training programs
* Implementing Revit across your organisation efficiently

Chapter 5: Future-Proofing Your Investment

* Upcoming Revit features and their potential value
* Long-term strategies for Revit cost management

Appendices

* Cost comparison tools for Revit
* Glossary of terms
* Additional resources

Why Download This eBook?

Managing Revit costs effectively can be challenging, but this guide simplifies the process. By downloading, you’ll gain access to expert insights that provide the clarity and confidence you need to optimise your Revit investment and choose the best approach for your business needs.

* In-Depth Analysis: Go beyond basic pricing information and get detailed insights into maximising your Revit investment.
* Real-World Applications: Learn from case studies and success stories to see how others in your industry are optimising their Revit expenditure.
* Expert Recommendations: Benefit from our expert analysis and recommendations to make the most informed decisions about your Revit costs.

AutoCAD Architecture Software And Training Solutions

AutoCAD Architecture: The Ultimate Tool for Smarter, Faster Design

Unlock your architectural design potential with AutoCAD Architecture, the software trusted by leading firms to deliver precise, efficient, and innovative designs.

Why AutoCAD Architecture?

Architectural projects demand precision, efficiency, and seamless collaboration. AutoCAD Architecture is purpose-built to meet these needs—enhancing productivity with automation, ensuring design accuracy, and streamlining communication between teams.

Key Benefits:

Boost Productivity
Spend less time on repetitive tasks with intelligent architectural objects and workflows.

Enhance Collaboration
Work smarter with built-in collaboration tools that keep all stakeholders in sync.

Ensure Accuracy
Create detailed, industry-standard architectural designs with precision drafting tools.

Transform the Way You Design

AutoCAD Architecture is not just software—it’s an architectural design solution that simplifies complex projects. From early concepts to detailed documentation, the tools are built to speed up every stage of the process.

Architectural Objects
Pre-built walls, doors, and windows simplify design and adjust automatically as your design evolves.

Automated Documentation
Generate accurate construction documents at the click of a button, reducing hours of manual work.

Realistic Visualisation
Bring your designs to life with advanced rendering tools that let you present polished, 3D visualisations.

Expert Training to Maximise Your Success

At Design Consulting, we also offer tailored training programs to help your team master AutoCAD Architecture quickly. From beginners to advanced users, our expert trainers ensure you’re getting the most out of this powerful tool.

Get Started Today with AutoCAD Architecture

Ready to experience the difference? Follow these steps to start using AutoCAD Architecture in your projects:

Autodesk Architecture Engineering and Construction Collection

Autodesk AutoCAD LT

Autodesk AutoCAD with Specialised Toolsets

AutoCAD Revit LT Suite

FAQ

What’s the difference between AutoCAD and AutoCAD Architecture?

AutoCAD Architecture provides specialised tools for architectural design, such as intelligent objects for walls, doors, and windows, that are not available in standard AutoCAD or AutoCAD LT.

Can I integrate AutoCAD Architecture with Revit?

Yes, AutoCAD Architecture supports seamless integration with Revit and other Autodesk products for smoother workflows.

Does AutoCAD Architecture support collaboration across teams?

Yes, AutoCAD Architecture includes built-in collaboration tools that enable real-time communication and coordination between team members and stakeholders, ensuring everyone stays aligned throughout the project.

Is training available for AutoCAD Architecture?

Yes, Design Consulting offers tailored training programs for all skill levels, from beginner to advanced, ensuring your team can maximise the potential of AutoCAD Architecture.

AutoCAD Vs AutoCAD Mechanical

AUTOCAD VS. AUTOCAD MECHANICAL: A COMPREHENSIVE COMPARISON FOR MECHANICAL ENGINEERS

Find out which CAD tool is right for your mechanical design projects.

Gain expert insights into the key differences, features, and industry applications of AutoCAD and AutoCAD Mechanical to help you select the right software for your specific engineering needs.

What You’ll Learn:

Chapter 1: Introduction

* Overview of AutoCAD vs AutoCAD Mechanical
* Key considerations for mechanical engineers choosing a CAD platform

Chapter 2: Features Comparison

* 2D and 3D drafting capabilities
* Mechanical-specific tools and features
* Document management and annotation tools

Chapter 3: Pricing and Licensing

* Cost comparison of AutoCAD vs AutoCAD Mechanical
* Total cost of ownership for mechanical engineers

Chapter 4: Case Studies

* Real-world applications of AutoCAD vs AutoCAD Mechanical in industries like manufacturing, automotive, and aerospace

Chapter 5: Final Recommendations

* Best software for different mechanical design tasks
Future trends in mechanical design and engineering

Why Download This eBook?

Making the right choice in the AutoCAD vs AutoCAD Mechanical debate can greatly impact your productivity as a mechanical engineer. Our eBook provides the insights and comparisons you need to select the most effective software for your projects.

* In-Depth Comparison: Discover the unique strengths of each platform, and find out which one is best suited for your specific engineering tasks.
* Real-World Applications: Learn how professionals in industries like manufacturing and automotive use these tools for optimal design and workflow efficiency.
* Expert Recommendations: Benefit from expert insights to help you make the most informed decision for your business.

Ready to Improve Your Mechanical Design Workflow?

Download the guide now and choose the right CAD tool for your mechanical engineering projects.

Autodesk Construction Cloud Vs. ProjectWise

AUTODESK CONSTRUCTION CLOUD VS. PROJECTWISE:
THE ULTIMATE COMPARISON GUIDE

Discover the Engineering Collaboration Platform for Your Construction Projects

Get the insights you need to make an informed decision on the right engineering collaboration platform for your business. This comprehensive guide dives deep into the features, user experience, pricing, and real-world case studies of Autodesk Construction Cloud vs ProjectWise.

What You’ll Learn:

Chapter 1: Introduction

* A clear overview of Autodesk Construction Cloud vs ProjectWise
* Key considerations when choosing an engineering collaboration platform

Chapter 2: Features Comparison

* Document management capabilities
* Collaboration tools
* Integration and interoperability
* Cloud vs. on-premises solutions

Chapter 3: User Experience

* Interface and usability
* Accessibility and mobility
* Customer support and training

Chapter 4: Pricing and Licensing

* Pricing structures and licensing models
* Total cost of ownership

Chapter 5: Case Studies

* Real-world examples showcasing Autodesk Construction Cloud vs ProjectWise in action
* Success stories and lessons learned from industry leaders

Chapter 6: Final Recommendations

* How to choose the best platform for your business
* Future trends in construction technology

Appendices

* Detailed feature matrices
* Glossary of terms
* Additional resources

Get eBook

Evaluating construction management platforms can be overwhelming, but this guide simplifies the process. By downloading, you’ll gain access to a side-by-side comparison that provides the clarity and confidence you need to optimise your construction workflows and choose the solution that best aligns with your business needs.

