Autodesk Docs

Account Navigation

Project Navigation

Working with Files in Autodesk Docs

Introduction to Files

Setting Up Project in Autodesk Docs

Creating Project Folder Structure Managing Folder Permissions Advanced Settings

Uploading in Autodesk Docs

Uploading Documents in Files

Viewing Documents in Autodesk Docs

Navigating the File tools Viewing 2D Documents via Web Viewing Revit Files via Web

View and Editing Microsoft Documents

Sharing Files in Autodesk Docs

Downloading and Exporting Documents Publishing Sheets from PDF Documents

Reviewing Documents

Introduction to Reviews

Setting up Approvals

Creating Approval Workflows

Editing and Managing Approval Workflows

Initiating and working in an Approval Workflow

Initiating a Review

Completing an Initial and Final Review

Transmitting

Managing and Creating Transmittal

Creating Transmittal

Viewing and Exporting Transmittals

Working with Issues

Setting Up

Accessing “Issues” Settings Types and Categories

Custom Fields Permissions Root Causes

Creating and Closing

Creating Issues From the “Issues” Log via Web Creating Issues on Sheets via Web

Closing Issues via Web

Creating Issues From the “Issues” Log via Mobile Creating Issues on Sheets via Mobile

Closing Issues via Mobile

Managing

Editing Issues

Searching, Sorting, Filtering, and Exporting Issues

Reports

Introduction to “Reports

Setting Up

Configuring “Report” Settings

Creating

Creating Reports and Report Templates Running Reports From Templates

Viewing and Managing

Downloading and Viewing Reports Editing Report Templates Scheduling Reports

Sharing and Exporting Reports

Autodesk Design Collaboration

Managing Changes

Accessing the “Compare” Feature

Selecting Versions to Compare

Navigating the “Change Visualization Panel”

Searching, Filtering, and Exporting Changes

Comparing Changes

Managing Watch Groups

Creating Watch Groups

Navigating the “Changes” Tool

Editing and Deleting Watch Groups

Reviewing Changes in Watch Groups

Introduction to Design Collaboration

Getting Started

Account Navigation Basics

Project Navigation Basics

Help Resources

Managing Team Spaces

Creating a Shared Folder

Creating Teams folder

Using Existing team folders

Scanning for new teams

Managing folders in Teams space

Activating coordination Spaces

Configuring Teams

Managing Team Members

Deleting and Deactivating Team Spaces

Managing Project Settings

Creating Project Templates

Creating Templates for Design Collaboration

Building Templates for Design Collaboration

Introduction

Introduction to “Home” and “Project Status”

Navigating Home

Navigating the “Home” Tool

Managing Files in Home

Uploading and Publishing Files

Creating a Publish Schedule Navigating the “Project Status” Tool

Viewing Sets and Models

Using the Viewer Toolbar

Measuring Sheets and Models

Using the ViewCube

Exploring the Project Model

Navigating the Viewer Panels

Exploring the Hypermodel

Transforming Models

Viewing Models on Mobile

This instructor led training program will be offered at our Autodesk authorized training and certification centre in Melbourne to give you an understanding of how to use Revit architecture software.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Following topics will be covered

Introducing Revit as a BIM tool

What is BIM and what does it mean? The benefits of BIM What will BIM deliver? Industry drivers Introducing Levels of BIM Implications on team and workflow; fee and deliverables; contract and insurance issues

UI Tour, Project Navigation and View Creation 

Interactive session introducing the menu and screen layout  Interrogating the model to extract views Plans, sections and elevations Displaced views, callouts and drafting views 3D isometrics, perspectives and walkthrough movies  Placement and properties of grids, levels and dimensions  Introduction to basic Revit elements Exercise on creating levels, grids and using dimensions and scope boxes

Element Selection and Manipulation 

Interactive session introducing object selection methods  Element properties and manipulation  Instance and Type parameters  Modify tools, Nodes and Snaps Exercise on basic editing tools, trim, offset, align, etc

Visibility Control and Categories

Project-Wide Settings View Specific Overrides Element Specific Overrides Individual Line Overrides Exercise on modifying element visibility

Model Development Methodology

Is BIM just about 3D? Information timeline and overload How a project develops from a base template The complexity of components Controlling graphical display

Wall Creation and Manipulation

Wall types Working with levels Attaching walls Editing wall shapes Set-out information Exercise on insertion and positioning of walls and openings using basic editing tools

Floors, Roofs and Ceilings

Sketching rules Relating slabs to walls and supporting framework Controlling slopes Basic roof design and examples Exercise on the creation of floors, roofs and ceilings introducing sketching principles

Window, Door and Component

Use Family terminology Component placement Element hosting Exercise on Doors, Windows and Level-Hosted (Free-standing) Elements

System Family Editing

Principles of composite system family definition Understanding properties such as function, and wrapping of layers Creating and utilising a system family library Exercise on system family editing

Basic Schedules and Legends

Generation of tabular interrogations of the model Scheduling Components Style schedules Legends Exercise on creating a schedule and legend

