Autodesk Advance Steel Training Fundamentals Course

The Autodesk® Advance Steel software is a powerful 3D modelling application that streamlines the fabrication process through the use of a 3D model, which is used to create fabrication drawings, Bill of Materials (BOM) lists, and files for Numerical Control (NC) machines.
Since structural steel projects are extremely complex, the Autodesk Advance Steel software is also complex. The objective of the Autodesk® Advance Steel: Fundamentals training course is to enable you to create full 3D project models at a high level of detail and set them up in fabrication drawings.
This course focuses on the basic tools that the majority of users need. You begin by learning the user interface, basic 3D viewing tools, and the standard AutoCAD® tools that are routinely used.
Specific Autodesk Advance Steel objects, including structural columns, beams, bracing, plates, bolts, anchors, welds, and additional 3D objects are also covered. You will also learn about the powerful model verification tools. To complete the course, you will learn to edit and generate all of the required documentation files that enable your design to accurately and effectively communicate the final design.

Autodesk Advance Steel Training Fundamentals Course
$3,299.00
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Autodesk Advance Steel Drawing Template Setup
$3,999.00
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16-Hours – 4 x 4-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 ordering
Flexible sessions (i.e. consecutive or Monday, Wednesday, Friday, etc.)
Courses are private and topics can be customised to suit
Includes Certificate of Completion
Training manuals are additional $159 each for soft copy

Course Length: 16 Hours (4 x 4 Hour Sessions)

Topics Covered:

• Understand the process of 3D modelling and extracting 2D documentation from a model in the Autodesk Advance Steel software.
• Navigate the Autodesk Advance Steel interface.
• Work with 3D viewing tools.
• Review helpful AutoCAD tools.
• Work with the User Coordinate System (UCS).
• Use the Autodesk Advance Steel Modify commands.
• Add structural grids.
• Create levels.
• Model columns and beams and add bracing.
• Create connections using the Connection Vault.
• Create special parts.
• Verify models using Clash Checking tools.
• Modify a drawing prototype.
• Work within the Drawing Style Manager.

• Create custom connections.
• Create plates and add bolts, anchors, and welds.
• Add grating and cladding.

• Model ladders, stairs, and railings.
• Create concrete objects such as footings.
• Number objects.
• Extract 2D drawings from the model using Drawing Styles and Drawing Processes.
• Review and modify 2D drawings using the Document Manager.
• Modify 2D details with parametric dimensions.
• Revise models and drawings.
• Create BOM lists.
• Export data to .NC and .DXF files.

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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.

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Infrastructure CAD Management Training

Suited for Civil Engineers and Surveyors, the Civil 3D Fundamentals training course will teach you how to organise your projects, create, edit, analyse and work with points, surfaces, corridors (roads), parcel layouts, grading, volume calculation and layout pipe networks.

Course Length: 4 Days

Training Guide Contents

Chapter 1: Introduction to Autodesk Fabrication CADmep

Support Resources for Fabrication CADmep
Overview of Fabrication Products
BIM and Fabrication
Overview of the MEP Fabrication Industry
Definitions

Chapter 2: Deployment

Installing Fabrication CADmep
Check for and Install Latest Service Packs
Setting up a Shared Database and File Structure
Migrating an Older Database
Configuring User Names and Permissions

Chapter 3: User Interface

The Service Pallet
Create a New Section
The CADmep Toolbar
Right-Click Shortcut Menus

Chapter 4: Sections

Sections
Create a New Section
Make a Section Current
Understanding How Sections Control Hanger Rod Lengths

Chapter 5: Drawing with the Attacher

Setting the Systems and Service and setting the Section
Placing Items from the Service Pallet
Understanding the Attacher Arrow
Modifying Placed Items
Rotating Items about the Attacher Arrow
Using Fix Relative
Placing an Item using Fix Relative
Placing an Item by Rotating the Attacher Arrow
Using Takeoff as Cut-In
Using Drop Into Fall
Fill Between 2 Ends
Fill with Flex
Polyline 3D Fill
Match Object Properties
Configuring the Multiple Item Properties Command
Using the Multiple Item Properties Command
Carry Over Options Settings
Filter Selection

Chapter 6: Drawing with Design Line

Set the Design Line Entry Method for Services
Fabrication CADmep Design Tools: The Design Line Toolbar
The Design Line Takeoff Menu
Using Design Line for an HVAC System
Understanding How Design Line Works
Stretching a Design Line
Using Design Line for a Plumbing System
Selecting and Activating Design Lines
The RevDesign Command