* In-Depth Analysis: Go beyond surface-level features and get detailed insights into what each platform offers.
* Real-World Applications: Learn from case studies and success stories to see how others in your industry are leveraging these tools.
* Expert Recommendations: Benefit from our expert analysis and recommendations to make the most informed decision possible.

Ready to Transform Your Construction Projects?

Download the guide now and take the first step towards enhancing your project efficiency and success.

Introduction to AutoCAD Plant 3D Training

This specialised AutoCAD training course on Plant 3D, will teach you how to use, AutoCAD P&ID, AutoCAD Plant 3D and Autodesk Navisworks products to design plant equipment, P&ID and model coordination.

Course Length: 5 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Chapter 1: Introduction to AutoCAD Plant 3D

Lesson: Working in a Project
Lesson: Opening a Drawing
Lesson: Exploring the User Interface
Lesson: Managing Layers and Colors

Chapter 2: AutoCAD P&ID

Lesson: Creating and Adding Existing Drawings
Lesson: Equipment and Nozzles
Lesson: Piping
Lesson: Instruments and Instrument Lines
Lesson: Tagging Concepts
Lesson: Annotation Concepts
Lesson: Editing Techniques
Lesson: Data Manager and Reports
Lesson: Custom One-off Symbols
Lesson: Offpage Connections
Lesson: Generating Reports

Chapter 3: AutoCAD Plant 3D – Imperial

Lesson: Creating Project Folders and Drawings
Lesson: Steel Modeling and Editing
Lesson: Equipment Modeling and Editing
Lesson: Piping Basics
Lesson: Piping Editing and Advanced Topics
Lesson: Working with P&ID Data in Plant 3D
Lesson: Creating and Annotating Orthographic Views
Lesson: Creating Isometric Drawings

Chapter 4: Autodesk Navisworks

Lesson: File Handling
Lesson: Basic Navigation and Walkthrough
Lesson: Clash Detection
Lesson: Highlights of Scheduling and Rendering

Chapter 5: Setting Up and Administering a Plant Project

Lesson: Overview of Project Setup
Lesson: Overview of Project Structure and Files
Lesson: Setting Up Larger Projects
Lesson: Defining New Objects and Properties
Lesson: Customizing Data Manager
Lesson: Creating and Editing Drawing Templates and Data Attributes
Lesson: Specs and Catalogs
Lesson: Isometric Setup
Lesson: Troubleshooting
Lesson: Creating and Managing Report Configurations
Lesson: Setting Up SQL Express for AutoCAD Plant 3D

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

Download PDF Course Contents

Autodesk Storm and Sanitary Analysis Fundamentals Training

Covering relevant tools in Autodesk Civil 3D and AutoCAD Map 3D, this course teaches you an introduction to hydraflow extensions, storm and sanitary analysis, hydrology and hydraulic methods, compute peak runoff and size curvlets, use GIS data to perform hydrologic analysis, design of retention and detention ponds and sanitary sewer lift stations and force mains.

Course Length: 2 Days

Prerequisites: Autodesk Civil 3D fundamentals or equivalent.

Training Guide Contents

Overview of relevant tools included with Civil 3D and Map 3D
Introduction of Hydraflow Extensions
Preparing data for use with Storm and Sanitary Analysis (SSA)
Explanation of hydrology and hydraulic methods available in SSA and their application
Using Rational Method to compute peak runoff and size culverts
Using SCS Curve Number Method (TR-20 and TR-55)
Using Map 3D and GIS data to perform hydrologic analysis
Using Civil 3D surface analysis tools to delineate watersheds and catchments
Exporting Civil 3D Pipe Network to SSA and importing results back into Civil 3D
Design of Retention Ponds
Design of Detention Ponds with controlled release and emergency overflows
Quantifying and matching pre-development and post-development peak flows
Design of sanitary sewer lift stations and force mains

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

Download PDF Course Contents

Autodesk Revit: Fundamentals for Structure

Autodesk Revit: Fundamentals for Structure Training

This course will teach you how to model and detail in Autodesk Revit structural elements in a BIM environment. Topics such as setting up levels, grids and columns, views, foundations, framing, slabs, reinforcement, analysis, construction drawings and schedules will be covered.

Course Length: 4 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Chapter 1: Introduction to BIM and Autodesk Revit

1 BIM and Autodesk Revit
2 Overview of the Interface
3 Starting Projects
4 Viewing Commands

Chapter 2: Basic Sketching and Modify Tools

1 Using General Sketching Tools
2 Editing Elements
3 Working with Basic Modify Tools
4 Working with Additional Modify Tools

Chapter 3: Starting Structural Projects

1 Linking and Importing CAD Files
2 Linking in Revit Models
3 Setting Up Levels
4 Copying and Monitoring Elements
5 Coordinating Linked Models

Chapter 4: Working with Views

1 Modifying the View Display
2 Duplicating Views
3 Adding Callout Views
4 Creating Elevations and Sections

Chapter 5: Structural Grids and Columns

1 Adding Structural Grids
2 Placing Structural Columns

Chapter 6: Foundations

1 Modelling Walls
2 Adding Wall Footings
3 Creating Piers and Pilasters
4 Adding Isolated Footings

Chapter 7: Structural Framing

1 Modelling Structural Framing
2 Modifying Structural Framing
3 Adding Trusses

Chapter 8: Adding Structural Slabs

1 Modelling Structural Slabs
2 Creating Shaft Openings

Chapter 9: Structural Reinforcement

1 Structural Reinforcement
2 Adding Rebar
3 Modifying Rebar
4 Reinforcing Walls, Floors, and Slabs

Chapter 10: Structural Analysis

1 Preparing Projects for Structural Analysis
2 Viewing Analytical Models
3 Adjusting Analytical Models
4 Placing Loads

Chapter 11: Creating Construction Documents

1 Setting Up Sheets
2 Placing and Modifying Views on Sheets ▪ 11.3 Printing Sheets

Chapter 12: Annotating Construction Documents

1 Working with Dimensions
2 Working With Text
3 Adding Tags
4 Adding Detail Lines and Symbols
5 Creating Legends

Chapter 13: Creating Details

1 Setting Up Detail Views
2 Adding Detail Components
3 Annotating Details

Chapter 14: Scheduling

1 Structural Schedules
2 Graphical Column Schedules
3 Working with Schedules

Appendix A: Introduction to Worksets

1 Introduction to Worksets

Appendix B: Additional Tools

1 Reusing Selection Sets
2 Placing Slanted Structural Columns
3 Editing Wall Joins
4 Creating Slab Types
5 Creating Rebar Types
6 Editing Plan and Section Profiles
7 Working with Guide Grids on Sheets
8 Revision Tracking
9 Annotating Dependent Views
10 Importing and Exporting Schedules
11 Creating Building Component Schedules
12 Creating a Repeating Detail

Appendix C: Project – Concrete Structure

1 Start a Structural Project
2 Create Foundation Elements
3 Frame a Concrete Structure

Appendix D: Autodesk Revit Structure Certification Exam Objectives

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

Download PDF Course Contents

Autodesk Revit: Fundamentals for Landscape Architecture

Autodesk Revit Fundamentals for Landscape Architecture Training

In this course, you will learn BIM workflows, how to model and create construction drawings in Autodesk Revit for landscape architecture. Covering topographical surfaces, Site Designer, views, hardscapes, planting components, landscape components, construction documents and schedules.

