UtoCAD Fundamentals

AUTOCAD

MODELS -1 (2D DRAFTING) FILL OPERATIONS

Introduction to AutoCAD New openSave close

DRAWING TOOLS Save asLine Qsave, import, export, drawingutilitiesCo-ordinate systems in Autocad polt, drawing,propertiesCirclePolygon OBJECTIVE PROPERTIESRectangle, Ray, Xline, Pline, Spline Colour, Arc Multiline LtpyeDonut W-Block LtscaleUndo Block, Table point LweightRedo erase Hatch, Revibrown, Cloud Layer, Layer managerOops Text, Mtext ChangeEllipse ChpropQuit Attrebutcher DIMENSIONINGOsnap Object selection methods Dimension for 2D objectAdvanced section Methods, Isometrics Dimension of IsometricAdvanced selection methods Cheater of Dimension styles

MODIFYING TOOLSCopy erase PedrtHatch cport splin editMove Hatch costExtend multileaderTrim multiline editBreak, join Attributes editorFillet Block editChamfer Text editingMirror Tool palletterArray multi leaderRotate PedrtScaleStreetchOffsetLengthenExplodeXpoldeDim edit

MODULE-II MODULE-IV(Productive tools) (3D dimensional)Function keys Introduction to 3DXplode ModelsLengthen Wire frame modelingCal V pointDivide HideMeasure Shade modePurge Surface modellingRename 3d polyAd centre 3d faceGroup Solid modeling extrudeDist Box RevolueDblist Cylinder sweepID Cone leftStatus Torus sapa planeTool palletole Wedge prem pullProperty pallette Sphere

MODULE-III BOOLEAN OPERATIONS(Customization of Autocad) UnionCreation of line types SubreactionCreation of simple line type IntersectCreation of shapes Rotate 3dCreation of hatch paterns Mirror 3dImage 3darrayImage attach PlanImage adjust AlignImage quality SliceImage clip SectionCreation toolbar 3d orbitMenu load Mass propLayouts RevolueMetal Solid operationsRmatMatlibRender RENDERINGBackground Hatch positionsFogLightOptions

utoCAD Fundamentals (Level 1 - Four Days)

Learn how to create and edit professional looking 2D drawings with this comprehensive first course in the use of AutoCAD 2012 and AutoCAD LT 2012. Even students with no previous CAD experience can progress quickly through this course which is arranged in a natural sequence that is easy to understand. Students immediately apply what they have learned from brief theory presentations in hands-on exercises using supplied drawing files. These exercises include step-by-step instructions along with clearly illustrated screen captures.

The first two days cover the indispensable core topics for working with AutoCAD. The teaching strategy is to start with a few basic tools that enable the student to create and edit a simple drawing and then continue to develop those tools. More advanced tools are introduced throughout the course. Not every command or option is covered, because the intent is to show the most essential tools and concepts.

The second two days continue with more sophisticated techniques that extend the student's mastery of the program. For example, the course goes beyond the basic skill of inserting a block to learn how to create blocks, and beyond the basic skill of using a template to understand the process of setting up a template.

Upon completion of this comprehensive AutoCAD 2012 Fundamentals course, the student will be able to create a basic 2D drawing using drawing and editing tools, organize drawing objects on layers, add text and basic dimensions, and prepare to plot.

Course Objectives: After completing this course, you will be able to:

Navigate the interface, open and close files, and use the Zoom commands to adjust the display of objects on the screen.

Describe units, function keys, and coordinate systems and create basic objects, using different data input techniques, object snaps, object snap tracking, polar tracking, and Polar Snap.

Select, modify, and adjust the properties of objects using object grips and the Move, Copy, Rotate, Mirror, and Array commands.

Create and manage layers and linetypes and obtain geometric information from objects in the drawing.

Modify objects by changing their size, shape, orientation, or geometric composition using Trim, Extend, Offset, Join, and other commands.

Create layouts, and create and manipulate viewports on the layouts. Create and edit annotation objects using multiline and single line text. Enhance the drawing's visual appearance with hatch patterns and gradient fills. Create, edit, and manage dimensions and dimension styles. Create blocks and reuse them in your drawings using the Insert command,

DesignCenter, and tool palettes. Utilize the DesignCenter and tool palettes to insert and create other content in your drawings.

Create multiple segmented polyline objects, create the smooth curve objects of splines and ellipses, and add tables to your drawings.

Create and use page setups, and plot your designs from layouts and model space. Use drawing templates to simplify the process of creating new drawings that contain

all the required dimension styles, text styles, and layers that you would otherwise create manually, each time you created a new drawing.

Topics include:

Understanding the AutoCAD workspace and user interface Using basic drawing, editing, and viewing tools Organizing drawing objects on layers Inserting reusable symbols (blocks) Preparing a layout to be plotted Adding text, hatching, and dimensions Using more advanced editing and construction techniques Adding parametric constraints to objects Creating local and global blocks Setting up layers, styles, and templates Learning advanced plotting and publishing options

Prerequisites: It is recommended that you have a working knowledge of:

Basic design/drafting procedures and terminology Microsoft Windows XP, Vista, or Windows 7

Syllabus

AutoCAD 2012 / AutoCAD LT 2012 Fundamentals(4 Day Classroom)1. Getting Started with AutoCAD

Starting AutoCAD AutoCAD's User Interface Working with Commands AutoCAD's Cartesian Workspace Opening an Existing Drawing File Viewing Your Work Saving Your Work

2. Basic Drawing & Editing Commands

Drawing Lines Erasing Objects Drawing Lines with Polar Tracking Drawing Rectangles Drawing Circles Undo and Redo Actions

3. Drawing Precision in AutoCAD

Using Running Object Snaps Using Object Snap Overrides Polar Tracking at Angles

Object Snap Tracking

4. Making Changes in Your Drawing

Selecting Objects for Editing Moving Objects Copying Objects Rotating Objects Scaling Objects Mirroring Objects Editing with Grips

5. Organizing Your Drawing with Layers

Creating New Drawings With Templates What are Layers? Layer States Changing an Object's Layer

6. Advanced Object Types

Drawing Arcs Drawing Polylines Editing Polylines Drawing Polygons Drawing Ellipses

7. Getting Information from Your Drawing

Working with Object Properties Measuring Objects

8. Advanced Editing Commands

Trimming and Extending Objects Stretching Objects Creating Fillets and Chamfers Offsetting Objects Creating Arrays of Objects

