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This question can be covered by asking you to add a Legend and a specific colour scheme. Then give the colour of the specified room. Contextual Tab. Knowing the specific terminology is important. Link: Colour Legend. Dimension Strings: Use a dimension string to equally space grid lines. Do not move the grids to be equal, you will be selecting the middle grid line, and using the "EQ" button on the dimension.

Give new dimension of grid-line spacing. Phases: You may be asked what the Phase Filter controls. Answer: Visibility overrides based on phase. Link: Phase Filters. Do this by selecting the curtain wall, go to Properties Palette to change Justifications. Link: Curtain Walls. New Family Type: Change a door type from one dimension to another. Move that door a specified distance eg. Give the new dimension from the door edge to a specified point.

Stacked Walls: Add a new wall with specific dimension to a stacked wall. Then give the new volume of a specific material based on a schedule that was already created or you may be asked to create this schedule to calculate the values. Link: Stacked Walls. Create Compound Walls: Change a wall layer from one thickness to another.

Assign a different material to that layer. Give the new volume of that material. Link: Revit Families. Answer: Warnings can be dismissed - Errors cannot. Answer: Within the Family Editor. Work with families: Edit a family: change the dimension of a model or symbolic line in the family was not using parameters for that object.

Load back into project. Give new dimension from line to specified point. Link: Family Symbolic Lines. Modelling Adding Dimensions: You will do this a lot in many questions. Know the different types. Link: Dimensions. Attach walls to roof: You may be asked to attach a wall to a roof, then give the new volume of the wall.

Make sure you use the contextual tool to attach to a roof. Many people make the mistake of setting the top constraint to the roof level. This is not correct. Link: Attach Wall to Roof. Create Building Pad: You may be asked, What is needed to create a building pad?

Answer: Toposurface. Create a stair: Make sure you can create a "stair by component". You may be shown a reference image of a L shaped stair with a landing, and you may be asked to recreate this stair, and give a dimension from one part of the stair to an adjacent wall. Then give the perimeter of that new ceiling.

Create a floor between specified grid lines. Give area. Floors: There may be a question that asks you to match floor graphics to the appropriate image. You will have to change a floor to the different types to see what they look like.

Define floors for a mass: Create floors from a mass using specified levels. Select a floor on a specified level, and give a specified property. Edit Material: Change the material of a specified wall. Pick the colour that is most like the colour of the new material. Edit Room aware Family: Edit a family. Change the Room Calculation Point to be on a specific side of the object.

Give the room number that is listed in the schedule for that object. Know how to turn on the Room Calculation Point if you do not. Link: Changing Room Calculation Point. You will be asked to choose specific layers during creating Toposurface.

Railings: Model a railing with an offset from a wall edge. Give the railings length. Views Duplicate View: Duplicate an elevation view - type in the word that is now Visible. Schedule: Create a door schedule, test will give you specifics know how to filter, group, sort and calculate totals.

Give a total value from that schedule. Legend: You may be asked what makes a Legend different than all other views. Answer: It can be placed on multiple sheets. Define Element Properties in a schedule: Understand Schedules and how to edit them. This may have been covered by the Schedule question above. Manage View Positions: Know what the use of the Guide Grid is: Guide grids help arrange views so that they appear in the same location from sheet to sheet.

Organize and Sort Items in a schedule: Again, know how to sort, filter, edit schedules. Use Levels: You may be asked to create floors from masses. Change Room Area Computations from "at wall finish" Default to "at wall center". Give new square footage of specified Room. Building Elements are used to create a building design. Users should be able to understand the difference between a hosted and non-hosted component. A hosted component is a component that must be placed or constrained to another element.

You should be able to identify what components can be hosted by which elements. Walls are non-hosted. Whether or not a component is hosted is defined by the template used for creating the component. A Wall, Floor, Ceiling or Face can be a host. Some components are level-based, such as furniture, site components, plumbing fixtures, casework, roofs and walls.

When you insert a level-based component, it is constrained to that level and can only be moved within that infinite plane. Should be familiar with how to use Element and Type Properties of components in order to locate and modify information. System Families are: walls, ceilings, stairs, floors etc. These are families that can only be created by using an existing family, duplicating, and redefining.

These families are loaded into a project using a project template. Revit allows you to assign OmniClass numbers to Revit loadable families for use in schedules. There may be a question in the exam where you will need to identify or assign the OmniClass number in a family. See workflow below. There may be a question in the exam where you will be asked to adjust the room calculation point on a loadable family.