Course Length: 4 Days

Training Guide Contents

Chapter 1: Introduction to BIM and Autodesk Revit

1 BIM and Autodesk Revit
2 Overview of the Interface
3 Starting Projects
4 Viewing Commands

Chapter 2: Basic Sketching and Modify Tools

1 Using General Sketching Tools
2 Editing Elements
3 Working with Basic Modify Tools
4 Working with Additional Modify Tools

Chapter 3: Starting Model-Based Projects

1 Linking Revit Models
2 Setting Up Levels
3 Copying and Monitoring Elements
4 Coordinating Linked Models

Chapter 4: Creating Revit Site Elements

1 Starting CAD-based Projects
2 Preparing a Project for Site Design
3 Creating Topographical Surfaces
4 Modifying Topographical Surfaces

Chapter 5: Working with Site Designer

1 Preparing a Project for Site Designer
2 Adding Site Designer Features
3 Modifying Site Designer Features

Chapter 6: Working with Views

1 Setting the View Display
2 Duplicating Views
3 Adding Callout Views
4 Creating Elevations and Sections

Chapter 7: Modelling Hardscapes

1 Modelling Hardscapes Using Walls
2 Modelling Hardscapes Using Floors
3 Creating Sloped Floors
4 Working with Materials and Floor Types
5 Modelling Stairs, Ramps and Railings

Chapter 8: Adding Planting and Other Landscape Components

1 Adding Landscape Components
2 Creating Planting Areas and Groups

Chapter 9: Creating Construction Documents

1 Setting Up Sheets
2 Placing and Modifying Views on Sheets
3 Printing Sheets

Chapter 10: Annotating Construction Documents

1 Working with Dimensions
2 Working with Text
3 Adding Tags and Symbols

Chapter 11: Working with Schedules and Legends

1 Working with Schedules
2 Creating Legends

Chapter 12: Creating Details

1 Setting Up Detail Views
2 Adding Detail Components
3 Annotating Details

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

Download PDF Course Contents

Autodesk Revit: Fundamentals for Interior Design Training

Interior design fundamentals for Autodesk Revit is specificlally designed to teach interior designers on how to use the BIM tools in Autodesk Revit to model walls, floors, ceilings, levels, placing families to layout interiors, space planning, materials, schedules, rendering and construction drawings.

Course Length: 3 Days

Training Guide Contents

Chapter 1: Introduction to Autodesk Revit

Explain BIM and how Revit fits into the BIM process
Describe the various User Interface components and areas
Define each of the Revit file types
Navigate around a project model

Chapter 2: Modelling Tools and Modify Options

Define and use Revit tools and keyboard commands to create a 3D model
Work with Revit Families and Types
Draft using nodes, snaps, and other drawings aids
Modify existing content using various modifying tools
Use various selection tools to filter for elements and information

Chapter 3: Levels and Grids

Create and Modify Levels and Grids
Link CAD files into a project
Link Revit Model’s into a project
Place Architectural Column’s

Chapter 4: Walls

Create, modify, and define new wall types for use in projects
Comprehend Instance and Type property information
Demonstrate how to use the Modify wall options

Chapter 5: Placing Families: Punched Openings and Components

Add Doors and Windows
Add Component Families
Create and Modify new or existing Revit family types for project use

Chapter 6: Views, Display Options and Settings

Create, modify and define various types of views in the project
Modify Visual Overrides for elements within a view

Chapter 7: Floors

Create and define new Floor Types
Modify existing Floor Types
Define floor contours and slope definitions

Chapter 8: Ceilings

Create and define new Ceiling Types
Modify existing Ceiling Types
Define Ceiling grid and modify spacing and rotation

Chapter 9: Curtain Walls

Define Curtain Walls and understand best use of the tools
Apply, modify, and create curtain wall grids, mullions, and panels
Use Curtain Walls to create Storefronts within the model

Chapter 10: Annotation: Documents & Deliverables

Use text, dimensions, detail items, and tags to create project deliverables
Establish project construction information

Chapter 11: Detailing in Revit

Create drafting views for use with detail creation
Add Views and utilize AutoCAD information for coordination
Define legends for Revit and understand best use of them
Create multiple legend types for various uses

Chapter 12: Space Planning

Add and arrange Room’s into new layout
Analyse Space locations in design
Define Area elements for project programming
Create and Refine colour fill plans for clarification

Chapter 13: Materials as Finishes

Navigate Materials Browser
Organize and assign materials to content
Update specified project specific materials
Organize Materials Library
Build custom project materials
Share custom materials library

Chapter 14: Schedules

Organize rooms into schedules
Build component lists to refine content
Access and allocate finishes to component materials

Chapter 15: Lighting, Rendering and Presentations

Create camera views for rendering and presentation views
Create lighting scheme with standard and custom lighting components
Apply lighting groups to projects
Manage Rendering via dialogue window

Chapter 16: Sheets

Comprehend sheet use, creation, and manipulation
Add views and content to sheets
Prepare sheets for size and scale
Add project-specific content
Print in Revit

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

Download PDF Course Contents

Autodesk Revit: Fundamentals for Architecture Training

Autodesk Revit Fundamentals for Architecture Training

This fundamentals course for architecture will give you the BIM skills in Autodesk Revit to design architectural 3D models and construction drawings, teaching you how to design walls, doors, floors, ceilings, roof, stair, railing and ramp systems, linking in CAD files, working with views and construction documents.