9. Inserting Blocks

What are Blocks? Inserting Blocks Working with Dynamic Blocks Inserting Blocks with DesignCenter Inserting Blocks with Content Explorer

10. Setting Up a Layout

Printing Concepts Working in Layouts

Copying Layouts Creating Viewports Guidelines for Layouts

11. Printing Your Drawing

Printing Layouts Printing from the Model Tab

12. Text

Working with Annotations Adding Text in a Drawing Modifying Multiline Text Formatting Multiline Text Adding Notes with Leaders to Your Drawing Creating Tables Modifying Tables

13. Hatching

Hatching Editing Hatches

14. Adding Dimensions

Dimensioning Concepts Adding Linear Dimensions Adding Radial and Angular Dimensions Editing Dimensions

15. Working Effectively with AutoCAD

Creating a Custom Workspace Using the Keyboard Effectively Object Creation, Selection and Visibility Working in Multiple Drawings Copying and Pasting Between Drawings Using Grips Effectively Additional Layer Tools

16. Accurate Positioning

Coordinate Entry Locating Points with Tracking Construction Lines Placing Reference Points

17. Parametric Drawing

Working with Constraints Geometric Constraints

Dimensional Constraints

18. Working with Blocks

Creating Blocks Editing Blocks Removing Unused Elements Adding Blocks to Tool Palettes Modifying Tool Properties in Tool Palettes

19. Creating Templates

Why Use Templates Controlling Units Display Creating New Layers Adding Standard Layouts to Templates Saving Templates

20. Annotation Styles

Creating Text Styles Creating Dimension Styles Creating Multileader Styles

21. Advanced Layouts

Quick View Layouts Creating and Using Named Views Advanced Viewport Options Layer Overrides in Viewports Additional Annotative Scale Features

22. External References

Attaching External References Modifying External References XRef Specific Information

AutoCAD Advanced (Level 2 - Three Days)

AutoCAD Advanced is the second in the series of Datamat AutoCAD courses and is designed to teach AutoCAD® users about the software's more advanced functionality. While our initial course, AutoCAD Fundamentals, focuses on the basic tools to create a drawing and setup files, this course strives to make the student more proficient in his or her use of AutoCAD and introduces more advanced techniques.

Students should be comfortable with the basics of creating an AutoCAD drawing as taught in our AutoCAD Fundamentals course. Our teaching strategy is to demonstrate the versatility of AutoCAD by showing a range of options to achieve a particular result and to suggest where one option can be better than another under given circumstances. Students should practice the topics and concepts discussed in this class, and apply them in ways appropriate for their work.

Topics include:

Advanced text objects Working with tables Defining dynamic blocks and attributes Outputting and publishing files for review Collaboration and automation tools Creating, publishing, and customizing sheet sets Managing layers CAD management and system setup Enhancing productivity by customizing the AutoCAD interface Using macros and custom routines

Prerequisites: It is recommended that you have a working knowledge of AutoCAD Fundamentals (or equivalent) and at least 80 hours of experience with AutoCAD.

1. Advanced Text Objects

Annotation Scale Overviewo Working with Annotative Styleso Viewing Annotative Objects at Different Scaleso Annotation Scale and Model Spaceo Modifying Annotative Objects at Different Scales

Using Fieldso Updating and Modifying Fieldso Field Settingso Object Fieldso Fields in Blockso Fields in Attributes

Controlling the Draw Ordero Draw Ordero Draw Order of Hatchingo Masking Annotation Objectso Adding a Wipeout

2. Working with Tables

Working with Linked Tableso Using the Data Link Managero Updating Table Links

Creating Table Styleso Cell Style Option

3. Dynamic Blocks

Working with Dynamic Blockso Inserting Dynamic Blockso Modifying Dynamic Blocks

Creating Dynamic Block Definitions Dynamic Block Authoring Tools

o Block Editor Contextual Tabo Parameterso Actionso Parameter Setso Constraintso Labeling Parameterso Testing the Blocko Construction Geometryo Constraints in Dynamic Blockso Creating a Block Table

Additional Visibility Options

4. Attributes

Inserting Blocks with Attributeso What are Attributes?o How Attribute Values Are Enteredo Attribute Visibility

Editing Attribute Valueso Editing Attributes One at a Timeo Editing Multiple Attribute Values

Defining Attributeso Attribute Definitiono Associating Attributes with Blocks

Redefining Blocks with Attributeso Updating Blocks with New Attributes

Extracting Attributes

Output and Publishing

Output for Electronic Reviewo Plotting Electronic Fileso Exporting DWF or PDF Files

Autodesk Design Reviewo Viewing Markups in AutoCAD

Publishing Drawing Sets

6. Other Tools for Collaboration

eTransmito Transmittal Setups

Hyperlinkso Using a Hyperlink

7. Online Collaboration and 2D Automation

AutoCAD WS Automatic Model Documentation

o Base Viewo Projected Viewo Editing Drawing Views

8. Introduction to Sheet Sets

Overview of Sheet Setso Understanding the Sheet Set Manager

Creating Sheet Setso Sheet Set Properties

Creating Sheets in Sheet Setso Organizing Sheets in Subsets

Adding Views to Sheetso Sheet Views Tab

Importing Layouts to Sheet Setso Create a Sheet Set from Existing Layoutso Importing a Layout to a Sheet Set

9. Publishing & Customizing Sheet Sets

Transmitting and Archiving Sheet Setso Archiving Sheet Sets

Publishing Sheet Setso Publish to DWFxo Control Plotting Outputo Sheet Sets

Customizing Sheet Setso Sheet Set Propertieso Creating Custom Properties

Custom Blocks for Sheet Setso Creating a Title Label Blocko Creating a Callout Block

10. Managing Layers

Working in the Layer Properties Managero Displaying Columns in the Layero Properties Managero Layer Settings

Creating Layer Filterso Using the Filter Treeo Property Filterso Group Filters

Setting Layer States

11. CAD Standards

CAD Standards Conceptso Creating a Standards File

Configuring Standards

o Plug-inso CAD Standards Status Bar Icono Notes

Checking Standardso CAD Standards Settings

12. System Setup

Options Dialog Box System Variables Dynamic Input Settings Drawing Utilities

o Renaming Named Objectso Drawing Recovery and Repairo Checking a Drawing's Status

Managing Plotterso Add Plotter Wizardo Plotter Managero Plotter Configuration Editor

