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This software allows you to simplify, accelerate and then refine the process of valuing building structures and the materials. This software is available in the standalone version as well as it is available in the professional suite as well.

In this software you can use the raster files or the PDF documentation stored. June To May April To December Experienced giving presentations to groups of up to people.

What's your educational background? Do you speak more than one language? For some jobs, fluency in one or more foreign languages is a plus, so add your language skills to get better results.

Add Your Languages. Are you a member of any organization or professional club? Your professional memberships provide an informative signal about your career aspirations, so add them! Add Your Memberships. This filter limits the takeoff data to only defined items and objects and the takeoff groups that contain them.

Now that you have defined the model takeoff data and added defined takeoff data for rooms and emergency exit signs, you no longer need to view Undefined items and objects. Manual takeoff tools count objects or measure drawing geometry, rather than using published design data as automatic takeoff tools do. This takeoff method is sometimes called on-screen takeoff.

In the following exercises, you create takeoff for toilets on all levels of the dormitory and for carpet in the corridor on the entry level. Use this tool to create takeoff for objects, such as windows and doors that have a Count Item type.

In this exercise, you use the Count Takeoff tool to count toilets on a floor plan. Click View menu Click Fit to Window. Select objects to create takeoff: 4. On the Contextual Tools palette, for Symbol Size, select 4. Select the toilet in Room 10, next to the North Stair. Each time you select a toilet, a count symbol is placed on the sheet, and an object is recorded both on the Takeoff palette and in the Workbook. Do not select the toilet in Room It has a seat height of mm.

Height on the Takeoff palette before you select the toilets on the floor plan. All 6 toilet objects are recorded both on the Takeoff palette and in the Workbook. Using the same method, select the 2 toilets on Upper Level 2. Be sure to select Toilet - mm Seat.

In the Workbook, click the Plumbing tab, and expand Plumbing Fixtures. Double-click Toilet - mm Seat Height to view the object data. When you performed the search takeoff exercise previously, you set the Workbook filter to Project view. If you retained this filter, all of the toilet objects for the project now display in the Workbook.

If you changed the filter back to Sheet view, the Workbook shows data only for the active sheet; therefore, only 2 of the objects are shown. If this is the case, change the Workbook filter to Project view to view all 6 objects.

On the Takeoff palette, right-click any toilet object, click Views, and click the sheet listed on the flyout menu. QTO zooms in to the selected object on the associated view drawing. On the Takeoff palette, click the selected object to enter editing mode. Tip: In order to rename the objects by location, open the Navigator palette to see where the selected object is on the sheet. Using the same method, rename the remaining objects, as shown.

Using an Area Takeoff Tool In this exercise, you use a manual takeoff tool to yield an area measurement for carpet. Click Level.

Create a takeoff object with a polyline tool: 3. On the Takeoff palette, select Interiors On the toolbar, click first line segment. Continue to specify points to trace the corridor walls and create a closed polygon, as shown. To close the polyline area, click near the start point or right-click. Pan the drawing until the geometry you need is in view. Floor Finishes Floor, Carpet. Pan , and move the sheet to show the south portion of the lobby and corridor on the Entry.

On the canvas, begin to trace the corridor walls by clicking to specify the start point and end point of your. Create a takeoff object with a rectangle tool: 8.

Click Pan , and pan to the left to display the south end of Upper Level 1. In Room 14, click one corner to specify the start point of the rectangle, move the cursor diagonally across the room, and click the opposite corner to specify the end point. In the Workbook, double-click Floor, Carpet to view object data. Next, you use an area backout tool to subtract from this area measurement. Using a Backout Takeoff Tool Use the backout tools in QTO to refine takeoff data by subtracting from a previously calculated measurement or count.

In this exercise, you use the Polyline Backout Takeoff tool to remove a portion of the carpet area measurement to account for the void created by the curved wall. On the canvas, zoom in to the curved wall in Room On the toolbar, click Polyline Backout Takeoff.