$3,712.00

Add to Cart

Course Overview

18-Hours – 9 x 2-hour sessions
Remote training over MS Teams
Sessions are recorded and download links for each session are provide for future use
Training for up to 1-3 People
Sessions can start within 7 days upon placing an order
Flexible sessions (i.e. consecutive or Monday, Wednesday, Friday, etc.)
Courses are private and topics can be customised to suit
Training manuals are additional $159 each for soft copy

Training Guide Contents

Introduction to BIM and Autodesk Revit

Chapter 1: Introduction to BIM and Autodesk Revit

1 BIM and Autodesk Revit
2 Overview of the Interface
3 Starting Projects
4 Viewing Commands

Chapter 2: Basic Sketching and Modify Tools

1 Using General Sketching Tools
2 Editing Elements
3 Working with Basic Modify Tools
4 Working with Additional Modify Tools

Chapter 3: Starting Architectural Projects

1 Linking and Importing CAD Files
2 Linking in Revit Models
3 Setting Up Levels
4 Creating Structural Grids
5 Adding Columns Design

Development Phase

Chapter 4: Modelling Walls

1 Modelling Walls
2 Modifying Walls
3 Adding Room Elements

Chapter 5: Working with Doors and Windows

1 Inserting Doors and Windows
2 Loading Door and Window Types from the Library
3 Creating Additional Door and Window Sizes

Chapter 6: Working with Curtain Walls

1 Creating Curtain Walls
2 Adding Curtain Grids
3 Working with Curtain Wall Panels
4 Attaching Mullions to Curtain Grids

Chapter 7: Working with Views

1 Modifying the View Display
2 Duplicating Views
3 Adding Callout Views
4 Creating Elevations and Sections

Chapter 8: Adding Components

1 Adding Components
2 Modifying Components

Chapter 9: Modelling Floors

1 Modelling Floors
2 Creating Shaft Openings
3 Creating Sloped Floors

Chapter 10: Modelling Ceilings

1 Modelling Ceilings
2 Adding Ceiling Fixtures
3 Creating Ceiling Soffits

Chapter 11: Modelling Roofs

1 Modelling Roofs
2 Creating Roofs by Footprint
3 Establishing Work Planes
4 Creating Roofs by Extrusion

Chapter 12: Modelling Stairs, Railings, and Ramps

1 Creating Component Stairs
2 Modifying Component Stairs
3 Working with Railings
4 Creating Ramps

Construction Documents Phase

Chapter 13: Creating Construction Documents

1 Setting Up Sheets
2 Placing and Modifying Views on Sheets
3 Printing Sheets

Chapter 14: Annotating Construction Documents

1 Working with Dimensions
2 Working With Text
3 Adding Detail Lines and Symbols
4 Creating Legends

Chapter 15: Adding Tags and Schedules

1 Adding Tags
2 Working with Schedules

Chapter 16: Creating Details

1 Setting Up Detail Views
2 Adding Detail Components
3 Annotating Details

Appendix A: Introduction to Worksets

1 Introduction to Worksets

Appendix B: Additional Tools

1 Reusing Selection Sets
2 Editing Wall Joins
3 Wall Sweeps and Reveals
4 Creating Curtain Wall Types with Automatic Grids
5 Enhancing Views
6 Creating Dormers
7 Working with Guide Grids on Sheets
8 Revision Tracking
9 Route Analysis
10 Annotating Dependent Views
11 Importing and Exporting Schedules
12 Creating Building Component Schedules
13 Creating a Repeating Detail
14 Keynoting and Keynote Legends

Appendix C: Autodesk Revit Architecture Certification Exam Objectives

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

Download PDF Course Contents

Add to Cart

Autodesk Revit: Family Creation for Structure Training

In this course on Autodesk Revit, you will be taught how to create custom walls and floor types, component family’s based on a parametric framework, family geometry and type creation and modification and specialised structural families such as gusset, plates, built-up columns, tapered concrete columns, truss’ and tapered moment frames.

Course Length: 1 Day

Prerequisites: Experience in Autodesk Revit fundamentals

Training Guide Contents

Chapter 1: Custom System Families

Creating Wall, and Floor Types
Vertically Compound Walls
Stacked and Embedded Walls

Chapter 2: Component Family Concepts

Creating Component Families
Creating the Parametric Framework
Creating Family Elements
Creating Family Types

Chapter 3: Advanced Family Techniques

Additional Tools for Families
Visibility Display Settings

Chapter 4: Additional Family Types

Creating 2D Families
Creating Line-based Families
Creating In-Place Families
Working with Shared Parameters

Chapter 5: Creating Structural Specific Families

Parametric Gusset Plate
In-Place Column Stiffeners
In-Place Slab Depression
Built-Up Column
Tapered Concrete Column
Truss Family
Precast Hollow Core Slab
Tapered Moment Frame

Appendix B: Autodesk Revit Certification Exam Objectives

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

Download PDF Course Contents

Autodesk Revit: Family Creation for Architecture Training

In this training course, you will learn how to create architectural families in Autodesk Revit such as custom wall, roof and floors, parametric component families, family geometry and family types like doors, windows, railings, cornice, copings and in-place families.

Course Length: 1 Day

Prerequisites: Experience in Autodesk Revit fundamentals.

Training Guide Contents

Chapter 3: Custom System Families

1 Creating Wall, Roof, Floor, and Ceiling Types
2 Vertically Compound Walls
3 Stacked and Embedded Walls

Chapter 4: Component Family Concepts

1 Creating Component Families
2 Creating the Parametric Framework
3 Creating Family Elements
4 Creating Family Types

Chapter 5: Advanced Family Techniques

1 Additional Tools for Families
2 Visibility Display Settings

Chapter 6: Additional Family Types

1 Creating 2D Families
2 Creating Line-based Families
3 Creating In-Place Families
4 Working with Shared Parameters

Chapter 7: Creating Architectural Specific Families

1 Creating Custom Doors and Windows
2 Creating Angled Cornices and Copings
3 Creating Custom Railings

Appendix B: Autodesk Revit Certification Exam Objectives

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

Download PDF Course Contents

Autodesk Inventor: Fundamentals Training

Autodesk Inventor: Introduction to Solid Modeling Training

This introductory course for Autodesk Inventor Professional covers the fundamental topics for 2D sketching, 3D part and assembly modelling, 2D detailing and bills of materials.

$3,300.00

Add to Cart

Course Overview

16-Hours – 8 x 2-hour sessions
Remote training over MS Teams
Sessions are recorded and download links for each session are provide for future use
Training for up to 1-3 People
Sessions can start within 7 days upon placing an order
Flexible sessions (i.e. consecutive or Monday, Wednesday, Friday, etc.)
Courses are private and topics can be customised to suit
Training manuals are additional $159 each for soft copy

Training Guide Contents

Chapter 1: Introduction to Autodesk Inventor

Introduction
Autodesk Inventor Fundamentals
Getting Started
Autodesk Inventor Interface
Model Manipulation

Chapter 2: Creating the Base Feature

Creating a New Part File
Sketched Base Features
Editing Sketched Features

Chapter 3: Additional Sketching Tools

Additional Entity Types
Basic Editing Tools
Additional Constraint Tools
Additional Dimension Tools

Chapter 4: Advanced Sketch Editing Tools

Advanced Editing Tools
Rectangular Sketch Patterns
Circular Sketch Patterns
Sketch Preferences

Chapter 5: Sketched Secondary Features

Sketched Secondary Features
Using Existing Geometry

Chapter 6: Creating Pick and Place Features

Edge Chamfer
Constant Fillets
Variable Fillets
Face Fillets
Full Round Fillets
Holes
Threads
Editing Pick and Place Features
Creation Sequence