Plot Styleso Conceptso Types of Plot Style Tableso Creating Plot Style Tableso Attaching Plot Style Tables to Layouts

13. Introduction to Customization

Why Customize?o Customization Guidelines

What Can Be Customized? Creating a Custom Workspace

14. Customizing the User Interface

Using the Customize User Interface (CUI) Dialog Boxo Overview of the CUI Interface

Customizing the Ribbono Customize User Interface Dialog Boxo Ribbon Contextual Tabso Ribbon Fold Panels

Customizing the Quick Access Toolbaro Multiple Quick Access Toolbars

Customizing Menuso Controlling Menus in Workspaceso Modifying Shortcut Menus

Creating Custom Toolbars Keyboard Shortcuts

o Mouse Buttonso Customizing Double-Click Actions

15. Macros & Custom Routines

Custom Commands and Macroso Creating a New Commando Command Macroo Special Characters used in Macroso Button Image

Running Scripts Action Recorder Editing Action Macros

o Working with the Action Macro Manageo Establishing a Base Pointo Specifying Playback Values

Loading Custom Routineso Loading Routineso APPLOAD Options

AutoCAD 3D Drawing & Modeling (Level 3 - Three Days)

More and more AutoCAD users are venturing out of their traditional and familiar two-dimensional world to explore the possibilities of 3D space. Thanks to many software enhancements in this area, 3D is an increasingly useful and widespread tool. However, the leap into three dimensions requires some changes in thinking and drawing habits.

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


Represent a design by creating solid primitives, solid or surface models from cross-sectional geometry, or composite models from multiple solid models.

Complete a solid model design by adding the necessary features to detail, duplicate, and position 3D models.

Convert 2D objects to 3D objects. Document a 3D design by creating 2D drawings for production and visualization. Communicate your design ideas using visual styles, lights, model walk-through tools,

and renderings.

Topics include:

3D viewing techniques Working with simple and composite solids Creating complex solids and surfaces Modifying objects in 3D space Editing solids Creating sections, camera perspectives, and animations Converting 3D objects Setting up a rendering with materials and lights Creating 2D drawings from 3D models Working with the User Coordinate System

Prerequisites: This course is designed for the AutoCAD user who possesses introductory-level knowledge of AutoCAD or has been using AutoCAD for some time and understands the basics of working with AutoCAD. A minimum of 80 hours of work experience with the AutoCAD software is recommended. Terminology and instructions assume this level of experience when concepts, procedures, and exercises are discussed.

1. 3D Foundations

Why use 3D?o Types of 3D Models

Introduction to the 3D Modeling Workspaceo 3D Ribbon Panels

Basic 3D Viewing Toolso Preset 3D Viewso Orbiting in 3Do Using Visual Styles

3D Navigation Toolso ViewCubeo SteeringWheel

Introduction to the User Coordinate Systemo Dynamic UCS

2. Simple Solids

Working with Solid Primitiveso Drawing Solid Primitiveso Editing Solid Primitives

Solid Primitive Typeso Creating Boxes and Wedgeso Creating Pyramidso Creating Cylinders and Coneso Creating Spheres and Torio Creating Wall-like Solids with Polysolid

Working with Composite Solidso Creating Composite Solidso Modifying Composite Solids

Working with Mesh Modelso Creating Mesh Primitiveso Creating Mesh Models from Objectso Editing Mesh Modelso Convert From Mesh Models

3. Creating Solids & Surfaces from 2D Objects

Complex 3D Geometryo Creating Surfaces and Solids

Extruded Solids and Surfaces

o Press Pullo Modifying Extrusion

Swept Solids and Surfaceso Modifying Sweepso 3D Paths

Revolved Solids and Surfaceso Modifying Revolves

Lofted Solids and Surfaceso Modifying Lofts

NURBS Surfaceso Creating NURBS Surfaceso Edit NURBS Surfaces

4. Modifying in 3D Space

3D Gizmo Tools Aligning Objects in 3D Space

o Align Commando 3D Align Command

3D Modify Commandso 3D Move and 3D Rotateo 3D Scaleo Mirroring Objects in 3Do Arraying Objects in 3D

5. Advanced Solid Editing

Editing Components of Solidso Editing Faceso Editing Edgeso Editing Verticeso Modification Options

Editing Faces of Solidso Extruding Faceso Offsetting Faces and Edgeso Moving Faceso Rotating Faceso Tapering Faceso Removing Faceso Copying Faces

Fillets and Chamfers in Solids

6. Additional Editing Tools

Creating a Shell Imprinting Edges of Solids Slicing a Solid along a Plane Interference Checking Converting Object to Surfaces

o Creating Planar Surfaces from 20 Objectso Converting 20 Objects to Surfaceso Converting Solids to Surfaces

Converting Objects to Solidso Converting 20 Objects to Solidso Converting Surfaces to Solidso Converting Solids or Surfaces to Wireframe

7. Refining the View

Working with Sectionso Working with Sectionso Setting the Section Planeo Working with Live Sectionso Generating Sections from Section Planes

Working with Cameraso Adjusting a Camerao Clipping Camera Views

Managing Views in 3Do Modifying Views

Animating with ShowMotion Creating ShowMotion Shots Creating Animations

o Using Walk and Flyo Animating a Walkthrougho Animation Motion Paths

8. Visualization

Creating Visual Styleso Visual Style Settings

Working with Materialso Using the Materials Browsero Librarieso Adding Materialso Attaching Materials by Layero Materials Editoro Texture Editor

Specifying Light Sourceso Default Lightingo Sunlighto User-Defined Lightso Modifying Lights

Rendering Conceptso Adjusting the Exposureo Creating a Sense of Distanceo Advanced Render Settings

9. Working Drawings from 3D Models

Creating Multiple Viewports 2D Views from 3D Solids

o Creating Hidden Line Viewso Creating Profiles from Solids

Creating Technical Drawings with Flatshot

3D Model Import Automatic Model Documentation

o Adding Base Viewso Adding Projected Viewso Editing Drawing Views

10. Working with the User Coordinate System

UCS Basicso UCS Icono Moving the UCS Origino Moving the UCS to a Faceo Moving the UCS Using 3 Points

The UCS X, Y, and Z-Commands UCS Multifunctional Grips Saving a UCS by Name

AutoCAD Mechanical Fundamentals (Three Days)

In this course, users learn the features, tools, and proper techniques for creating 2D mechanical drawings using AutoCAD Mechanical. The hands-on exercises, representing real-world design scenarios, teach users how to efficiently create mechanical designs and engineering production drawings.