Legends Legends provide a pictorial representation of architectural and building elements along with descriptive text. Legends are considered views, like schedules. Annotation Legend. Displays sheet annotations such as section heads, level markers, spot elevation marks, elevation symbols, keynote symbol, revision tag, element tags, and other symbols that do not represent model objects.

Each symbol has an associated piece of descriptive text. All symbols are shown at printed size. Model Symbol Legend. Displays symbolic representations of model objects with some descriptive text. Typical elements are electrical fixtures, plumbing fixtures, mechanical equipment, and site objects.

Line Styles Legend. Displays a line in a selected line style and text identifying what that line style represents on drawings. Examples include fire rating lines, property lines, setback lines, electric wiring, plumbing, utilities, and center lines. Materials Legend. Displays a sample of a cut or surface pattern and text identifying the material associated with that pattern. Legends can be added to multiple sheets. Any elements that can be placed in drafting views, such as detail lines, text, dimensions, and filled regions, can be placed in a legend.

Legend views are unique to each project, and therefore cannot be transferred from one project to another. You can use legend views as graphical palettes, which means that you can select a component in a legend view and use the Create Similar or Match Type tools to place the component in another view.

Note: A component that is placed in a legend does not count as an additional instance of the component in the building model and thus is not added to the number of instances of that component listed on a schedule. Select the answer which is NOT an example of bio-directional associativity: A. Flip a section line and all views update. Draw a wall in plan view and it appears in all other views. Change an element type in a schedule and the change is displayed in the floor plan view as well.

Flip a door orientation so the door swing in on the exterior of the building. Select the answer which is NOT an example of a parametric relationship: A. A floor is attached to enclosing walls. When a wall moves, the floor updates so it remains connected to the walls. A series of windows are placed along a wall using an EQ dimension.

The length of the wall is modified and the windows remain equally spaced. A door is placed in a wall. The wall is moved and the door remains constrained in the wall.

A shared parameter file is loaded to the server. Viewports cannot be scaled on a sheet. You can add 2D and 3D views onto a sheet. You can add multiple schedules and split them onto a sheet. You cannot add a Legend multiple times onto a sheet. You can resize images that are inserted on a sheet. You are placing a wall in Revit. You use the listening dimension to set the wall length. Place a permanent dimension, then modify the dimension. Select the element, then modify the temporary dimension.

Select the element and move it. Use the Measure Tool. True or False: Stairs can be placed on multiple levels at a time. True or False: You can change the direction of stairs using the flip arrows. Identify the type of Roof: A. Name the 3 methods used to create a roof: A. Right-click and select Lock Position. Select the viewport, then Enable Lock Position on the Properties pane.

Select the viewport, then use Pin from the Modify panel to lock position. True or False: Revisions can include letters alpha and numbers True or False: After you place a revision cloud, you can add a tag to it.

True or False: A Revision schedule displays information derived from revision clouds. To rotate a view on a sheet there is more than one answer : A. Select the view and then use the Rotate tool on the Modify panel. Set the view rotation in the Properties pane. Select the view and then set the view rotation on the Options bar.

Change the Project North. In the default. You can create a Toposurface by placing points OR there is more than one answer : A. What is the problem? This book will get you up to speed quickly on the nature of these exams' questions so you will know exactly what to expect on exam day. This book is the most comprehensive and thorough preparation for these exams available. Users who purchase this learning guide should be comfortable with the fundamentals of the Autodesk Revit Architecture software as taught in the Autodesk R Revit R Fundamentals for Architecture guide, and have knowledge of the basic Prerequisites Access to the version of the software.

The practices and files included with this guide might not be compatible with prior versions. In this book, the author has emphasized on the concept of designing, creating families, quantity surveying and material takeoff, rendering orthographic and perspective views of building, usage of other advanced tools. The specific topics you need to be familiar with to pass the test are explained in greater detail throughout the book.

At the end of the book, there is a sample multiple-choice practice test to self-assess your readiness for the exam. Also included with this book are nearly videotutorials which will further help you master Autodesk Revit. Skip to content. Autodesk Revit Architecture. This is the most comprehensive book you will find on Autodesk Revit Architecture. Autodesk Revit Architecture Basics. Autodesk Revit Architecture Fundamentals. Revit Architecture.