Geometry Formation and In-Place Families

Interactive session on the creation and manipulation of basic solid and void forms Extrusion Blend Revolve Sweep Swept Blend Exercise explores creating the above forms

Massing Tools and the Building Maker

Massing families In-place massing and form manipulation Analysing the building concept Using the building maker tools Contextual modelling Terrain modelling Surrounding buildings and features Exercise on developing a building design from fundamental forms

Stairs, Ramps and Railings

Basic stair creation Non-standard and multi-storey stairs Characteristics of simple ramps Hosted and stand-alone handrailing Exercise on basic and multi-storey stairs, handrailing and ramps

Basic Curtain Walls

Fundamental principles and sub-element identification Logic-driven curtain walling Advanced panel and mullion design Curtain system tools for more complex shapes Exercise on curtain walling

Room Data and Colour-Fill

Room definition and boundary elements Terminology – rooms, areas, spaces and zones Tagging and scheduling of rooms Room area and volume Export of data for environmental analysis Area plans Colour schemes and legends Exercise on room data and colour schemes

2D Draughting and Annotation

Introducing annotation tools and component categories Detail component libraries Repeating details Lines and arcs Text, Tags and keynotes Exercise on generating and annotating a construction detail

Sheet Compilation and Publication

Project browser organisation – WIP and Publish Creating and populating sheets Working with schedules Publishing and document management

Basic Subdivision and Collaboration

Introducing a BIM Strategy Document Model management Project team collaboration techniques Transmittal and model issue protocols Basics of large-model sub-division Exercise on worksets and task allocation

Introduction to the Principles of Family Editing

The basic process 10 stages for trouble-free family creation Exercise on defining a fully parametric furniture component

Site Design and Topography

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

This instructor led training program will be offered at our Autodesk authorized training and certification centre in Melbourne to give you a complete understanding of how to use Autodesk Revit MEP. Basic computer skills & engineering knowledge required.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Following Topics will be covered,

Introducing Revit as a BIM tool

What is BIM and what does it mean? The benefits of BIM What will BIM deliver? Industry drivers Introducing Levels of BIM Implications on team and workflow; fee and deliverables; contract and insurance issues

UI Tour, Project Navigation and View Creation 

Interactive session introducing the menu and screen layout  Interrogating the model to extract views Plans, sections and elevations Displaced views, callouts and drafting views 3D isometrics, perspectives and walkthrough movies  Placement and properties of grids, levels and dimensions  Introduction to basic Revit elements Exercise on creating levels, grids and using dimensions and scope boxes

Element Selection and Manipulation 

Interactive session introducing object selection methods  Element properties and manipulation  Instance and Type parameters  Modify tools, Nodes and Snaps Exercise on basic editing tools, trim, offset, align, etc

Visibility Control and Categories

Project-Wide Settings View Specific Overrides Element Specific Overrides Individual Line Overrides Exercise on modifying element visibility

Model Development Methodology

Is BIM just about 3D? Information timeline and overload How a project develops from a base template The complexity of components Controlling graphical display

Establishing a Project

Understanding Project Units – Common, HVAC, Electrical and Piping, MEP settings, symbols and schematic design. Project commencement and collaboration, Linking CAD and Revit Architecture model, Copy monitor and Coordination review.

Introduction to Building Elements

Basic wall definitions, Floors, Roof and Ceilings, Sketching rules Relating slabs to walls and supports, Slab slope, roof design and ceiling definition, System family editing, Column and Beam placement.

Equipment Fixtures and Fittings

Family terminology, Component placement, select the correct level, MEP workflow.

Introducing Systems

Setting up the project Profile, Main Systems Mechanical, Electrical and Piping. System browser, connectors, and other air systems.

Basic Schedules and Legends

Create Mechanical equipment schedule, Generation of tabular interrogations of the model Scheduling Components Style schedules Legends

Geometry Formation and In-Place Families

Interactive session on the creation and manipulation of basic solid and void forms Extrusion Blend Revolve Sweep Swept Blend Exercise explores creating the above forms

Mechanical Systems

Mechanical settings, duct types and fittings, creating duct and piping systems, Insulating and lining ductwork, plant and equipment. Mechanical pipework flanges and fittings.

Electrical Systems and circuits

Equipment, devices and fixtures, wiring, cable tray, conduit modelling, Circuits and switch systems.

Plumbing systems

Plumbing settings, plumbing fixtures, creating plumbing systems, creating sanitary systems, Domestic hot and cold-water systems, working with system browser.

Spaces, Zones, Areas and Volumes

Differentiate between spaces, zones, areas and volumes, defining spaces, bounding elements, tags and schedules, Computation for areas and volumes, using space data outside of Revit, colour scheme and legends.