Course Objectives After completing this course, you will be able to:

Identify the main interface elements, their setup, and what Help information is available. Create and use drawing template files.

Describe the object property management system, where layers are configured, and the tools for manipulating layers.

Describe the workflows for organizing drawing geometry and create Mechanical structure in a drawing by creating components, component views, and folders.

Describe the core mechanical design tools of rectangle, hatch, fillet, chamfer, holes, slots, and threads and how to use them to create and modify geometry in your drawings.

Modify and edit drawing objects by creating multiple offset copies, by scaling them with separate values for the X and Y direction, or by using a power command.

Insert industry standard parts into your assembly designs. Create production-ready drawings in model space and layouts of structured and non-

structured geometry and insert title blocks and borders. Notate a drawing through the creation and editing of dimensions, hole charts, fits

lists, and mechanical symbols. Explain how to create and edit a bill of materials, parts list, and balloons. Describe the tools that you can use to verify whether or not the standard parts or

custom parts within your design meet or exceed the requirements for operational use.

Exchange data between CAD systems in the form of Mechanical DWG and IGES files and create Mechanical drawings using Inventor Link.

Create a custom drafting standard and drawing template that includes the configuration settings for layers, object properties, symbols, text, BOM, parts list, balloons, and other annotation tools.

Topics include:

Getting Started Object Property and Layer Management Organizing Drawing Geometry Tools for Creating Key Geometry Tools for Manipulating Geometry Creating Drawing Sheets Dimensioning and Annotating Your Drawings Bill of Materials, Parts Lists, and Balloons Design Calculations Leveraging Your Existing Data Mechanical Options for the CAD Manager

Prerequisites: This course is designed for users new to AutoCAD Mechanical. It is recommended that you have:

A basic understanding of mechanical drafting or design. A working knowledge of AutoCAD®. A working knowledge of Microsoft® Windows® XP or Microsoft® Windows® Vista.

AutoCAD Electrical Fundamentals (Three Days)

AutoCAD Electrical Fundamentals covers the indispensable core topics for working with AutoCAD Electrical. The training manual provides instruction on how to use many of the software's powerful electrical drawing creation tools and also focuses on creating schematic drawings, panel drawings, and PLC/IO circuits using automated commands for symbol insertion, component tagging, wire numbering, and drawing modification.

Students learn how to build intelligent ladder diagrams and panel layouts, and how to leverage this intelligence. The course provides an overview of many AutoCAD Electrical utilities designed to enable users to quickly build and manage electrical-controls drawings. Students learn how to create electrical-controls production drawings. All exercises and datasets through hands-on exercises are based on the JIC (US) standard.


Describe the AutoCAD Electrical user interface and follow the basic electrical project design workflow.

Manage projects and the multiple drawing and inter-drawing relationships contained in electrical projects.

Insert wires, add wire numbers, manage circuits, and create point-to-point wiring diagrams and drawings.

Insert and annotate schematic symbols.

Edit drawings project-wide with commands that are specific to the electrical design environment.

Extract information from drawings to create Bill of Material, Wiring, and other reports. Create and annotate panel layout drawings with lists of components that are

extracted from schematic drawings and with other specific panel layout tools, such as the Terminal Strip Editor.

Topics include:

Basic Workflow Project Basics Schematic Wiring Schematic Components Schematic Editing Schematic Reports Panel Layouts

Prerequisites: This course is designed for new AutoCAD Electrical users. It is recommended that you have:

A background in electrical design (drafting and design experience is a plus). A working knowledge of AutoCAD. A working knowledge of Microsoft Windows XP or Microsoft Windows Vista.

AutoCAD Architecture Fundamentals (Three Days)

AutoCAD Architecture is "AutoCAD optimized for architecture." In addition to all the standard AutoCAD tools, the software offers a host of features to greatly increase the speed and efficiency of architectural drawings. It is designed to work from first concept (conceptual design or mass model) all the way through to design development, working drawings, and facility maintenance.

This course provides new users with comprehensive training in AutoCAD Architecture. It focuses on the design development and construction documentation features of AutoCAD Architecture-the basic tools that the majority of end-users need in their work. The hands-on lessons cover features, commands, and techniques for creating, editing, and printing drawings. Users are exposed to the tools required to create a basic floor plan and specialty objects such as column and ceiling grids, stairs, and roofs. Drawing management through the Project Navigator is also introduced.


Identify the basics of building design used to create architectural drawings. Identify tools and utilities used to group information and create an interactive view of

an architectural drawing. Use architectural modeling to create and modify an architectural drawing. Use AutoCAD Architecture to create construction documents to communicate

architectural design. Use AutoCAD Architecture to draft details in an architectural drawing.

Topics include:

Creating basic floor plans with walls, doors, and windows Creating specialty objects, such as column or ceiling grids, stairs and railings Adding roofs and floor slabs An introduction to Projects and the Project Navigator Adding furniture, fixtures, and equipment Creating details Showing elevations, sections, and perspectives Marks, tags & schedules, and other documentation

Prerequisites: This course is targeted toward architects, architectural technicians, interior designers, design professionals, and building professionals who are experienced users of AutoCAD.

The courseware covers the AutoCAD Architecture to create an architectural drawing and draft details based on design requirements. It also covers tools and utilities used in AutoCAD Architecture that you use for architectural modeling and creating construction documentation drawings.

AutoCAD MEP Fundamentals

AutoCAD MEP is an advanced, powerful engineering design and documentation packing covering the disciplines of HVAC, plumbing, piping, and electrical design. This course contains a comprehensive introduction to the methods, philosophy, and procedures of Revit MEP software.

This 3-day class covers the tools for parametric MEP systems design and documentation. The class begins with the fundamental features of Autodesk AutoCAD MEP, then progresses through schematic design, system analysis, and construction documentation, and finishes with design visualization. It includes exercises representing practical, real-world engineering design scenarios. Each exercise contains step-by-step procedures and graphics to help you complete the exercise successfully.

Course Objectives: After completing this class, you will be able to:

Use the different parts of the AutoCAD MEP user interface and work with different types of AutoCAD objects.

Manage the different views and change their properties, control the visibility and appearance of elements in different views, and work with section, elevation, and 3D views.