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Chapter 7: Clash Detection

RunTime Collision Detection
Using the Collision Detection Viewer
Design Line Collision Checks
Using the DETECT Command

Chapter 8: Importing Revit Content into CADmep

Exporting Revit Elements
Import into CADmep

Chapter 9: Drawing Annotation

Drawing Annotation Settings and Toolbar
Understanding the Text Utilities Commands
Item Number Tag Leaders

Chapter 10: Reporting

The ADDREPORT Command
Item Reports and Item Report Builder
Printing Item Report With and Without Previews
Worksheets and Item Worksheet Builder
Printing Worksheets With and Without Previews

Chapter 11: Sectional Views

Create a Sectional View

Chapter 12: Point Data

Exporting Point Data
Viewing Point Data
Updating the Model with Modified Point Data
Exporting Point Data to Excel

Chapter 13: Spooling

Define a Pipe Spool
Create a Spool Drawing
Understand Spool Colors

Chapter 14: Exporting to ESTMEP AND CAMDUCT

Re-numbering Fabrication CADmep Items
Exporting to Fabrication CAMduct

Chapter 15: Fabrication CADmep Customization

Edit a Configuration
Service Setup
The Hanger Command
Sub Assembly
Item Creation
Convert 3D Model

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

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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

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Autodesk Revit: Fundamentals for MEP Training

MEP fundamentals for Autodesk Revit teaches designers how to model and document in a BIM environment HVAC networks such as air terminals, mechanical equipment, ducts and pipes, plumbing networks with fixtures and pipes, electrical circuits, equipment, devices, lighting fixtures, cable trays and conduits and then how to create construction drawings 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 ▪ 2.2 Inserting Components
3 Selecting and Editing Elements
4 Working with Basic Modify Tools
5 Working with Additional Modify Tools

Chapter 3: Starting Systems 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
6 Batch Copying Fixtures

Chapter 4: Working with Views

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

Chapter 5: Setting Up Spaces

1 Preparing a Model for Spaces
2 Adding Spaces
3 Working with Spaces

Chapter 6: Heating and Cooling Loads Analysis

1 Creating Zones
2 Applying Colour Schemes
3 Analysing the Heating and Cooling Loads

Chapter 7: Basic Systems Tools

1 Connecting Components
2 Creating Systems – Overview

Chapter 8: HVAC Networks

1 Adding Mechanical Equipment and Air Terminals
2 Adding Ducts and Pipes
3 Modifying Ducts and Pipes

Chapter 9: Plumbing Networks

1 Adding Plumbing Fixtures and Equipment
2 Adding Plumbing Pipes
3 Modifying Plumbing Pipes
4 Adding Fire Protection Networks

Chapter 10: Advanced Systems for HVAC and Plumbing

1 Creating and Modifying Systems
2 Creating Automatic Layouts
3 Testing Systems

Chapter 11: Electrical Systems

1 About Electrical Systems
2 Placing Electrical Components
3 Creating Electrical Circuits
4 Setting up Panel Schedules
5 Adding Cable Trays and Conduit
6 Testing Electrical Layouts

Chapter 12: Creating Construction Documents

1 Setting Up Sheets
2 Placing and Modifying Views on Sheets ▪ 12.3 Printing Sheets

Chapter 13: Annotating Construction Documents

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

Chapter 14: Adding Tags and Schedules

1 Adding Tags
2 Working with Schedules

Chapter 15: 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 Building Type Settings
2 Defining Colour Schemes
3 Custom Duct and Piping Types
4 Work with System Graphics
5 Pressure Loss Reports
6 Guide Grids and Sheets
7 Revision Tracking
8 Annotating Dependent Views
9 Importing and Exporting Schedules
10 Creating Building Component Schedules
11 Keynoting and Keynote Legends

Appendix C: Autodesk Revit Certified Professional Exam for Mechanical Building Systems

Appendix D: Autodesk Revit Certified Professional Exam for Electrical Building Systems

Contact Us

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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

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Autodesk Revit: for Project Managers Training

This course is for Project Managers who need to work on Autodesk Revit projects. In this course you will learn how to navigate through and review the model, views and sheets sets, link in drawings and models into Autodesk Revit to coordinate, export, print and publish Revit files, collaborate with team members, working with schedules and annotate drawings.