2D Draughting and Annotation

Introducing annotation tools and component categories Detail component libraries Repeating details Lines and arcs Text, Tags and keynotes Exercise on generating and annotating a construction detail

Sheet Compilation and Publication

Project browser organisation – WIP and Publish Creating and populating sheets Working with schedules Publishing and document management. Manage project information on Titleblock, create revision for drawing issue, print to PDF

Basic Subdivision and Collaboration

Introducing a BIM Strategy Document Model management Project team collaboration techniques Transmittal and model issue protocols Basics of large-model sub-division Exercise on worksets and task allocation

Introduction to the Principles of Family Editing

Create parametric family and tips for trouble free family creation.

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

This instructor led training course will be offered at our Autodesk authorized training and certification centre in Melbourne to make you confident to use Revit MEP for Protection services Modelling.

Following topics will be covered

• Introduction to Revit
• Understanding user interface, Creating Levels, Grids, & working with Project Browser
• Understanding Templates, Creating Pipes, Working with Piping offset, Fittings, Accessories, Modification tools in Revit
• Visualization tools, Visibility Graphics
• Piping drawings, Creating Pipe types
• Understanding Fire Protection components, Creating Systems
• Hydronic Systems, Plumbing Systems, Fire Protection Systems. System Browser,
• Fire Alarm System creation
• Creating a Fire Protection System Project.
• Linking and Coordinating with a Architectural Model, Manage Links, Copy-Monitor, Collaboration
• Customizing Floor Plan views
• Creating Fire Protection Systems Layout, Connecting Pipes and Fire Protection equipment.
• Creating vertical Piping. Connecting in 3d, Creating sections, Creating Camera 3D views,
• Creating Schedules, Sorting and Filtering, Formatting Tables.
• Calculating the no of Fire sprinklers based on Building Rules.
• Creating a Calculated Parameter in Schedule. Export the schedule to excel sheet
• Creating sheet, Customized Title block creation, Adding Dimension, Adding Tags
• Loading and customizing Tag families, Adding Text and Leader text, callout views
• Drafting views, Importing AutoCAD Details in Revit,
• Legend views, Detailing tools
• Printing a sheet.

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

This instructor led training course will be offered at our Autodesk authorized training and certification centre to give you a complete understanding of Autodesk Navisworks clash detection and timeliner. On completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Following topics will be covered

Introducing Navisworks as a BIM Tool

User Interface

Exploring the User Interface

Using the commands

Toolbars and Tooltips

Navigation bar

Other Useful Terminology

Compiling and Managing a project

Options

Native file types (Nwc/Nwf/Nwd)

Appending Files

Appearance profiler

Working with files

Exploring the Model

Navigating in Navisworks model

Controlling the realism

Controlling model appreance

Controlling render quality

Review, Redlining, Links and Switchback

Interactive geometry

Select and Search ( Selection Sets, Search Sets, Selection Inspector, Selection Tree)

Find and compare objects

Manipulate and transform objects

Measure tools

Redlining, comments and tags

Links to objects

Switchback

Viewpoint creation, Sectioning & animation

Using Viewpoints, Sectioning planes and boxes

Record and play animations

Animation and Interactivity

Object animation (Animation scenes and sets)

Working with Cameras, Section Plane sets

Keyframes, Play animations

Scripter

Autodesk Rendering

Overview

Materials, Material Mappig

Lights

Sun, Exposure and Environment

Setting and Quality

Save and Export

Simulation and the Timeliner

Overview

Tasks, Data Sources

Configure

Simulate

Rules and Settings

Interference management – Clash Detective

Overview Interfernce management and visual clash detection

Clash Detective window and tool

Add test, Import/Export, Settings, Rules, Run Test, Results, Display Settings

Run Interference checks

Items, group or models

Create clash reports

Link with Animation

Link to Timeliner

Material takeoff-Quantification

Overview

Workbook and tools

Group, Items and Resources

Variables and formulas

Material takeoff

Change Analysis

Import/export catalogs and Quantities

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

This instructor led training program will be offered at our Autodesk authorized training and certification centre in Melbourne to give you a complete understanding of how to use Revit structure software. Basic computer skills & engineering knowledge required.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Following topics will be covered.

Introducing Revit as a BIM tool

What is BIM and what does it mean? The benefits of BIM What will BIM deliver? Industry drivers Introducing Levels of BIM Implications on team and workflow; fee and deliverables; contract and insurance issues

UI Tour, Project Navigation and View Creation 

Interactive session introducing the menu and screen layout  Interrogating the model to extract views Plans, sections and elevations Displaced views, callouts and drafting views 3D isometrics, perspectives and walkthrough movies  Placement and properties of grids, levels and dimensions  Introduction to basic Revit elements Exercise on creating levels, grids and using dimensions and scope boxes

Element Selection and Manipulation 

Interactive session introducing object selection methods  Element properties and manipulation  Instance and Type parameters  Modify tools, Nodes and Snaps Exercise on basic editing tools, trim, offset, align, etc

Visibility Control and Categories

Project-Wide Settings View Specific Overrides Element Specific Overrides Individual Line Overrides Exercise on modifying element visibility

Model Development Methodology

Is BIM just about 3D? Information timeline and overload How a project develops from a base template The complexity of components Controlling graphical display

Establishing a Project Wall Creation and Manipulation

Understanding project units, Structural settings and symbolic presentation, Analytical settings, Linking CAD, Point Cloud, IFC, PDF File and Revit Architectural model, Copy monitor and Coordination review.