Set up a project using different templates, link AutoCAD architectural drawings, define discipline settings, and import and edit DWG details.

Manage the project using the Project Navigator. Create spaces and zones in an AutoCAD MEP model. Analyze an analytical model for conducting a building performance analysis, define

heating and cooling loads information, and calculate heating and cooling loads. Create HVAC systems, generate HVAC system layouts, and create and modify

ductwork using Revit MEP tools. Create system piping and plumbing systems. Create electrical circuits and wiring. Create conduit systems. Create equipment and fitting content. Work with callout, detail, and drafting views. Work with text and tags, dimensions, legends, and schedules.

Add titleblocks to a sheet, update the project information in a titleblock, and work with sheets.

Create floor plans suitable for background drawings. Share files with consultants

Topics include:

AutoCAD MEP Basics Starting a New Project Building Performance Analysis Mechanical Systems Piping Systems Electrical Systems Conduit Systems Content Creation Documentation and Coordination Working with Architects and Engineers Detailing and Drafting Annotations and Schedules Construction Documentation

Prerequisites: This course is intended for MEP engineering professionals, either users new to AutoCAD MEP or for existing AutoCAD MEP users who wish to expand their knowledge. It is recommended that you have a working knowledge of:

Basic MEP engineering and design skills Basic level of AutoCAD experience

1. Quick Start - General AutoCAD MEP Overview

Explore the Quick Start project Heating, Ventilating, and Air Conditioning Plumbing Sanitary System Electrical Annotation Output

2. Introduction and Methodology

User Interfaceo i. The AutoCAD MEP Workspaceo The AutoCAD MEP User Interfaceo Prerequisite Skills

Conceptual Underpinnings of AutoCAD MEPo Parametric Designo The Display Systemo Understanding Hidden lineo Object Styleso Content Library

Project Navigator for MEP

o Building a Digital Cartoon Seto Drawing management Features and Benefitso Project Browsero Project Navigatoro Project Navigator Terminologyo File Naming Strategyo Project Setup Scenarios

3. Working with MEP Objects

a. Energy Analysiso Spaceso Understanding the Workflowo Optimizing Space Object Settingso Drawing Setup for Spaceso Adding Spaces to a Drawingo Working with Space Styles and Toolso Modifying Spaceso Zoneso Workflow Considerations for Spaces and Zoneso Space/Zone managero gbXML Exporto gbXML Importo Legacy 2D Drawings

Mechanical Systemso Careful Setup is Criticalo Ductwork Optionso Duct Preferenceso HVAC Objects in the Style Managero Ductworko Placing Ductwork and System Design with AMEPo Display Themes

Piping Systemso Fundamentals of 3D Pipingo Understanding a Routing Preferenceo Understanding System Definitionso Equipment and Piping Layouto Gravity Piping Fundamentals

Electrical Systemso Device Placemento Panel Placemento Circuit Managero Electrical Project Databaseo Electrical Equipmento Circuiting Deviceso Wireso Electrical Distribution Basicso Other Electrical Settingso Content Migrationo Panel Schedules

Conduit Systemso Fundamentals of Conduit

o Understanding Routing Preferenceso Understanding System Definitionso Equipment and Conduit Layout

4. Content and Display

Content Creation - Styleso Types of Style-Based Contento Block-Based Styleso Connectorso Deviceso Panel Styleso Plumbing Fittingso Schematic Symbolso Categorieso System Definitionso Rise/Drop Styleso Part Group Definitionso Custom Fitting Styleso Wire Styleso Line Styles

Content Creation - Equipmento Equipment Creationo Creating a Block-Based Multi-View Part

Content Creation - Fittingso Display Controlo Content Creation - Parametric Fittingso Content Creation - Fundamentalso Content Creation - Building a Duct Transition Elbowo Parameterso Content Builder Tips

Display Systemo Display System Definitionso Understanding Display Hierarchyo Understanding Display System Defaultso Display by Elevationo External Reference Control

5. Documentation and Coordination

Sectionso Working with 2D Section/Elevation Objectso Live Sections

Managing Updates and Interference Detectiono Drawing Compareo Interference Detection

Annotation, Property Sets, and Scheduleso Property Setso Tagso Schedulingo Labelso Annotation Content

o Content Browser Plotting and Publishing

o Sheet Fileso Layoutso Page Setup Managero View portso Plot Style Tableso Plottingo Publishing a Sheet Seto 3D DWFo eTransmit and Archiveo Publish to Webo Publish to PDF

6. The Building Model

Beginning a Floor Plano Working with Wallso Working with Doors and Windowso Viewers

Set Up the Building Modelo Building a Digital Cartoon Seto Setting Up a Commercial Project

Column Grids and Structural Layouto Structural Memberso Column Gridso Column Grid Labels and Dimensionso Structural Framingo Project Structural Categoryo Creating a Foundation Plano Additional Structural Content

Vertical Circulationo Commercial Core Plano Stair Tower Generationo Ramps and Elevatorso Toilet Rooms

Progressive Refinement - Part 1o Wall Styleso Wall Style Display Propertieso Demolition

Progressive Refinement - Part 2o Window Styleso Copying Existing Windowso Manipulating Door and Window Display

Roofs and Slabso Creating Roofso Creating Slabso Building the Commercial Roof Plan File

7. Construction Documents

Creating Reflected Ceiling Plans

o Creating Floors and Ceilings Using Spaceso Working in the Reflected Ceiling Configurationo Working with Ceiling Grid Objectso Adding an RCP View and Sheet to the Project

Generating Details and Keynoteso Detailso Keynotes

8. Space Area Calculations

o Space Geometryo Space Boundarieso BOMA Classifications and Schedules

9. Sharing Files with Consultants

o Do They Need a DWG?o Export to AutoCADo Determining the Required Translationo Sharing ACA Files with Other ACA Userso Understanding Object Enablerso Understanding Proxy Graphics

10. Converting 2D Drawings to 3D

Revit Architecture Fundamentals (Four Days)

Revit Architecture is a powerful parametric Building Information Modeling (BIM) program that works the way Architects think. From Preliminary Design through Design Development, and into Construction Documents, the program streamlines the design process with a central 3D model.

This course covers the basics of Revit Architecture. Students are introduced to the concepts of Building Information Modeling and the tools for parametric building design and documentation. You then learn the fundamental features of Autodesk Revit Architecture, progressing through schematic design, construction documentation, and design visualization. It also covers the tools of Revit Architecture to create architectural details based on design requirements.