Chapter 7: Work Features

Work Planes
Work Axes
Work Points

Chapter 8: Equations

Equations
Parameters

Chapter 9: Additional Features

Face Draft
Splitting a Face or Part
Shells
Ribs

Chapter 10: Model and Display Manipulation

Reordering Features
Inserting Features
Suppressing Features
Section Views
Design Views

Chapter 11: Fixing Problems

Sketch Failure
Feature Failure

Chapter 12: Sweep Features

Sweep Features

Chapter 13: Loft Features

Rail and Centre Line Lofts
Advanced Loft Options

Chapter 14: Duplication Tools

Rectangular Feature Patterns
Circular Feature Patterns
Sketched Driven Patterns
Mirror Parts or Features
Manipulate Patterns and Mirror Features

Chapter 15: Feature Relationships

Establishing Relationships
Controlling Relationships
Investigating Relationships
Changing Relationships

Chapter 16: Assembly Environment

Assembling Components Using Constraints
Assemble Mini-Toolbar
Content Centre
Assembly Browser
Saving Files

Chapter 17: Joint Connections

Assembling Components Using Joints

Chapter 18: Manipulating Assembly Display

Moving and Rotating Assembly Components
Suppressing Constraints
Component Display
Selection Options in Assemblies

Chapter 19: Model Information

Measurement Tools
Model Properties

Chapter 20: Presentation Files

Creating Presentations
Storyboards
Snapshot Views
Publishing a Presentation File

Chapter 21: Assembly Tools

Replacing Components
Duplicating Components
Restructuring Components
Driving Constraints
Contact Solver
Interference
Error Recovery

Chapter 22: Assembly Parts and Features

Assembly Parts
Assembly Features

Chapter 23: Assembly Bill of Materials

Create Virtual Components
Create Bill of Materials

Chapter 24: Working With Projects

Project Files
Resolving Links

Chapter 25: Drawing Basics

Creating a New Drawing
Base and Projected Views
Additional Drawing Views
Manipulating Views

Chapter 26: Detailing Drawings

Dimensions
Drawing Sheets
Parts List
Balloons
Styles and Standards
Hatching

Chapter 27: Drawing Annotations

Text
Symbols
Hole and Thread Notes
Chamfer Notes
Centre Marks and Centre Lines
Hole Tables
Revision Tables and Tags

Chapter 28: Customising Autodesk Inventor

Application Options
Document Settings
File Properties
Changing Part Units
Command Customization

Appendix A: Sketching Options

Sketch Geometry Creation Options
Sketch Editing Options
Sketch Constraint Options
Dimension Type Options

Appendix B: Primitive Base Features

Primitive Base Features

Appendix C: Additional Practices I Appendix D: Effective Modelling

Design Considerations
Modelling Tips and Techniques
Model Investigation

Appendix E: Additional Practices II Appendix F: Autodesk Inventor Certification Exam Objectives

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Autodesk Inventor Cable and Harness Training Course

Autodesk Inventor: electrical cable and harness Training

Based on assembly and multi-body part modelling, this course covers advanced and productivity topics such as constraints, iMates, iAssemblies, top-down design methodology, design accelerator, weldments and more.

Course Length: 2 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Chapter 1: Working Effectively with Assemblies

1 General Assembly Tips
2 Relationship Tips
3 Motion Constraints
4 Transitional Constraints

Chapter 2: Introduction to Top-Down Design

1 Top-Down Design Process
2 Top-Down Design Tools

Chapter 3: Derived Components

1 Derived Components
2 Modify Derived Components

Chapter 4: Multi-Body Part Modelling

1 Multi-Body Part Modelling

Chapter 5: Layout Design

1 Layout Design

Chapter 6: Associative Links and Adaptive Parts

1 Associative Links
2 Adaptive Assembly Parts

Chapter 7: iMates

1 iMates

Chapter 8: Positional Representations

1 Introduction to Positional Representations
2 Create and Edit Positional Representations
3 Use Positional Representations

Chapter 9: Model Simplification

1 Shrinkwrap
2 Assembly Simplification

Chapter 10: Level of Detail Representations

1 Level of Detail Representations
2 System-Defined Level of Detail Representations
3 User-Defined Level of Detail Representations
4 Using Level of Detail Representations
5 Substitute Level of Detail Representations
6 LOD Productivity Tools

Chapter 11: Design Accelerator

1 Design Accelerator
2 Generators
3 Calculators
4 Engineer’s Handbook

Chapter 12: Advanced File Management

1 Design Assistant
2 Pack and Go
3 Purging Old Files

Chapter 13: Inventor Studio

1 Rendering
2 Animation
3 Video Producer
4 Creating a Standard Room

Chapter 14: iAssemblies

1 Introduction
2 Create Basic iAssemblies
3 Create Multi-Level iAssemblies
4 Create iAssemblies Using Existing Assemblies
5 Place iAssemblies
6 Edit iAssemblies

Chapter 15: Frame Generator

1 Frame Generator
2 Structural Shape Author

Chapter 16: Assembly Duplication Options

1 Pattern Components
2 Mirror Components
3 Copy Components

Chapter 17: Working with Weldments

1 Working with Weldments
2 Fillet Welds
3 Cosmetic Welds
4 Groove Welds

Appendix A: Working with Spreadsheets and Parameters

1 Spreadsheet-Driven Parameters
2 Custom Parameters
3 Custom Parameter Formatting and Expressions

Appendix B: Autodesk Inventor Certification Exam Objectives

Contact Us

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Autodesk Inventor: Advanced Part Modeling Training

Autodesk Inventor: Advanced PART ModelLing Training

Based on part and multi-body part modelling, this course covers advanced and productivity topics such as solid modelling, b-rep surfacing, freeform T-Spline NURBS, 3D sketching, iParts, generative design and more.

Course Length: 16 hours – 4 x 4 Hour Sessions

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Chapter 1: Tips & Tools

Design Philosophies
Sketching Tips
Display Options
Appearances

Chapter 2: Sketching Tools

Splines
3D Sketches

Chapter 3: Multi-Body Part Modelling

Multi-Body Part Modelling

Chapter 4: Advanced Work Features

Grounded Work Points
User Coordinate Systems

Chapter 5: Advanced Lofts, Sweeps, and Coils

Area Lofts
Advanced Sweeps
Coils

Chapter 6: Analysing a Model

Analysis Types
Analysis Procedures

Chapter 7: Generative Shape Design

Shape Generator

Chapter 8: Introduction to Surfacing

Introduction to Surfaces
Basic Surfaces
Patch Surfaces
Ruled Surfaces
Stitch Surfaces
Sculpting with Surfaces
Thickening & Offsetting a Surface
Surfaces in Drawing Views

Chapter 9: Additional Surfacing Options

Extend and Trim Surfaces
Replace Face with a Surface
Delete Faces
Copy Surfaces

Chapter 10: Copying Between Parts (iFeatures)

Creating iFeatures
Inserting iFeatures
iFeatures vs. Copy Feature
Table-Driven iFeatures
Editing iFeatures