Modelling Basics –  Walls, Columns, Beams and Bracing

Modelling walls, wall types working with levels Attaching walls Editing wall shapes Set-out information, Modelling Beams, Modelling Vertical Columns, slanted columns, Bracings.

Foundations and Piling

Footing and foundation types, Isolated footing, pad footing, pile and strip foundation, Slab on ground, slab edge, Foundation walls, pier and pilasters.

System Family Editing

Principles of composite system family definition Understanding properties such as function, and wrapping of layers Creating and utilising a system family library.

Basic Schedules and Legends

Create Structural Column schedule, Framing schedule, Foundation schedule, Generation of tabular interrogations of the model Scheduling Components Style schedules Legends, difference between Building component schedule, key schedule.

Geometry Formation and In-Place Families

Interactive session on the creation and manipulation of basic solid and void forms Extrusion Blend Revolve Sweep Swept Blend Exercise explores creating the above forms

Slab, Floor and Roof Tools

Sketching rules Relating slabs to walls and supports, Cover all different cases of slab and floor modelling which you will encounter working as a Revit structure modeller, Cantilevers, span direction, adding slopes, slab foundation and slab edge, understanding basic roof design.

Stairs, Ramps and Railings

Basic stair creation Non-standard and multi-storey stairs Characteristics of simple ramps Hosted and stand-alone handrailing Exercise on basic and multi-storey stairs, handrailing and ramps

Beam and Truss system

Beam systems creation and placement, sketching boundaries and rules, modifying beam system properties, concrete framing system and pan joist slabs, Truss elements, placements, attaching truss to roof and floor.

2D Draughting and Annotation

Introducing annotation tools and component categories Detail component libraries Repeating details Lines and arcs Text, Tags and keynotes

Sheet Compilation and Publication

Project browser organisation – WIP and Publish Creating and populating sheets Working with schedules Publishing and document management. Manage project information on Titleblock, create revision for drawing issue, print to PDF.

Basic Subdivision and Collaboration

Introducing a BIM Strategy Document Model management Project team collaboration techniques Transmittal and model issue protocols Basics of large-model sub-division Exercise on worksets and task allocation

Introduction to the Principles of Family Editing

Create Parametric family, tips for trouble free family creation

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

This 2 day instructor led training course will be offered at our Autodesk’s Authorized Training and certification centre in Melbourne to give you complete understanding of how to use Revit software. Basic computer skills & engineering knowledge required.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Following topics will be covered

• Create Revit families as per ANZ Standards
• How to choose correct family templates
• Create place families
• Family creation planning
• Create family types, assign family category and parameters
• Use of nested families
• Setting up visibility parameters to appear in structural drawings
• Introduction to nested families
• Family creation exercises using Revit family templates
• Create generic model families
• Create face based and work plane based families
• Create structural column families
• Create structural framing families
• Create structural framing line based families
• Create detail item families
• Create detail item line based families
• Structural connections
• Design Options
• Phasing

After course completion you will be competent user of Revit Structure and will receive Autodesk certificate.

AutoCAD Essential course is aimed to equip a Fresher to learn and master essential tools to create drawings, modify and manipulate the drawing elements, learn the features for organising Drawing contents. It also covers the annotation tools and technics for creating and working with reusable contents and Printing tool.

After completion of course Autodesk’s globally accepted certificate of completion will be issued.

Objectives

AutoCAD Interface

• Navigating the Working Environment
• Working with Files
• Displaying Objects
• Setting up Limits to define the Drawing area

Creating Basic Drawings

• Creating Basic Objects
• Inputting Data using Grids and Snap
• Using Object Snaps
• Using Polar Tracking and Polar Snap™
• Using Object Snap Tracking
• Working with Units

Manipulating Objects

• Selecting Objects in the Drawing
• Changing an Object’s Position
• Creating New Objects from Existing Objects
• Changing the Angle of an Object’s Position
• Creating a Mirror Image of Existing Objects
• Creating Object Patterns
• Changing an Object’s Size

Drawing Organization and Inquiry Commands

• Using Layers
• Changing Object Properties
• Matching Object Properties
• Using the Properties Palette
• Using Line types and Line weights
• Using Inquiry Commands

Altering Objects

• Trimming and Extending Objects to Defined Boundaries
• Creating Parallel and Offset Geometry
• Joining Objects
• Breaking an Object into Two Objects
• Applying a Radius Corner to Two Objects
• Creating an Angled Corner Between Two Objects

Annotating the Drawing

• Creating Multi-line Text
• Creating Single Line Text
• Using Text Styles
• Editing Text

Dimensioning

• Creating Dimensions
• Using Dimension Styles
• Editing Dimensions
• Using Multi leaders

Hatching Objects

• Hatching Objects
• Editing Hatch Objects

Working with Reusable Content

• Creating Blocks ( local Blocks and W Blocks)
• Inserting Blocks
• Editing Blocks
• Working with Design enter™
• Using Tool Palettes

Creating Additional Drawing Objects

• Working with Polylines
• Creating Splines
• Creating Ellipses
• Using Tables
• Creating and Editing Multi-line
• Creating Revision Clouds
• Wipe-out Objects

Plotting

• Purging Objects
• Plotting Drawings

Who should attend?