Course Length: 1 Day

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: Reviewing Projects

1 Using General Sketching Tools
2 Editing Elements
3 Troubleshooting

Chapter 3: Working in a Model

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

Chapter 4: Printing and Sharing

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

Chapter 5: Starting Multi-discipline Projects

1 Importing and Linking Vector Files
2 Linking Models

Chapter 6: Project Team Collaboration

1 Introduction to Worksets
2 Setting Up Worksets
3 Visibility and Display Options with Worksharing
4 Worksharing and Linked Models
5 Opening and Saving Workset-Related Projects
6 Working in Workset-Related Projects
7 Best Practices for Worksets

Contact Us

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Autodesk Navisworks: Using Autodesk Navisworks in a BIM Workflow Training

This course on Navisworks teaches users how to better predict outcomes, change management, conflicts and lower project risk using Navisworks Manage.

Course Length: 2 Days

Prerequisites: Experience using 3D CAD software.

Training Guide Contents

Chapter 1: Introduction to Autodesk Navisworks

1 What Is Navisworks?
2 Overview of the Interface
3 Using Basic Viewing Tools

Chapter 2: Consolidate Trade Models

1 Consolidating the Model
2 Aligning Models

Chapter 3: Review Models

1 Saving and Retrieving Views
2 Sectioning the Model
3 Setting View Options
4 Setting Up Appearances

Chapter 4: Analyse Models

1 Selecting Items
2 Investigating Properties
3 Using the Selection Tree
4 Finding Items and Saving Search Sets
5 Hiding and Unhiding Items

Chapter 5: Communication: Review and Mark Up a Model

1 Using Measuring Tools
2 Marking Up Scenes for Review

Chapter 6: Collaboration: Clash Detection

1 Overview of the Clash Detective
2 Setting Up Clash Tests
3 Reviewing Clash Results
4 Assigning Clash Fixes
5 Clash Grouping
6 Sharing Clash Test Results
7 Incorporating Model Updates

Chapter 7: Practices to Prepare for Animator

Chapter 8: Communication: Animator

1 Creating Tours
2 Animating Objects

Chapter 9: Construct: Project Scheduling

1 Introduction to TimeLiner
2 Manually Creating a Construction Simulation
3 Importing an External Task List
4 Combining TimeLiner and Animator
5 Time-Based Clashes

Appendix A: Coordination Tools

1 Creating a View in Autodesk Revit
2 Setting a Project Point in Autodesk Revit
3 Autodesk Civil 3D Object Enabler
4 Creating an .FBX File in Autodesk InfraWorks 360
5 Preparing a Corridor Model for TimeLiner
6 Preparing an Autodesk Revit Model for TimeLiner

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Autodesk Navisworks: for Project Managers Training

AUTODESK NAVISWORKS: FOR PROJECT MANAGERS TRAINING

This quick half day course gives Project Managers the skills to effectively navigate through a coordinated model, inspect, create and share views, mark ups and annotations.

Course Length: 1/2 Day

Prerequisites: Experience with using 3D CAD.

Training Guide Contents

· Utilise the varying Navigation tools in Navisworks

· Implement the Measurement tools to inform design change decisions

· Create and share Viewpoints for Design review

· Employ the Markup and Annotation tools to collaborate with team members

· Utilise Visibility and Display settings / options

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Autodesk Nastran In-CAD: Essentials 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

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Autodesk Inventor: Tube and Pipe Design Training

Tube and Pipe training instructs you on design techniques in this specialised environment in Inventor Professional where you will learn how to route flexible hose, rigid tube, rigid pipe and fittings.

Course Length: 2 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Chapter 1: Introduction to Tube and Pipe

Lesson: Introduction to Tube and Pipe

Chapter 2: Setup for Routes and Runs

Lesson: Setup for Routes and Runs
Lesson: Placing Initial Fittings

Chapter 3: Routes and Runs

Lesson: Creating Rigid Routes
Lesson: Sketching Rigid Routes
Lesson: Editing Rigid Routes
Lesson: Working with Fittings in Rigid Routes
Lesson: Flexible Hose Routes
Lesson: Leveraging Routes and Runs

Chapter 4: Fittings and Components

Lesson: Managing Libraries
Lesson: Creating Library Content
Lesson: Managing Library Content
Lesson: Creating Tube and Pipe Styles

Chapter 5: Documenting Tube and Pipe Assemblies

Lesson: Representing Tube and Pipe Designs
Lesson: Documenting Routes and Runs

Lesson: Exporting Tube and Pipe Design Data

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Autodesk Inventor Professional: Sheet Metal Design Training

Autodesk Inventor: Sheet Metal Design Training

This course on Sheet Metal design teaches design concepts and techniques such as flanges, contour rolls, hems, folds, rips, bends, corner rounds/chamfers, where you can design sheet metal parts and multi-body parts, turn them into flat patterns for drawings and manufacturing.