Chapter 11: iParts

iPart Creation
iPart Placement
Editing an iPart Factory
Creating iFeatures from a Table-Driven iPart
Tables for Factory Members

Chapter 12: Importing & Editing CAD Data

Importing CAD Data (AnyCAD)
Exporting Geometry
Editing the Base Solid
Direct Edit
Attaching Point Cloud Data

Chapter 13: Working with Imported Surfaces

Importing Surfaces
Repairing Imported Surfaces

Chapter 14: Working with AutoCAD Data

Opening AutoCAD Files
DWG File Underlays

Chapter 15: Introduction to Freeform Modelling

Creating Freeform Geometry
Editing Freeform Geometry

Appendix A: Creating Emboss and Decal Features

Emboss Features
Decal Features

Appendix B: Custom Sketched Symbols

Create Sketched Symbols
Place Sketched Symbols
AutoCAD Blocks

Appendix C: CAD Management

Title Block and Border Customization
Style Library Manager

Appendix D: Engineer’s Notebook

Engineer’s Notebook
Notes

Appendix E: Autodesk Inventor Certification Exam Objectives

Contact Us

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Download PDF Course Contents

Autodesk Inventor: Advanced Assembly Modeling Training

Course Length: 24 Hours – 6 x 4 Hour Sessions

Training Guide Contents

Chapter 1: Working Effectively with Assemblies

General Assembly Tips
Relationship Tips
Motion Constraints
Transitional Constraints

Chapter 2: Introduction to Top-Down Design

Top-Down Design Process
Top-Down Design Tools

Chapter 3: Derived Components

Derived Components
Modify Derived Components

Chapter 4: Multi-Body Part Modelling

Multi-Body Part Modelling

Chapter 5: Layout Design

Layout Design

Chapter 6: Associative Links and Adaptive Parts

Associative Links
Adaptive Assembly Parts

Chapter 7: iMates

iMates

Chapter 8: Positional Representations

Introduction to Positional Representations
Create and Edit Positional Representations
Use Positional Representations

Chapter 9: Model Simplification

Shrinkwrap
Assembly Simplification

Chapter 10: Level of Detail Representations

Level of Detail Representations
System-Defined Level of Detail Representations
User-Defined Level of Detail Representations
Using Level of Detail Representations
Substitute Level of Detail Representations
LOD Productivity Tools

Chapter 11: Design Accelerator

Design Accelerator
Generators
Calculators
Engineer’s Handbook

Chapter 12: Advanced File Management

Design Assistant
Pack and Go
Purging Old Files

Chapter 13: Inventor Studio

Rendering
Animation
Video Producer
Creating a Standard Room

Chapter 14: iAssemblies

Introduction
Create Basic iAssemblies
Create Multi-Level iAssemblies
Create iAssemblies Using Existing Assemblies
Place iAssemblies
Edit iAssemblies

Chapter 15: Frame Generator

Frame Generator
Structural Shape Author

Chapter 16: Assembly Duplication Options

Pattern Components
Mirror Components
Copy Components

Chapter 17: Working with Weldments

Working with Weldments
Fillet Welds
Cosmetic Welds
Groove Welds

Appendix A: Working with Spreadsheets and Parameters

Spreadsheet-Driven Parameters
Custom Parameters
Custom Parameter Formatting and Expressions

Appendix B: Autodesk Inventor Certification Exam Objectives

Contact Us

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Download PDF Course Contents

Autodesk InfraWorks: Fundamentals for Conceptual Design and Visualization Training

This is a fundamentals course on the conceptual design of roads, bridges, waterways and rail infrastructure design and analysis for Autodesk Infraworks.

Course Length: 2 Days

Training Guide Contents

Chapter 1: Navigating the User Interface

1 Building Information Modeling
2 Overview of the Interface
3 Navigating the Model
4 Working with Proposals

Chapter 2: Connecting to Data Sources

1 Geographic Information Systems Overview
2 Connect to Data Sources
3 Configure and Display Data Sources

Chapter 3: Stylize Data Sources

1 Using Multiple Styles to Display Features
2 Overriding Style Rules
3 Create and Share Styles

Chapter 4: Create Model Elements

1 Basic Commands
2 Create Conceptual Roads in a Model
3 Create Coverages in a Model
4 Create Pipe Networks in a Model
5 Create Railways in a Model
6 Create Water Features in a Model
7 Create Land Areas (Preview)

Contact Us

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Chapter 5: Add Model Details

1 Create Buildings in a Model
2 Create City Furniture in a Model
3 Add Vegetation to a Model
4 Add Miscellaneous Details to a Model

Chapter 6: Analyzing the Model

1 Theme a Data Source
2 Suitability Maps
3 Line of Sight Analysis
4 Measure the Model
5 Analyze Shadows

Chapter 7: Collaborating with Others

1 Share Design Elements with Autodesk Civil 3D
2 Working with Autodesk Revit Models

Chapter 8: Communicate the Design to Stakeholders

1 Creating Images
2 Shared Views
3 Working with Storyboards

Appendix A: Example of a GIS Data Source

Autodesk Fusion 360: Introduction to Parametric Modeling Training

AUTODESK FUSION 360: INTRODUCTION TO PARAMETRIC MODELING TRAINING

Covering parametric sketching and modelling design techniques along with 2D detailing. In addition to solid modelling, this course will also cover T-Spline (sub-d) freeform surfacing tools.

Course Length: 5 Days

Training Guide Contents

Chapter 1: Introduction to Autodesk Fusion 360

1 Autodesk Fusion 360 Fundamentals
2 Getting Started
3 The Autodesk Fusion 360 Interface
4 Design Navigation & Display

Chapter 2: Creating the First Feature with Quick Shapes

1 Design Units and Origin
2 Quick Shape Creation

Chapter 3: Creating Sketched Geometry

1 Introduction to the Sketching Workflow
2 Sketch Entities
3 Dimensioning
4 Sketch Constraints
5 Extruding a Sketch
6 Revolving a Sketch

Chapter 4: Additional Sketching Tools

1 Additional Entity Types
2 Editing Tools
3 Additional Dimension Tools
4 Moving and Copying
5 Rectangular Sketch Patterns
6 Circular Sketch Patterns