New users of AutoCAD or AutoCAD LT.

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

This 2 days Autodesk AutoCAD Advanced course is a continuation from the Essential module to equip user to master in the advanced tools for productivity. The tools including, advanced Selections methods, Modify tools, Drawing management tools, Annotation tools to maintain standard drawings, are taught in this module.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Objectives

AutoCAD Data input Methods and application

• Absolute Method
• Relative method
• Polar Method
• Direct distance Entry
• Polar Tracking
• Advanced Polar Tracking
• Using advanced Drawing Aids
• Grids and Snap
• Preparing Isometric Drawing
• Using of Surveyor units and Architectural units to prepare drawings

Creating Additional Drawing Objects

• Creating Splines
• Creating and Editing Multiline
• Creating Revision Clouds
• Wipe-out Objects
• Boundaries
• Regions

Manipulating Objects and Data

• Selecting Objects with Quick Select
• Purging Objects
• Working with Point Objects
• Dividing and Measuring Objects
• Using QuickCalc for Performing Calculations
• Template Drawing Creation
• Creating Drawing Templates

Reusable Content

• Using Design Center™
• Creating Custom Tool Palettes
• Organizing Tool Palettes
• Sharing Tool Palettes
• Using External References
• Managing External References
• Edit in place Xref
• Using of PDF underlay
• Using of Raster images

Blocks and Attributes

• Modifying Block Definitions
• Creating Attributes
• Editing Attributes

Dynamic Blocks

• Using Dynamic Blocks
• Adding Parameters to Dynamic Blocks
• Using Parameter Sets
• Creating Dynamic Blocks
• Adding Actions to Dynamic Blocks

Working with Annotative Tools

• Introduction to Annotation Scaling
• Controlling Annotation Scale
• Annotative Styles
• Annotative Dimensions
• Annotative Text
• Annotative Hatches

Working with Tables

• Working with Table Styles
• Creating and Editing Tables
• Extracting Attributes to Tables

 Drawing Standards

• Creating a Standard Drawing
• Checking Layer Standard
• Creating Error report

Customize the AutoCAD Interface

• Changing the AutoCAD Drawing window colour
• Managing the selection tools
• Managing Layout options

AutoCAD Parametric Tools

• Geometric and Dimensional Constraints
• Adding Automatic Geometric constraints
• Adding constraints manually
• Constraints settings
• Parametric manager

Working with Layouts

• Creating Layouts
• Modifying Layouts and Using Page Setups
• Creating Layout Viewports
• Working with Layout Viewports
• Controlling Object Visibility in Layout Viewports

Plotting

• Using Page Setups
• Plotting Drawings
• Working with Plotter Configuration Files
• Creating and Applying Plot Style Tables
• Publishing Drawings

This instructor led training program will be offered at our Autodesk authorized training and certification centre in Melbourne to give you a complete understanding of how to use Autodesk Civil 3D. Basic computer skills & engineering knowledge required.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

AutoCAD Civil 3D Environment

The User Interface

Examining Toolspace, Prospector Tab & Settings Tab

Creating Objects, Object Styles, and Label Styles

Creating Drawing Templates, Modify Drawing Settings, Viewport Scaling, and Text Size

Creating Export and View Land XML Reports

Points

Create Points

Manage Points – Point Groups. Description Key,Importing Point Data,

Edit Command Settings to Set Default Styles, Naming Templates, and Parameters

Use Grips to Control Graphical Point Display

Create a Point Table

Surfaces

Import data through AutoCAD LandXML

Create a Surface – Using Point Groups, Point File, Drawing Objects, Contour drawings

Surface Style – Creating and modifying,

Edit a Surface, Surface Analysis

Surface Labels – Contour labelling, Spot elevation labelling

Volume calculation between two Surfaces.

Adding break lines and boundaries.

Quick Profile creation.