For the first point of the arc, specify the intersection of the curved wall and the wall on the left. For the second point, specify the midpoint of the curved wall, as shown.

For the last point of the arc, specify the intersection of the curved wall and the wall on the right. The area measurement displayed on the canvas is updated as well. Click Back in the upper-left corner of the Workbook to return to the summary view. Add Markup to a Sheet In this exercise, you use markup tools to add a callout and text to a sheet. Add a callout to the curved wall: 1. On the Toolbar, click Place the callout: 4.

Specify a point on the right side of the curved wall as the start point. Move the cursor up and to the right to specify the second point. In the text box, enter Is wall continuous from floor to ceiling?

Specify a point near the top of the sheet to place the stamp. Add a legend: Alternatively, you can click Document menu Legend to add a legend to the selected sheet. The legend is composed of a color block, an item label, and quantity information, showing the amount of the item that is used on the sheet.

By default, legends show the primary quantity Quantity 1 and associated unit for each item. On the toolbar, click , and select the legend on the canvas. With the legend selected, you can modify the legend settings on the Contextual Tools palette, and you can reposition the legend as needed. Viewing and Validating Takeoff Data After you create takeoff data using automatic or manual takeoff tools, it is important to review and validate the data to ensure the quality of the information.

When you create takeoff data in QTO, takeoff markup is displayed on the canvas, each measurement is recorded as an object on the Takeoff palette, and quantity and cost data is aggregated in the Workbook. All of this data is linked in a 3-way cross-reference. Therefore, when you select takeoff geometry on the canvas, the corresponding object is selected both on the Takeoff palette and in the Workbook.

This 3-way visual cross-referencing of objectson the canvas, at the project level Takeoff palette , and at the sheet or project level Workbook is designed to help you validate takeoff data.

Only items that have a measurable value display in the Workbook. Items are measurable when they have both a defined Type value either Linear, Area, Volume, or Count and a defined property for at least one dimension. For example, when you defined model takeoff results in an earlier exercise, you needed to specify a Length property for the Stair item when you moved it into the catalog.

If you did not do this, the Stair item would not display in the Workbook. Cross-referencing items on the Takeoff palette with those in the Workbook can help you validate your data. In this exercise, you validate takeoff data using the following methods: Verify that when you select an object on the Takeoff palette, the same object is selected in the Workbook and on the canvas. Right-click the object on the Takeoff palette, click Views, and click a view drawing on the list that displays.

QTO zooms in to that object on the canvas. Right-click the object on the canvas, and click Locate Object. The corresponding object is selected on the Takeoff palette. Use the Search feature to locate all occurrences of a word or phrase, and select a specific search result to view the related takeoff data. Validate takeoff data: 1. In the summary view of the Workbook, click the Exterior tab, and expand Exterior Windows.

Double-click Window, Andersen C35 to view object data. On the Takeoff palette, expand Exterior select Andersen C35 []. Verify that the window is selected on the canvas and in the Workbook. Tip Move any column except the Description column by selecting the column header and dragging it to a new position on the palette. Exterior Windows Window, Andersen C35, and. Navigate to a takeoff object on the canvas: 9.

Sheet: A - Typical Ceiling Plan. Click View menu. QTO opens the selected view drawing, and zooms in on the selected takeoff object.

Fit to Window to restore the canvas to the full view of the drawing. Navigate to a takeoff object on the Takeoff palette: On the Takeoff palette, click On the toolbar, click. On the canvas, select a different light fixture, right-click, and click Locate Object. The takeoff object is selected on the Takeoff palette. Notice that the Locate Object function expands groups and items as necessary to display the selected object. You can continue to validate the takeoff data by using the Views command to navigate to objects on the canvas, or by using the Locate Object command to locate objects on the Takeoff palette.

You can also use the Search function. Search for objects: The Search palette opens and displays the results from sheets, models, takeoff groups, items, and objects as navigational links. If the results are extensive, you can use the Search palette to refine them.