The objective of the Revit Architecture Fundamentals course is to enable students to create full 3D architectural project models and set them up in working drawings. Most of the course is focused on Design Development tools - building the 3D model with walls, windows, doors, floors, roofs, stairs, creating reflected ceiling plans and furniture plans. The course finishes with adding views and annotation to the sheets to create a set of Construction Documents.


Describe building information modeling, bidirectional associativity, and parametric relationships in Revit

Understand the user interface, parametric objects, and families, and start projects using templates

Create and modify levels and grids Create a basic floor plan, add and modify walls and compound walls, use editing

tools, and work with doors and windows Work with component families Duplicate and manage views, control object visibility in views, and create elevation,

section, and 3D views Learn how to use dimensions and constraints Create floors and ceilings, add roofs and curtain walls, and work with stairs and

railings in a building model Learn how to create callout views and work with text and tags, detail views, and

drafting views Create schedules, rooms and room schedules, and legends and keynotes Work with drawing sheets and titleblocks, manage revisions, and present the building

model using rendering, walkthroughs, and sun and shadow settings.

Topics:

Building Information Modeling Revit Architecture Basics Starting a Design The Basics of the Building Model Loading Additional Building Components Viewing the Building Model Using Dimensions and Constraints Developing the Building Model Detailing and Drafting Construction Documentation Presenting the Building Model

Prerequisites: This course is targeted for new users of Revit Architecture and is geared toward architects, architectural technicians, interior designers, design professionals, and building professionals. No previous CAD experience is necessary.

The course covers the basics of Revit Architecture to create an architectural drawing and draft details based on design requirements. It also covers tools and utilities used in Revit Architecture that you use for architectural modeling and creating construction documentation drawings.

It is recommended that you have a working knowledge of:

Architectural design, drafting, or engineering experience Microsoft® Windows XP, or Vista. Knowledge of AutoCAD-based products is not required.

. Building Information Modeling

Building Information Modeling for Architectural Design About Building Information Modeling About Bidirectional Associativity

2. Revit Architecture Basics

Exploring the User Interface

Working with Revit Elements and Families Starting a Project

3. Starting a Design

Creating and Modifying Levels Creating and Modifying Grids

4. The Basics of the Building Model

Creating a Basic Floor Plan Adding and Modifying Walls Working with Compound Walls Using Editing Tools Adding and Modifying Doors Adding and Modifying Windows

5. Loading Additional Building Components

Working with Component Families

6. Viewing the Building Model

Managing Views Controlling Object Visibility Working with Section and Elevation Views Creating and Modifying 3D Views

7. Using Dimensions and Constraints

Working with Dimensions Applying and Removing Constraints

8. Developing the Building Model

Creating and Modifying Floors Working with Ceilings Adding and Modifying Roofs Creating Curtain Walls Adding Stairs and Railings

9. Detailing and Drafting

Creating Callout Views Working with Text and Tags Working with Detail Views Working with Drafting Views

10. Construction Documentation

Creating and Modifying Schedules Creating Rooms and Room Schedules

Creating Legends and Keynotes

11. Presenting the Building Model

Working with Drawing Sheets Working with Titleblocks Managing Revisions Creating Renderings Using Walkthroughs Using Sun and Shadow Settings

Advanced Topics in Revit (Three Days)

Revit Architecture is a powerful Building Information Modeling (BIM) program that works the way Architects think. From Preliminary Design through Design Development, and into Construction Documents, the program streamlines the design process with a central 3D model. Changes made in one view update across all views and on the printable sheets. The name "Revit", which stands for "REVise InsTantly", implies this ease of revision that is at the heart of the software.

Since building projects themselves tend to be extremely complex, thus, Revit Architecture is a necessarily a complex program. The objective of the Advanced Topics in Revit course is to enable students who have a basic knowledge of Revit to increase their productivity through additional collaboration tools, advanced design development tools, and advanced construction document tools.


Set up project phasing. Create and display a variety of design options. Link Revit files. Understand, use, and set up worksets. Create sloped floors, roofs, and slabs. Create dormers, stairs, ramps, and railings. Create curtain walls. Work with site design tools. Add keynoting and revision tracking. Create view templates and dependent views. Work with space planning and area analysis. Create schedules, including material takeoff schedules. Add keynotes and legends. Work with advanced visualization tools. Create custom templates. Create custom walls Understand family concepts and creation techniques.

Topics include:

Project Phasing and Design Options Links

Project Team Collaboration Advanced Modeling Tools Curtain Walls Site Design Schedules Advanced Annotation Advanced View Setup Space Planning & Area Analysis Visualization Rendering Creating Custom Templates Custom Walls Family Concepts & Techniques Creating Specific Families

Prerequisites: This course is intended for students who have completed Datamat Revit Architecture or MEP Fundamentals training and are ready to explore more advanced features in the software. Knowledge of basic techniques, such as creating walls, roofs, and other objects, copying and moving objects, and creating and working with views, is assumed.

1. Project Phasing and Design Options

Project Phasing Design Options

2. Links

Linking Revit Files Visibility and Graphic Overrides in Linked Views Interference Checking

3. Project Team Collaboration

Introduction to Worksets Opening Workset-Related Projects Working in Workset-Related Projects Setting Up Worksets Best Practices for Worksets

4. Advanced Modeling Tools

Creating Sloped Floors, Roofs, and Slabs Creating Dormers Creating Stair, Ramps, and Railings

5. Curtain Walls

Creating Curtain Walls Adding Curtain Grids Creating Curtain Wall Types with Automatic Grids Working with Curtain Wall Panels Attaching Mullions to Curtain Grids

6. Site Design

Creating Topographical Surfaces Property Lines and Building Pads Modifying Toposurfaces Annotating Site Plans Site Components Shared Coordinates

7. Schedules

Creating Schedules Creating Material Takeoff Schedules Scheduling Structural Elements (Optional)

8. Advanced Annotation

Keynoting and Keynote Legends Revision Tracking

9. Advanced View Setup

Space Planning Area Analysis Creating Color Schemes

10. Space Planning & Area Analysis

View Templates Working with Dependent Views Enhancing Views

11. Visualization

Perspectives Creating Walkthroughs Solar Studies

12. Rendering

Basic Rendering Working with Materials Working with Lighting Enhancing Renderings

13. Creating Custom Templates

Preparing Templates Presetting Annotation Styles Creating Titleblocks Creating Object Styles Materials and Fill Patterns

14. Custom Walls

Creating Custom Wall Types Adding 3D Profiles Vertically Stacked Walls Vertically Compound Walls

15. Family Concepts & Techniques

Introduction to Families Creating the Parametric Framework Creating Family Elements Creating Family Types Adding Family Parameters Visibility Display Settings

16. Creating Specific Families

Creating Custom Doors & Windows Creating In-Place Families Creating Profiles Creating Angled Cornices and Copings Creating Custom Railings Adding Custom Posts Creating Annotation Families Working with Shared Parameters Adding connectors to MEP families

Revit MEP Fundamentals (Three Days)

Revit MEP is an advanced, powerful engineering design and documentation packing covering the disciplines of HVAC, plumbing, piping, and electrical design. This course contains a comprehensive introduction to the methods, philosophy, and procedures of Revit MEP software.