Alignments

Create an Alignment with Polylines

Create an Alignment with Creation tools

Edit Alignments

Label Alignments and Create Tables

Use Station Reference Points, Design Speeds

Applying Super elevation

Designing Criteria-Based Alignments

Creating Offset Alignments

Existing and Design Profiles

Creating Surface Profiles and Profile Views

Creating Layout Profiles

Editing Profile Geometry

Labelling Profiles and Profile Views

Assemblies and Corridors

Creating Assemblies, Subassemblies,

Modify Assembly Properties

Creating Corridor Models

Creating Corridor Surfaces

Modify the Corridor Properties

Creating Intersections

Modeling Road Designs in 3D

Sections and Quantities

Creating Cross‐Section Sample Lines

Calculating Corridor Quantities

Calculate Earthworks and Pavement Structure Quantities

Creating Quantity Reports

Modify the Sample Line Group Properties

Creating Section Views

Parcels

Creating Sites

Creating Right-of-Way Parcels

Creating Parcels

Editing Parcels

Labelling Parcel Segments and Creating Tables

Pipes

Work with Pipe and Structure Rules

Layout Pipe Network

Draw Pipes in Profile View and Edit Pipe Network

Label Pipes in Plan and Profile

Grading and Quantities

Create and Edit Feature Lines

Creating Grading Surfaces

Calculating Volume

Labelling Grading Surface

Plan Production

Create View Frames in a View Frame Group

Create Sheets,

Project Management

Data Shortcuts

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

This instructor led training program will be offered at our Autodesk authorized training and certification centre in Melbourne to give you a complete understanding of how to use Autodesk Plant 3D. Basic computer skills & engineering knowledge required.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

 Getting Started

Introducing AutoCAD Plant 3D

Setting Up AutoCAD Plant 3D Workspaces

Understanding the Application Menu

Understanding the Ribbon Interface

Working with Projects

Understanding Projects

Creating a Project

Opening a Project

Creating a P&ID Drawing in a Project

Creating a Plant 3D Drawing in a Project

Importing a Drawing into a Project

Creating 3D Model

Understanding Plant 3D Modeling

Mapping P&ID Symbol Properties to Plant 3D Objects

Working with Structural Components

Adding Structural Elements

Adding Platforms

Adding Access Members

Editing Structural Members

Cutting Structural Members

Adding Equipment to a Model

Creating Fabricated Equipment

Adding Nozzles and Templates for Equipment

Modifying Nozzles and Equipment

Creating Content from AutoCAD 3D Models

Understanding and Setting Pipe Specifications

Creating Piping Layouts in a Model

Editing Piping Layouts in a Model

Using Special Piping Toggles

Placing Inline Accessories in a Model

Adding Pipe Supports

Understanding 3D Display Modes

Defining Isometric Views

Understanding Isometric Views

Defining Project Iso Styles

Editing Isometric Advanced Default Settings

Setting Isometric Annotation and Dimension Behavior

Defining Sloped and Offset Piping

Defining Isometric Title Block and Display Settings

Generating Quick Isometric Views

Generating Production Isometric Views

Creating Isometric Messages and Information Items

Generating Fabrication PCF Files

Locking Issued Isometric Drawings

Defining Orthographic Views

Understanding Orthographic Views

Creating Orthographic Plan Views

Using Adjacent Views

Editing and Updating Orthographic Views

Adding Annotations and Dimensions to Orthographic Views

Using Special Features for Orthographic Views

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

Autodesk Inventor training program will be offered at our Autodesk authorized training and certification centre in Melbourne to give you a complete understanding of how to use Autodesk Inventor. Basic computer skills & engineering knowledge required.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Course description

Autodesk® Inventor® software takes manufacturers beyond 3D to Digital Prototyping by giving engineers a comprehensive and flexible set of tools for 3D mechanical design, simulation, tooling, visualization and documentation. With Inventor software, engineers can integrate 2D AutoCAD® drawings and 3D data into a single digital model, creating a virtual representation of the final product that enables them to validate the form, fit, and function of the product before it is ever built. Digital Prototyping with Inventor software enables you to design, visualize, and simulate products digitally, helping you to build better products, reduce development costs, and get to market faster.

This course covers the Inventor Parametric 3d modelling features and visualisation techniques by exploring the fundamental concepts and workflows for creating Part models, Assembly, Drawing generation, Presentations

Who should attend?

Users who are familiar 2D drawing techniques in AutoCAD who want to create 3D models of their designs.  Knowledge in AutoCAD NOT a must.

Autodesk Inventor Fundamental Training – (18-20 hrs.)

• Autodesk Inventor Project Management
• User Interface and Working with Views
• Working with Inventor Templates
• Creating 2D Sketches in the Sketch Mode
• Editing In the Sketch Mode
• Geometric and Dimensional Constraints
• Autodesk Inventor Part modelling Concepts
• Feature Type and Classification
• Using of Work Features and Project Geometry
• Working with Inventor Part modelling
• Advanced Part modelling tools
• Component manipulation techniques
• Browser Editing modes – Suppress, Visibility control and Re Order of features
• Constraints and Joints in Assembly
• Top down | Middle out| Bottom up Assembly techniques
• Assembly Modelling
• Assembly Presentations
• Inventor Application and Document – Options and settings
• Visual Styles and section views
• Creating Sheets and Placing Views
• BOM creation and Manipulation in Inventor.
• Working with Annotations
• Printing sheets

On course completion you will have all the essential skill of Autodesk Inventor

Autodesk Inventor Intermediate Training – (18-20 hrs.)

• Working with Assemblies
• Assembly constraints and joints
• Creating an Assembly from Independent Parts
• Creating parts in the Assembly context
• Editing Components in an Assembly
• Adding Components from the Library
• Assembly Presentation View
• Adding Tweaks and Presentations
• Creating Assembly Drawings
• Sectioning Tools in the Assembly
• Adding Part List and BOM
• Creating Presentation Drawings
• Customizing Title block and sheet layout.
• Creating Assembly joints
• Preparing Animations

On course completion you will have intermediate skill of Autodesk Inventor.