Chapter 5: Sketched Secondary Features

1 Sketched Secondary Features
2 Using Existing Geometry

Chapter 6: Pick and Place Features

1 Fillets
2 Chamfers
3 Holes
4 Editing Pick and Place Features

Chapter 7: Construction Features

1 Construction Planes
2 Construction Axes
3 Construction Points

Chapter 8: Equations and Parameters

1 Equations
2 Parameters

Chapter 9: Additional Features and Operations

1 Draft ▪ 9.2 Shell
3 Rib
4 Split Face
5 Scale
6 Thread
7 Press Pull

Chapter 10: Design and Display Manipulation

1 Reordering Features
2 Inserting Features
3 Suppressing Features
4 Measure & Section Analysis
5 Direct Modeling

Chapter 11: Single Path Sweeps

1 Sweeps

Chapter 12: Loft Features

1 Lofts

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

Chapter 13: Feature Duplication Tools

1 Mirroring Geometry
2 Patterning Features

Chapter 14: Distributed Design

1 Assembly Design Methods
2 Distributed Design
3 Joint Origins
4 Assigning Joints

Chapter 15: Component Design Tools

1 Rigid Groups
2 Interference Detection
3 Miscellaneous Joint Tools

Chapter 16: Multi-Body Design

1 Multi-Body Design
2 Multi-Body Design Tools
3 Components
4 As-Built Joints

Chapter 17: Sculpting Geometry

1 Introduction to the Sculpt Environment
2 Surface Quick Shapes
3 Creating Sketched T-Spline Surfaces
4 Creating Faces & Filling Holes

Chapter 18: Editing Sculpted Geometry

1 Editing Form Geometry
2 Deleting Entities
3 Working with Edges
4 Working with Faces
5 Working with Points
6 Controlling Symmetry
7 Thickening Geometry

Chapter 19: Drawing Basics

1 Creating a New Drawing
2 Additional Drawing Views
3 Exploded Views
4 Manipulating Drawings

Chapter 20: Detailing Drawings

1 Dimensions
2 Other Annotations
3 Parts List and Balloons
4 Annotation and Dimension Settings
5 Drawing Output

Chapter 21: Static Analysis Using the Simulation Environment

1 Introduction to the Simulation Environment
2 Setting up a Structural Static Analysis
3 Setting up the Mesh
4 Solving a Design Study
5 Visualizing the Results

Appendix A: Outputting for 3D Printing

1 Generating a .STL File

Autodesk Fusion 360: Essentials for Existing 3D CAD Users Training

AUTODESK FUSION 360: ESSENTIALS FOR EXISTING 3D CAD USERS TRAINING

Designed for users that are experienced in 3D CAD software, particularly mechanical or surfacing. This course will teach users the fundamentals of Fusion 360 user interface, design concepts and drawing, so you can quickly get started.

Course Length: 1 Day

Prerequisites: Previous experience in using 3D modelling software.

Training Guide Contents

Create an account if not already created (The process)

Create accounts for all users in the workshop if not already done
User Name
Password
Account GUI

Understanding GUI and navigation

Graphical Interface
How to Pan, Zoom, Orbit
How to select things
Application bar
Tool bar
Data panel
Browser
Marking menu

Create a project and folders

Create the Workshop Project
“Basic Fusion 360 Workflow”
Create two folders
“Download”
“Design”

Download files provided for the workshop

Download part files to the Design folder, that will be used in the design later
Parts and Names still to be decided

Create a Base Feature and two secondary features for one part

Save the initial file in the Design folder
Create a design with the base feature, a join feature and a subtract feature
Create a “Base” Box Feature
Provide Dimensions

Create additional features/ solids for creating as a part files

Create some additional features for a second part
Create a Sketch Feature to Revolve with a Cut
Create a Projected Feature using an Offset to Extrude with an Intersect
Create a second solid from multiple features
Create the second solid into a saved part file
Show the difference between the first solid and the new part from the second solid

Add Constraints to the parts

Show how joints work with the parts to assemble them together, animate to show function
Add joints to constraint the part and the solid together
Edit the joint limits
Animate to show the limits

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Add a downloaded part to the file

Add one of the downloaded parts to the file to be constraint
Add joints to constraint the new part to the assembly

Patterns at sketch, feature and part level

Open a file to pattern a sketch
Undo the pattern and extrude the sketch profile
Pattern the feature
Bring in second part
Pattern the Part to the Pattern Feature

Add an assembly to another assembly

Start a new Assembly
Insert downloaded part and Ground it
Add a downloaded assembly as a sub-assembly
Constraint the sub-assembly to the grounded part file
Copy the sub-assembly two more times and constraint to the grounded part in other locations

How to apply materials and appearances

Add Material to parts
Add appearances to faces and features
How to create custom materials and appearances
How to save variations of materials to show on the part

Insert 3D Geometry and Graphics:

3D geometry
Decals
Attached Canvas

How to Inspect:

Measure
Interference analysis
Zebra analysis
Draft analysis
Component Color cycling

How to setup a library of parts

Add the part file used for the pattern and place in a Library folder for future use.
Replace the part file in the assembly with the part file now in the library.

Drawings and Annotation

Create a drawing from an open assembly
Annotate with title block, notes and dimensions
Create another drawing and drop a base view of an unopened part file

How to remove data

How to delete files and folders from a project How to archive a project

Autodesk Factory Design Utilities Training

AUTODESK FACTORY DESIGN UTILITIES: ESSENTIALS TRAINING

This essential course for the Factory Design Utilities in Autodesk Product Design & Manufacturing Collection will teach you how to run process analysis simulation for factory layouts and optimisation, create intelligent 2D/3D factory layouts and assets and model coordination, clash detection and scheduling.

Course Length: 4 Days

Training Guide Contents

The Autodesk Factory Design Utilities Essentials course instructs users in the best practices of developing a factory layout consisting of architectural elements and manufacturing assets. The course is an introduction to the basic practices and principles for each of the applications that utilize the Autodesk Factory Design Utilities. The Autodesk Factory Design Utilities are utilized in the following Applications:

AutoCAD Architecture
Autodesk Inventor
The Autodesk Factory Design Utilities
Autodesk Navisworks

Specific instruction is given to each of the four applications as a factory facility layout is designed from the ground up. This course is designed for new or novice users to develop a general understanding of the factory layout process used by the Autodesk Factory Design Utilities. It is not designed to deliver complete training in any of the core applications, but to instruct users in the applicable commands generally used in factory layout design.

Prerequisites:

As an introductory course, Autodesk Factory Utilities Essentials, does not assume prior knowledge of any 3D modeling or CAD software.
Students do need to be experienced with the Windows operating system and a background in drafting of 3D parts is recommended.
A familiarity with basic AutoCAD commands is assumed.

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

3ds Max Training: Fundamentals for AEC

3ds Max Training Fundamentals for AEC

This introductory course into 3ds Max provides you with the fundamentals in 3ds Max to import 3D models from other CAD applications, do basic 3D modelling, setup scenes and materials to do realistic photo rendering and animations.