Course Length: 8 Hours (2 x 4 Hour Sessions)

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Chapter 1: Introduction to Sheet Metal Modelling

Sheet Metal Concepts
Sheet Metal Terminology
Sheet Metal Environment
Sheet Metal Design Process

Chapter 2: Sheet Metal Base Features

Applying Existing Sheet Metal Defaults
Creating a Face as a Base Feature
Creating a Contour Flange as a Base Feature
Creating a Contour Roll as a Base Feature

Chapter 3: Sheet Metal Secondary Features

Sheet Metal Parameters
Bend Relief Shapes
Faces as Secondary Features
Contour Flanges as Secondary Features
Contour Rolls as Secondary Features

Chapter 4: Flanges

Creating Flanges
Corner Relief Options

Chapter 5: Bending Sheet Metal

Hems
Folds
Bends

Chapter 6: Corner Rounds and Chamfers

Creating Corner Rounds
Creating Corner Chamfers

Chapter 7: Sheet Metal Cuts

Creating Cut Features
Creating Straight Holes
Using Punch Tool Features
Creating a Punch Tool
Cuts Using Surfaces

Chapter 8: Corner Seams

Creating Corner Seams and Mitres
Creating Corner Rips
Converting Corner Seams and Bend

Chapter 9: Flat Pattern Environment

Creating Flat Patterns
Orienting Flat Patterns
Punch Representations
Bend Angle
Flat Pattern Clean-up
Exporting to DXF/DWG

Chapter 10: Lofted Flange and Rips

Lofted Flange
Rip

Chapter 11: Unfold and Refold

Unfold and Refold

Chapter 12: Multi-Body Sheet Metal Modelling

Multi-Body Modelling

Chapter 13: Documentation and Annotation

Sheet Metal Drawing Terminology
Creating Sheet Metal Drawings
Bend & Punch Notes
Bend Tables
Punch Tables
Bend Order
Cosmetic Centrelines

Chapter 14: Converting Parts to Sheet Metal

Converting Solid Models to Sheet Metal
Non-Ruled Surfaces

Appendix A: Sheet Metal Rules

Working with Sheet Metal Rules
Sheet, Bend, and Corner Tab Options
Bend Tables

Appendix B: Additional Practices

Appendix C: Autodesk Inventor Certification Exam Objectives

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Autodesk Inventor: Introduction to 2D Milling Training

Autodesk Inventor Professional: Introduction to 2D Milling Training

This introductory course focuses on 2D CNC operations such as adaptive, pockets,contour and drill toolpaths.

Course Length: 3 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Chapter 1: Introduction to Autodesk Inventor CAM

1 Getting Started with the Autodesk Inventor Interface
2 Model Manipulation in Inventor
3 Introduction to Autodesk Inventor CAM
4 The Autodesk Inventor CAM Interface
5 Simulating CAM Operations

Chapter 2: Getting Started with Autodesk Inventor CAM

1 Defining the Setup for Machining Operations
2 Tool Library
3 Face Toolpath

Chapter 3: 2D Roughing and Finishing

1 2D Adaptive Toolpath
2 2D Pocket Toolpath
3 2D Contour Toolpath

Chapter 4: Drilling

Drill Toolpath

Chapter 5: Project Exercises

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Autodesk Inventor: iLogic Training

This course will teach you the fundamentals in Inventor Professional design automation using the simplified programming iLogic model to automate almost anything in Inventor.

Course Length: 10 Hours (2 x 5 Hour Sessions)

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

Chapter 1: Introduction to iLogic

Design Automation Overview
iLogic Overview
iLogic Workflow

Chapter 2: Understanding Parameters and Equations

Equations
Parameters

Chapter 3: Getting Started with iLogic

iLogic Interface
Function Overview
Rule Creation Workflow

Chapter 4: Rule Creation

Conditional Statements
Operators
Parameter Functions
Feature Functions
iProperty Functions

Chapter 5: Assembly Rules and Functions

Assembly Rules
Component Functions
Relationship Functions
iLogic Components in Inventor Assemblies

Chapter 6: Drawing Rules and Functions

Drawing Rules
Sheet Functions
Title Block Functions
View Functions
Advanced Functions

Chapter 7: Rule Triggering and Form Creation

Event Triggers
iTriggers
Forms

Chapter 8: Miscellaneous Features and Functions

Rule Options
Search and Replace
Wizards
Miscellaneous Functions

Chapter 9: Project Practices

Introduction to Projects

Appendix A: iLogic Design Copy

iLogic Design Copy

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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

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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.