This 3-day class covers the tools for parametric MEP systems design and documentation. Taking full advantage of Building Information Modeling, the class has been designed to teach the concepts and principles of creating 3D parametric models of MEP systems from engineering design through construction documentation.

The course is intended to introduce students to the software's user interface and the basic HVAC, electrical, and plumbing/piping components that make Revit MEP a powerful and flexible engineering modeling tool. The class begins with the fundamental features of Autodesk Revit MEP, then progresses through schematic design, system analysis, and construction documentation, and finishes with creating and working with architectural models which are used as backgrounds for engineering design. The objective is to familiarize students with the tools necessary to create, document, and print the parametric model.

The course focuses squarely on the rationale and practicality of the Revit workflow. It emphasizes the process of creating projects in Revit rather than as a series of independent

commands and tools. Included are exercises representing practical, real-world engineering design scenarios. Each exercise contains step-by-step procedures and graphics to help you complete the exercise successfully. The examples and practices are designed to take the students through the basics of a full Revit MEP project from linking in an architectural model to construction documents.


Describe Building Information Modeling methodology. Use the different parts of the Revit MEP user interface and work with different types

of Revit elements and families. Manage the different views and change their properties, control the visibility and

appearance of elements in different views, and work with section, elevation, and 3D views.

Set up a project using different templates, link Revit models, share projects using worksets, define discipline settings, and import and edit DWG details.

Create spaces and zones in a Revit model. Analyze an analytical model for conducting a building performance analysis, define

heating and cooling loads information, and calculate heating and cooling loads. Create HVAC systems, generate HVAC system layouts, and create and modify

ductwork using Revit MEP tools. Layout and create piping and plumbing systems. Create electrical circuits, wiring, and conduit layouts. Monitor changes in files of other disciplines linked to Revit MEP and check and fix

interference conditions. Work with callout, detail, and drafting views. Work with text and tags, dimensions, legends, and schedules. Add titleblocks to a sheet, update the project information in a titleblock, and work

with sheets. Create an architectural model suitable for use as a background for engineering

layouts. Use architectural drawings and projects as a background for engineering layouts.

Topics: The main topics covered in the course include:

Introduction to Revit MEP, its interface, including viewing, drawing, and editing commands.

Working with linked architectural files. Creating and modifying views. Understanding Revit MEP systems in general. Creating spaces and zones. Analyzing heating and cooling loads. Working with the HVAC module to add air terminals, mechanical equipment, and

create HVAC systems. Working with the Piping module to add mechanical equipment as well as creating

hydronic piping systems. Working with fire protection systems. Working with fixtures and piping systems in the Plumbing module. Working with components, circuits, cable tray, and conduits in the Electrical module. Creating and annotating construction documents. Adding tags and creating schedules. Detailing in Revit MEP.

Prerequisites: This course is intended for MEP engineering professionals, either users new to Revit or for existing Revit users who wish to expand their knowledge. It is recommended that you have a working knowledge of:

Basic MEP engineering and design skills

1. Introduction and Methodology

Conceptual Underpinnings of Revit MEPo Building Information Modelingo Revit MEP Key Conceptso Exploring an Existing Project

User Interfaceo 1. Unit Conventionso Understanding the User Interfaceo Right-Clickingo Navigating in Viewso Selection Methodso The Almighty Tab Keyo Settings

2. Create the Building Model

Basic Project Setupo Preparing the Architectural Modelo Purging the Architectural Modelo Creating a New Projecto Linked Project Settingso Copying Titleblockso Load a Titleblock Family and Create Sheetso Wrapping Up a Project Setup

Energy Analysiso Understanding the Workflowo Managing the "I" in BIMo The Importance of Project Collaborationo Space Elementso Zoneso Energy Analysis

Mechanical Systemso Mechanical Settingso Creating a Ceiling Plan View for Coordinationo Placing Air Terminal Deviceso Placing Mechanical Equipmento Ductworko Additional Ductwork Tools

Piping Systemso Plumbing and Pipe Settingso Boiler Room Piping - Semi-Automatic Approacho Boiler Room Piping - Manual Approach

Electrical Systemso Placing Electrical Equipmento Circuiting Equipment

o Checking Connections in System Browsero Create the Main Service Entranceo Copy Equipment to a Levelo Create Lighting Viewso Modifying Light Fixture Typeso Lighting Switcheso Switch Systemso Electrical Fixtureso Circuit the Receptacleso Wire Tagso Define a Special Purpose Receptacleo Distribution Systemso Conduito Circuiting Mechanical Equipmento Other Device Typeso Cable Trayo Lighting Fixture Annotationso Panel Scheduleso Modify a Panel Schedule Templateo Create an Electrical Equipment Scheduleo Electrical Distribution Basicso Load Classifications and Demand Factorso Electrical Settings

3. Construction Documents and Coordination

Detailing and Annotationo Detailing in Revito Annotationo Drafted Detailso Working with Legacy Detailso Additional Detailing Techniques

Working with Schedules and Tagso Create and Modify Schedule Viewso Editing the Modelo Working with Tagso Room and Room Tagso Querying Datao Add a Color Schemeo Working with Area Plans

Ceiling Plans and Interior Elevationso Creating Ceiling Elementso Creating Interior Elevations

Printing, Publishing, and Exportingo Print Setupo Printingo Printer Driver Configurationo Troubleshooting Printingo Publish to Buzzsawo Export to CADo Export a DWF Fileo Publishing Tools