Autodesk Inventor Advanced Training- (14-16hrs.)

• Adaptive Parts
• Plastic Parts
• Sheet Metal Essentials
• iPart Factory
• Frame Generator
• Bolted Connection
• Parametric Sketches
• Sketch Design doctor
• Shaft Generator

On course completion you will have Advanced skill of Autodesk Inventor.

For customised training of Autodesk inventor please contact directly by filling contact us form.

This 2 day instructor led training program will be offered at our Autodesk authorized training and certification centre in Melbourne to give you an understanding of how to use Revit software. This course is ideally suitable for anyone from Architecture/Structure/MEP background to further enhance their Revit skills and manage some of of the Revit software settings.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Autodesk Revit Advanced Training.

Managing Revit Settings.

1. Line types and Line Weights in Revit
2. Creating New Fill Patterns based AutoCAD Pat files
3. Create new Material and Material Library.
4. Adding and retrieving Project Information
5. Working with Object styles.
6. Using Transfer Project Standard.
7. Assigning True North location.
8. Working with LOD

Creating project Title block and project Template

1. Create project Title block
2. Understand shared parameters
3. Understand project parameters
4. Create project template
5. Creating sheets and Managing revisions for external issue of client
6. Creating door and windows tags,
7. Understanding use of different parameters.

Project team collaboration

1. Introduction to workset,
2. Working with workset related projects,
3. Creating worksets, editing workset, relinquish workset
4. Managing worksets
5. Worksharing Monitoring
6. Controlling workset visibility and display options in Linked Revit model

Phasing

1. Working with Phasing,
2. Project Phasing, Phase filter, Phase properties
3. Create Phase
4. Combine Phase, Create and apply phase filters

Design Options

1. Introduction to design options
2. Working with design options
3. Create design option set
4. Edit design options, move element from one design option to other
5. Duplicate design options

Learn computational design from Autodesk experts and be proficient in using dynamo for Revit. Become more productive at work by automating daily repetitive tasks. This course is ideal for architects, structural or MEP Engineering professional to take their current skill and knowledge to the next level.

Following topics will be covered in 3 days Dynamo for Revit training course.

Basic Concepts of Dynamo, Nodes Placement and Lists

• Introduction to Dynamo
• Understanding Dynamo User Interface
• When to use Dynamo
• Used cases examples.
• Placing of nodes and connecting them
• Understanding the flow of Dynamo Scripts
• Different selection nodes for Revit Components
• Understanding different packages
• Creating Lists and Strings
• Lacing

Data Management and Component Placement

• Reading data from Excel
• Writing data from Excel
• Filtering and Sorting data
• Understanding the level of lists
• Understanding the component placement nodes
• Code Blocks
• Single component placement
• Multiple component placement
• Changing the parameter of components using Dynamo
• Placing Revit Families using Dynamo

Project Standardization via Dynamo and Geometry Creation

• Project initiation / Standardization
• Component nomenclature standardization
• Architectural and structural component creation and placement
• Assigning workset to the components via category
• Schedule standardization for quantification
• Creating mass using Dynamo
• MEP installation using Dynamo Script
• Examples of Dynamo usages in Infrastructure projects with examples
• Understanding the benefits of Dynamo on different types of projects
• Learn how Dynamo helps save time and tasks on BIM Projects

After completion of course, BIM Technologies course completion certificate will be issued.

Autodesk® InfraWorks software provides breakthrough 3D modeling and visualization technology for desktop, web, and mobile that supports Building Information Modeling (BIM) workflows. Civil engineers and planners can help deliver projects, small and large, by more efficiently managing larger-scale infrastructure models created from existing data sources, engineering in context from the start, and generating proposals at the appropriate level of detail. Additionally, users can communicate to a broader audience, including public and project stakeholders, in new ways with anytime, anywhere access to project scenarios.

Who should attend?

This course is targeted new users of Autodesk Infra works, and is geared toward architects Civil engineers and planners

Pre-requisites

AutoCAD Civil 3D experience is desirable.

It is recommended that you have a working knowledge of:

• Road / InfraStructure or engineering experience
• Microsoft® Windows

Following topics will be covered.