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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.

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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.

Autodesk Civil 3D Transportation Training Beyond the Basics

Autodesk Civil 3D: Transportation Beyond the Basics Training

Suited for Civil 3D users who want to learn advanced design techniques, specifically for Corridor design. This course will go into assemblies, cul de sacs, roundabout and multi-region corridors deisgn.

Course Length: 1 Day

Prerequisite: Introduction to Civil 3D or equivalent

Training Guide Contents

Upon completion of the course, students will be able to:

Review Workflows for Transportation Projects
Build Advanced Corridors: such as Cul de Sacs, Intersections, and Roundabouts
Work with Road Rehabilitation Assemblies and Corridors
Troubleshoot and resolve corridor issues; such as Bowties and dropping to 0

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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.

Autodesk Civil 3D Pipe Network Training Essentials Course

AUTODESK CIVIL 3D: PIPE NETWORK ESSENTIALS TRAINING

This course focuses on Gravity and Pressure Pipe Network design in Civil 3D where you will learn how to create and modify parts lists, pipe and structure and their settings.

Course Length: 1 Day

Prerequisites: Introduction to Civil 3D or equivalent

Training Guide Contents

Upon completion of the course, students will be able to:

Create Parts Lists and adjust Pipe and Structure Settings
Create and Edit Gravity and Pressure Pipe Networks
Create Non-Road Corridors; such as Pipe Trenches
Annotate Pipe Networks

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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 Customisation and CAD Management

For CAD Administrators and advanced users, this training course covers templates, standards, customisation and automation.

AutoCAD Training Customisation and CAD Management

Course Length: 1 Day

Prerequisites: AutoCAD Fundamentals equivalent or higher

Topics

Setup a Template with all settings and styles
Setup and Manage Plot Styles and Plotters
Configure and Check CAD Standards
Customize and Share Tool Palettes
Create and Edit Custom Linetypes and Hatch Patterns
Navigate the CUI (Customize User Interface) and apply changes to the application
Create and Work with Scripts and Lisp Routines
Clean Up corrupt files

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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.

Autodesk Advance Steel Training Fundamentals Course

Autodesk Advance Steel Training Fundamentals Course

Autodesk Advance Steel Drawing Template Setup

Course Length: 16 Hours (4 x 4 Hour Sessions)

Topics Covered:

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Infrastructure CAD Management Training

Course Length: 4 Days

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

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Autodesk Revit: Fundamentals for Structure Training

Course Length: 4 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

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Autodesk Revit: Fundamentals for MEP Training

Course Length: 4 Days

Training Guide Contents

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Autodesk Revit Fundamentals for Landscape Architecture Training

Course Length: 4 Days

Training Guide Contents

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Autodesk Revit: for Project Managers Training

Course Length: 1 Day

Training Guide Contents

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Autodesk Navisworks: Using Autodesk Navisworks in a BIM Workflow Training

Course Length: 2 Days

Prerequisites: Experience using 3D CAD software.

Training Guide Contents

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AUTODESK NAVISWORKS: FOR PROJECT MANAGERS TRAINING

Course Length: 1/2 Day

Prerequisites: Experience with using 3D CAD.

Training Guide Contents

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Autodesk Nastran In-CAD: Essentials Training

Course Length: 2 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

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Autodesk Inventor: Tube and Pipe Design Training

Course Length: 2 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

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Autodesk Inventor: Sheet Metal Design Training

Course Length: 8 Hours (2 x 4 Hour Sessions)

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

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Autodesk Inventor Professional: Introduction to 2D Milling Training

Course Length: 3 Days

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

Training Guide Contents

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Autodesk Inventor: iLogic Training

Course Length: 10 Hours (2 x 5 Hour Sessions)

Prerequisites: Autodesk Inventor introduction to solid modelling or equivalent.

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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AUTODESK FACTORY DESIGN UTILITIES: ESSENTIALS TRAINING

Course Length: 4 Days

Training Guide Contents

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Autodesk Civil 3D: Transportation Beyond the Basics Training

Course Length: 1 Day

Prerequisite: Introduction to Civil 3D or equivalent