4. Create the Building Model

Revit Architecture Quick Starto Create a Small Buildingo Working in Other Viewso Edit in Any Viewo Round Out the Projecto Preparing Outputo Output

Creating a Building Layouto Working with Wallso Working with Doors and Windowso Viewing the Model in 3D

Setting Up Project Levels and Viewso Working with Levelso Rough Out the Building Formo Working with Elevation Viewso Creating Section Viewso Schedule Viewso Sheet Viewso Drafting Views

Column Grids and Structural Layouto Working with Gridso Working with Columnso Adding Core Wallso Adding Floorso Creating Structural Framing

Vertical Circulationo Stairs and Railingso Commercial Core Layouto Floors, Landings, and Shaftso Ramps and Elevators

Floors and Roofso Creating Roofso Editing Roofso Creating Floorso Commercial Project Roof

Working with Familieso Kinds of Familieso Family Librarieso Family Strategieso Accessing Families in a Projecto Accessing Librarieso Edit and Create Family Typeso Customizing Familieso Building Custom Familieso Building Parametric Families

5. Worksharing

Ways to Share Worko Linking and Importing

o Coordination Monitor and Interference Check Worksets

o Understanding Worksetso Enabling Worksharingo Use a Workset to Lock an Elemento Creating Additional Worksetso Workset Tips

Converting 2D Drawings to 3D

Revit Structure Fundamentals (Three Days)

Revit Structure is a powerful parametric 3D modeling program for designing buildings and analyzing the structure.

This course covers the essential features and functionality of Revit Structure, from schematic design through construction documentation. Students are introduced to the concepts of Building Information Modeling and the tools for parametric design, analysis, and documentation. This course offers hands-on exercises representing real-world structural design scenarios.


Describe building information modeling methodology and its benefits. Use different parts of the Revit Structure user interface and work with different types

of structural elements and families. Use the different views listed in the Project Browser, control the visibility and

graphical representation of objects in a structural model, and work with elevation, section, and 3D views.

Set up a project and transfer standards between projects, add and modify levels in a structural model, and create and modify grids.

Work with structural columns and structural walls. Add floor framing using beams, work with beams and beam systems, add and edit

structural steel moment and braced frames, and work with concrete beams. Add floors in structural models, create a roof, and add structural framing to the roof

for support. Add foundations to a structural model. Create stairs and various types of ramps. Add dimensions and spot dimension symbols, work with text and tags, create a

legend with notes, annotation symbols, and legend components, and work with different types of schedules.

Work with detail views, add 3D and 2D reinforcement elements and detail components to concrete detail views, and work with drafting views and CAD details.

Work with sheets and titleblocks, print sheets, and export Revit Structure content to CAD formats.

Topics include:

Building Information Modeling for Structural Engineering Revit Structure Basics Viewing the Structural Model Starting a New Project Creating Structural Columns and Walls Creating Frames

Creating Floors and Roofs Creating Foundations Stairs and Ramps Creating Plan Annotations and Schedules Creating Detailing Creating Construction Documentation

Prerequisites: This course is designed for new users and covers the basics of Revit Structure, from structural design through construction documentation. No previous CAD experience is necessary.

It is recommended that you have a working knowledge of:

Basic structural engineering and design skills.

AutoCAD Civil 3D Fundamentals (Three Days)

The Datamat Civil 3D 2014 Fundamentals course is designed for Civil Engineers and Surveyors who want to take advantage of AutoCAD Civil 3D software's interactive, dynamic design functionality. The AutoCAD Civil 3D software permits the rapid development of alternatives through its model-based design tools. You will learn techniques enabling you to organize project data, work with points, create and analyze surfaces, model road corridors, create parcel layouts, perform grading and volume calculation tasks, and layout pipe networks.

Topics include:

Become familiar with the AutoCAD Civil 3D user interface Create / Edit parcels and print parcel reports Create and manage Points and Point Groups and work with survey figures Create, edit, view, and analyze surfaces Create and edit alignments Create sites, profiles, and cross-sections Create assemblies, corridors, and intersections Create simple grading solutions Data management and sharing Create gravity fed and pressure pipe networks Hydrology, storm, and sanitary systems Setting up production environment

Prerequisites: Experience with AutoCAD or AutoCAD-based products (such as Autodesk Land Desktop) and a sound understanding and knowledge of civil engineering terminology.

1. The AutoCAD Civil 3D Interface

Product Overview AutoCAD Civil 3D Workspaces AutoCAD Civil 3D User Interface AutoCAD Civil 3D Toolspace AutoCAD Civil 3D Panorama AutoCAD Civil 3D Templates, Settings, and Styles

2. Project Management

AutoCAD Civil 3D Projects Sharing Data Using Data Shortcuts for Project Management

3. Parcels

Lines and Curves Introduction to Parcels Creating and Editing Parcels by Layout Overview Creating and Editing Parcels Renumbering Parcels Parcel Reports Parcel Labels Parcel Tables

4. Survey

Survey Workflow Overview Introduction to the Survey Toolspace Survey Figures Points Overview Point Settings Creating Points Description Key Sets Importing Survey Data Point Groups Reviewing and Editing Points Point Reports

5. Surfaces

Surface Process Surface Properties Contour Data Other Surface Data Breaklines and Boundaries Surface Editing Adjusting Surfaces through Surface Properties Surface Analysis Tools Surface Labels Surface Volume Calculations Surface Analysis Display

6. Alignments

Roadway Design Overview AutoCAD Civil 3D Sites Introduction to Alignments Alignments Layout Tools Alignment Properties Labels and Tables

7. Profiles

Profiles Overview Create a Profile View Style Create Profiles from Surface Create Profile View Wizard Finished Ground Profiles Create and Edit Profiles

8. Corridors

Assembly Overview Modifying Assemblies Creating a Corridor Corridor Properties Designing Intersections Corridor Surfaces Corridor Section Review and Edit Corridor Visualization

9. Grading

Grading Overview Feature Lines Grading Tools Modifying AutoCAD Civil 3D Grading

10. Pipe Networks

Pipes Overview Pipes Configuration Creating Networks from Objects The Network Layout Toolbar Network Editing Annotating Pipe Networks Pressure Pipe Networks

11. Quantity Take Off/Sections

Sample Line Groups Section Volume Calculations Pay Items Section Views

12. Plan Production

Plan Production Tools Plan Production Objects Plan Production Object Edits Creating Sheets