The topics and exercises in this course are centered around the AEC industry (architecture, interior design and civil engineering)

Course Length: 4 Days

Prerequisites: Experience with 3D modelling

Training Guide Contents

Chapter 1: Introduction to Autodesk 3ds Max

Overview
Visualization Workflow
The Autodesk 3ds Max Interface
File Commands
Configure Paths
Display Drivers
Viewport Display and Labels

Chapter 2: Autodesk 3ds Max Configuration

Viewport Navigation
Viewport Configuration and Settings
Object Selection Methods
Units Setup
Layer and Object Properties

Chapter 3: Assembling Project Files

Data Linking and Importing
Linking Files
References

Chapter 4: Basic Modeling Techniques

Model with Primitives
Modifiers and Transforms
Sub-Object Mode
Reference Coordinate Systems and Transform Centers
Cloning and Grouping
Polygon Modeling Tools in the Ribbon
Statistics in Viewport

Chapter 5: Modeling From 2D Objects

3D Modeling from 2D Objects
The Lathe Modifier
2D Booleans
The Extrude Modifier
3D Boolean Operations
Using Snaps for Precision
The Sweep Modifier

Chapter 6: Materials

Understanding Materials and Maps
Material Shaders
Managing Materials
General Materials
Scanline Materials
Autodesk Materials
Assigning Maps to Materials
Opacity, Bump, and Reflection Mapping
Arnold Materials
The Material Explorer
Scene Converter

Chapter 7: Mapping Coordinates and Scale

Mapping Coordinates
Mapping Scale
Spline Mapping

Chapter 8: Introduction to Lighting

Local vs. Global Illumination
Standard Lighting
Types of Standard Lights
Shadow Types

Chapter 9: Lighting and Cameras

Photometric Light Objects
Arnold Lights
Cameras
Background Images

Chapter 10: Exposure Control, Daylight, and Rendering

Exposure Control
Daytime Lighting
Rendering Options
Arnold Renderer
Scanline Renderer
ART Renderer
State Sets
The Print Size Wizard

Chapter 11: Animation

Animation and Time Controls
Walkthrough Animation
Animation Output

Appendix A: Optional Topics

Getting Help with Autodesk 3ds Max
Compact Material Editor
Architectural Materials
Object Substitution
Creating Hierarchies
Customizing the User Interface

Appendix B: Optional Practices

Appendix C: Autodesk 3ds Max Certification Exam Objectives

Contact Us

If you would to discuss Autodesk training courses, please contact us by calling on 1800 490 514, by filling out the form or clicking the live chat in the bottom right-hand corner.

AutoCAD Training 3D Drawing Course

AutoCAD 3D Drawing and Modeling Course

The AutoCAD 3D course teaches AutoCAD users the concepts and fundamentals of 3D design in AutoCAD.

Course Length: 3 Days

Prerequisites: Working knowledge of AutoCAD

Training Guide Contents

Chapter 1: 3D Foundations

1 Why Use 3D?
2 Introduction to the 3D Modeling Workspace
3 Basic 3D Viewing Tools
4 3D Navigation Tools
5 Introduction to the User Coordinate System (UCS)

Chapter 2: Simple Solids

1 Working with Solid Primitives
2 Solid Primitive Types
3 Working with Composite Solids
4 Working with Mesh Models

Chapter 3: Working with the User Coordinate System

1 UCS Basics
2 UCS X, Y, and Z Commands
3 UCS Multi-functional Grips
4 Saving a UCS by Name

Chapter 4: Creating Solids & Surfaces from 2D Objects

1 Complex 3D Geometry
2 Extruded Solids and Surfaces
3 Swept Solids and Surfaces
4 Revolved Solids and Surfaces
5 Lofted Solids and Surfaces
6 NURBS Surfaces

Chapter 5: Modifying in 3D Space

1 3D Gizmo Tools
2 Aligning Objects in 3D Space
3 3D Modify Commands

Chapter 6: Advanced Solid Editing

1 Editing Components of Solids
2 Editing Faces of Solids
3 Fillets and Chamfers on Solids

Chapter 7: Additional Editing Tools

1 Creating a Shell
2 Imprinting Edges of Solids
3 Slicing a Solid along a Plane
4 Interference Checking
5 Converting Objects to Surfaces
6 Converting Objects to Solids

Chapter 8: Refining the View

1 Working with Sections
2 Working with Cameras
3 Managing Views in 3D
4 Animating with ShowMotion
5 Creating ShowMotion Shots
6 Creating Animations

Chapter 9: Point Clouds

1 Point Clouds

Chapter 10: Visualization

1 Creating Visual Styles
2 Working with Materials
3 Specifying Light Sources
4 Rendering Concepts

Chapter 11: Working Drawings from 3D Models

1 Creating Multiple Viewports
2 2D Views from 3D Solids
3 Creating Technical Drawings with Flatshot
4 3D Model Import
5 Automatic Model Documentation
6 3D Printing

Appendix A: Skills Assessment

Contact Us

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Looking for the Lowest Revit Cost?

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AutoCAD Architecture: The Ultimate Tool for Smarter, Faster Design

Unlock your architectural design potential with AutoCAD Architecture, the software trusted by leading firms to deliver precise, efficient, and innovative designs.

Why AutoCAD Architecture?

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Expert Training to Maximise Your Success

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Find out which CAD tool is right for your mechanical design projects.

What You’ll Learn:

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AUTODESK CONSTRUCTION CLOUD VS. PROJECTWISE: THE ULTIMATE COMPARISON GUIDE

Discover the Engineering Collaboration Platform for Your Construction Projects

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Introduction to AutoCAD Plant 3D Training

Course Length: 5 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

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Autodesk Storm and Sanitary Analysis Fundamentals Training

Course Length: 2 Days

Prerequisites: Autodesk Civil 3D fundamentals or equivalent.

Training Guide Contents

Contact Us

Autodesk Revit: Fundamentals for Structure Training

Course Length: 4 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Contact Us

Autodesk Revit Fundamentals for Landscape Architecture Training

Course Length: 4 Days

Training Guide Contents

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Autodesk Revit: Fundamentals for Interior Design Training

Course Length: 3 Days

Training Guide Contents

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Autodesk Revit Fundamentals for Architecture Training

Course Overview

Training Guide Contents

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Autodesk Revit: Family Creation for Structure Training

Course Length: 1 Day

Prerequisites: Experience in Autodesk Revit fundamentals

Training Guide Contents

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Autodesk Revit: Family Creation for Architecture Training

Course Length: 1 Day

Prerequisites: Experience in Autodesk Revit fundamentals.

Training Guide Contents

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Autodesk Inventor: Introduction to Solid Modeling Training

Course Overview

Training Guide Contents

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Autodesk Inventor: electrical cable and harness Training

Course Length: 2 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

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Download PDF Course Contents

Autodesk Inventor: Advanced PART ModelLing Training

Course Length: 16 hours – 4 x 4 Hour Sessions

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Contact Us

Download PDF Course Contents

Autodesk Inventor: Advanced Assembly Modeling Training

Course Length: 24 Hours – 6 x 4 Hour Sessions

Training Guide Contents

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AUTODESK CONSTRUCTION CLOUD VS. PROJECTWISE:
THE ULTIMATE COMPARISON GUIDE