On the Documents palette, select Sheet: A - Elevations. The search results are filtered to show only Basic Wall results. Under Objects, select the first Basic Wall link. The Search palette closes, and the object is selected on the sheet, on the Takeoff palette, and in the Workbook. You can also open the Search palette by clicking Window menu Search.

Keyword searches can help you validate takeoff data by locating all occurrences of a word or phrase throughout the entire project. Creating and Viewing Reports Create reports to see summarized or detailed takeoff data for your entire project or a selected portion of it.

QTO provides the following report types that you customize by making selections in the Report dialog: Summary. A cost report that can include quantities and cost information for each takeoff group that contains takeoff data.

Group Items Only. A detail report that can include quantity and cost information for each item in your project. Group Items and Objects. A detail report that can include quantity and cost information, object properties and dimensions, and sheet location for each item and object in your project. Material Items Only. A bill of materials that can include quantities and cost information for each item in your project. Material Items and Objects.

A bill of materials that can include quantity and cost information, object properties and dimensions, and sheet location for each item and object in your project. To generate a report, specify the report type, content, and layout elements that suit your needs.

The report is displayed on the canvas and added to the Documents palette for future reference. In addition, the report name is added to the Recent Reports list on the Report menu, where you can select it to generate future reports, using the previously saved report settings. The Recent Reports list displays the last 10 reports generated from the current project. When you select a report from the Recent Reports list, QTO uses the predefined settings as a report template, gathering the specified takeoff data from the current project and generating a new report.

Predefined reports provide single-click reporting. Each time you run a report from the Recent Reports list, the newly generated report includes any modifications you have made to the takeoff data since the report was last run. Any reports you generate are displayed on the Documents palette as documents, which can be viewed, printed, and exported. Report documents and predefined reports that is, Recent Report menu items are saved within their respective projects.

Note If you publish a takeoff project to a DWF file, reports are not included. Creating Custom Reports In this exercise, you create material and detail reports for your project. As you create reports, you tailor the report style, content, and layout to meet your specific requirements.

Create a material report: 1. Click Report menu Custom Report. By default, the project name is used as the report name. Give reports descriptive names based on report type and content, for example so that you can easily distinguish among various reports listed on the Documents palette and the Recent Reports menu. The Report Type value controls the content that can be specified for the report. Material reports can include quantity and cost information, object properties and dimensions, and sheet location for each item and object in your project.

The actual content of the report is determined by your selections on the General tab and Columns tab. For example, to generate a report that shows only cost by item excluding object data and quantities , you would select the Material Items Only report type and specify only cost-related columns.

Takeoff entities are the takeoff groups and items that are defined on the Takeoff palette for the current project. The Level of Hierarchy value controls how many levels of groups are displayed in the entities tree that makes up the Available list. For example, if you specify 1, the entities tree includes only top-level groups. If you specify 0, the entities tree includes no groups, only items.

Notice that the Lighting Fixture subgroup no longer displays but that all items are displayed in the entities tree, regardless of the number you specify for Level of Hierarchy. For projects that have many levels of nested groups, it can be beneficial to simplify flatten the entities tree to make it easier to select the content to include in the report. In the Available list, select all groups, and click 3. Click the Columns tab.

The report type you selected determines the columns that are available. The Description column is included for all report types. In the Available list, expand Cost Data. Or, as you did in this step, you can expand the category and select specific columns to include in your report. Select Quantity 1, and click selected list. Tip: Rearrange columns using the 7. Click the Labels tab. Items in reports are listed in ascending alphabetical order, based on the label style you specify either Item Only, Item and Parent Group, or Item and Root Group.

By selecting Item and Parent Group as the label style, you choose to have entries are ordered alphabetically by parent group name rather than by item name or root group.

Click the Layout tab. The settings you specify on the Layout tab determine how the report will look on the screen or on paper. Under Options, select Show Grid. Under Orientation, select Landscape. You may also specify a logo or other graphic image file to include in the header or footer. For Footer, select Page. Click Create Report. The report is added to the Documents palette and displayed on the canvas.