• Infraworks Homepage, Application Options
• Infraworks Model Builder-Create and opening
• Navigation-Mouse and keyboard controls
• Panels and Asset Card
• Views-(Conceptual, Engineering, Customised), view Settings
• Book Marks-Adding and Using them.
• Model Explorer
• Create Proposals
• Data Sources-Import, Stylize
• Surface Layers
• Sketch Planning Roads in Autodesk Infraworks
• Building, Grip Editing
• Land Area with Grading Style
• Vehicles and People (City Furniture)
• Row of Trees and Stand of Trees
• Terrain Themes
• Feature Themes
• Creation of Styles-Road Styles (General Settings, Track Settings, Decorations)
• Creating Component Road (Design Road)
• Editing Road, Replacing Component, deleting component, Adding assembly to the library
• Grading control on the road
• Intersection
• Roundabout
• Vertical Design Adjustment
• Earthwork Quantity
• Bridges (Adding Editing Individual Components)
• Hide/Unhide Bridge Components
• Tunnel Creation, Slice Plane Creation
• Editing the values of the Tunnel Segments
• Watershed Analysis
• Culvert Design
• Inspect Drainage
• Rainfall Content
• Drainage Network-Automatic/Manual Method
• Drainage Network Sizing
• Presentation-Story Board Creation
• Camera Path Animation using Bookmarks
• Component Road Animation
• Zoom Animations (Crane, Look around etc)
• Exporting to avi files
• Share to Civil3D using Export IMX
• Traffic Simulation study

After course completion you will be competent user of Infraworks and will receive Autodesk certificate.

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

Instructor led training program will be offered at our Autodesk authorized training and certification centre in Melbourne to give you an understanding of how to use Autodesk Fusion 360. This course is ideally suitable for anyone from Mechanical engineering background to further enhance their Modelling skills.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Following topics will be covered.

Introduction

Introduction to Fusion 360

Getting familiar with user interface

Navigation tools

Display and visual settings

Drawing units and preferences

Selection tools

Understanding parametric nature

Making Basic Sketches

Workspace update

Starting basic sketches

Making rectangle and circle

Understanding geometric constraints

Using Trim, Extend and Offset tools

Using Fillet and Mirror tools

Making Arc and Ellipse

Basic 3D Modelling

Making Solid Primitives

Using Extrude tool

Using Revolve tool

Making Fillet and Chamfer

Using Shell, Mirror and Draft Tools

Presspull Tool

Using Sweep Tool

Understanding Loft tool

Move and Copy

Sketch Features

Making Polygons

Understanding splines and Attaching canvas

Break and point tools

Slot and Conic curves

Text and Sketch scale tools

Circular and rectangular sketch pattern

Adding Parameters to sketches

Construction and Measurement

Making construction Planes

Making construction axis and point

Taking measurements

Interference and section analysis

Understanding G0, G1, G2 and G3 continuity

Zebra and Draft analysis

Modelling Features

Boolean operations using Combine tool

Making stiffeners using Rib and Web tools

Making hole

Making thread

Making Rectangular, circular and path patterns

Scale and replace face tools

Face, Body and Silhouette split

Assembly Modelling

Understanding the Top-down and bottom-up approaches in assembly

As-built joint

Applying joints

Motion link

Animating the joint

Animating the model

Exploding the assembly

Working with Production Drawings

Create the Base view

Initiate a projected View

Create an Isometric base view

About Projected Views and View Options

First Angle Projection, Third Angle Projection

Edit the Isometric Base View, Projected View

View Properties, Detail View, Create Text

Interference Edges

Create Leader Notes, Create & Modify Dimensions

Inset a parts list

Create annotations balloons

Specify the title block text

Steps for outputting the drawing

Output a PDF

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

This instructor led training program will be offered at our Autodesk authorized training and certification centre in Melbourne to give you a complete understanding of how to use Autodesk Advance Steel. Basic computer skills, 2d AutoCAD skills including basic drawing, editing & engineering drafting knowledge required.

After completion of course, Autodesk’s globally accepted certificate of completion will be issued.

Following topics will be covered

Introduction & Starting a Project

• Template Files
• Project Data
• File Structure
• Create a Project File

Working in 3D CAD

• Common CAD Commands
• Mouse view command for 3DProject Data
• Viewpoints
• Visual styles

Advanced Steel Interface

• Selecting objects
• Advance properties
• Advance joint properties
• Joint boxes
• deleting objects
• Undo
• Object snap
• 2D/3D Osnap

Coordinate Systems

• 3D Coordinates
• World Coordinates
• User Coordinate System

Building Grids

• Creating building Grid
• Grid Properties
• Modify Grids
• Level Symbols

Basic Structure

• Structural Frames
• Draw Portal Frame
• Placing sections
• Beam properties
• Draw bem and sections

Simple editing

• Overview
• Layer Management
• Common Basic CAD editing commands
• Transform Elements
• Advance Copy/Rotate/Array
• Advance Trim/Extend

Automatic Joints

• Connection Vault
• Joint properties
• Repeating joints
• Joint Library
• Joint Groups

Note

For customised training please call 1300 205 491 or contact directly by filling contact us form.

BIM Technologies is an Autodesk Authorized Training Center and Certiport Authorized Testing Center. We arrange exams for below listed Autodesk Software’s, if anything not listed here or exam date and time doesn’t suit you then please contact us to schedule your exam.

• Autodesk Revit
• Autodesk AutoCAD
• Autodesk 3ds Max
• Autodesk Inventor
• Autodesk Maya

Exam Fee 450 AUD

Please send an email to info@bimtechnologies.com.au or call 1300 205 491 to book your exam.