Next, you use the Report toolbar to view the takeoff data. View report data: QTO finds the next instance of Basic Wall. Note that searches are not case-sensitive. In the Find Text dialog, click Cancel. Click Zoom flyout , and select a zoom factor. The view magnification increases or decreases. Use the page navigation tools to move forward or backward through the report, either. The Report toolbar also includes the Export tool Create and view a detail report: 1. Using the same method that you used to create the material report, create a detail report using the Group Items Only report type and 0 for Level of Hierarchy.

Review the report, noting that selecting 0 for Level of Hierarchy produces a report with no group headings. Depending on the label style you selected, parent or root groups may be included in item descriptions.

Create another detail report using the same settings that you used for the last report, except for Level of Hierarchy, select All. Notice the group and subgroup headings that are included in the report. Running a Recent Report When you select a report from the Recent Reports list, QTO uses the predefined settings as a report template, gathering the specified takeoff data from the current project and generating a new report.

In this exercise, you enter an override for an item, and then generate an updated version of the materials report. In the Workbook, for the exterior wall item, enter an override in the Quantity 1 field.

A new report is generated. Locate the exterior wall item in the report, and notice that the report contains the updated item information. Because a report is a snapshot of project data at a particular moment, create reports during different project phases to maintain a history of the takeoff data. Although exporting can be used as a secondary reporting method, it is primarily used to transfer data to another application. Export Workbook data: 1. On the Documents palette, select Floor Plans data.

Click File menu Export Quantities. The All Sheets option exports takeoff data from all sheets in the project. Under Takeoff, select Export Hidden Takeoff. Select Export Hidden Takeoff to include data from takeoff groups, items, and objects that are currently hidden.

Navigate to the desired export location. For File name, enter a descriptive name. Click Save. If you select a report or a drawing sheet that does not contain takeoff data, the export file will not contain. Export a takeoff catalog: 6. In the Save as Catalog dialog: Navigate to the desired export location. Export report data: 8.

At the top of the report preview, click In the Export Report dialog: Navigate to the desired export location. In this exercise, you publish your project to a DWF file. Publish to DWF: 1. For File name, enter Basic Takeoff. The publishing process happens one sheet at a time, with a progress indicator reporting the status by sheet.

After all sheets have been published, the DWF file is available in the location you specified. You have completed your first project in Autodesk Quantity Takeoff. As you continue to work with QTO, be sure to use the online help as an additional learning resource. Open navigation menu. Close suggestions Search Search. User Settings. Skip carousel. Carousel Previous. Carousel Next. What is Scribd? Explore Ebooks.

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Did you find this document useful? Bills of Quantities. What is BIM? Apr BIM is a process that allows members of the project team to collaborate on the design elements of a 3D architectural model via a computer virtual platform. Architects , engineers, planners and the construction team have to analyze the digital model and provide their technical expertise with a goal of conforming their inputs in relation to the model, specifications, regulations and other fields of expertise which are part of the project as a whole.

BIM allows incompatible elements across the model to be rectified before building commences, thus saving the client a lot of money and reducing disputes which normally arise during the construction phase. Quantity surveyors are also part of the project team, and their major concern is the cost of the project. Fortunately, BIM does not need an estimator to measure and quantify the building elements. The virtual software does this automatically, through automatic take-off of the project 3D Model geometrics.

However, when a quantifying function or auto-measurement capability is not included on BIM software, you have to look for construction quantity takeoff software that allows integration with BIM. There are a few top BIM Quantity Takeoff software that you can find on the market because BIM is a new concept that is gradually gaining momentum in the construction industry, especially with government projects, for example in the UK United Kingdom , BIM has been adopted by the government due to its ability to reduce costs, increase value and cut project delivery time.

Indeed, a lot of time is saved because a large part of BIM is identifying issues and resolving them, which allows smooth delivery and increased productivity. The following is a list of some of the best building quantity take-off software that can integrate with BIM:.