How to use full navigation wheels in Revit

In this Revit tutorial, you will get details on Full Navigation Wheels inside Revit.

The Full Navigation Wheels (big and mini) comprise of common 3D navigation tools which are useful for both visualizing an object and walking through a building.

The big and Mini Tour Building wheels give access to the tools given below:

• Zoom. Zooms in and out of the existing view.
• Rewind. Retrieves the most current view. It is possible to move backward or forward by clicking and dragging left or right.
• Pan. Shits the model up, down, to the left, and to the right.
• Orbit. Modify the orientation of the model by rotating the model around a pivot point when the view gets fixed.
• Walk. Simulates walking through a model.
• Up/Down. Slides the existing view of a model across the Z axis of the model.
• Look. Revolves the current view.
• Center. Specifies the center of the existing model view.

Note: While one of the Full Navigation Wheels is demonstrated, just press and hold the middle mouse button to pan, scroll the wheel button to zoom in and out, and press the SHIFT key at the time of pressing and holding the middle mouse button to orbit the model.

To change to the Mini Full Navigation Wheel

• Right-click on the wheel and click Mini Full Navigation Wheel..

To change to the big Full Navigation Wheel

• Right-click on the wheel and click Full Navigation Wheel.

Go through the following video tutorial to learn the applications of full navigation wheel.

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Published By

Rajib Dey

www.bimoutsourcing.com

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How drone technology was used in 250,000 sq ft logistics building in Dunstable

Construction firms are deploying new digital technologies like drones, BIM, data analytics, and offsite manufacturing to obtain digital or reality capture information as well as enhance productivity & profit margins and offer a better product & service to the end client.

were engaged by Baytree + Readie Construction employ ProDroneWorx to generate regular survey grade precise 2D/3D digital or reality capture outputs for the full length of the project with drone technology for a new 250,000 sq ft logistics building in Dunstable, near to the M1.

The digital reality capture outputs (3D Point Cloud, Textured Model, Digital Surface Model, 2D Orthomosaic, Google KMZ) were developed with drone technology and photogrammetry which allowed both the developer and the contractor to optimize the digital management of this large 15-acre asset as well as produce thorough data insights, superior co-ordination on the project, greater data deliverables to clients whereas minimize costs and risks.

A digital twin of this project was constantly formed to adapt with modifications onsite and applied as follows:

Helped surveyors, designers, project managers and senior management to evaluate the developments associated with the design models.

Controlled earthworks with cut and fill volumetric measurements.

Allowed tracking project advancement at all phases of the build and against the design models and progress month to month.

Quality assurance checks of the steel frame construction and incorporation of the high resolution imagery into BIM.

Confirmation with reference to the amount of work accomplished.

Outputs were provided inside Virtual Reality (VR) and integrated with BIM.

2D and 3D reality capture outputs were incorporated with current workflow processes since the data was provided in different CAD, BIM and GIS formats (dwg, dxf, xyz, las, laz, obj and e57).

Survey grade precise 3D point clouds were generated concerning all the areas, objects and structures with photogrammetry within two days of flying. The point cloud created from a drone includes 100m points across the whole site with precisions of lower than 5cm and these were tested with check points. The models were imported into BIM or CAD software to make comparisons against the design models and among time periods to monitor development and make sure that the build was not delayed. The data was also utilized to strictly control earthworks onsite, cut and fill volumetric calculations were made from the point cloud data.

The single high resolution orthomosaics created were orthorectified in order that measurements could be obtained from them, they were also secured into the OS grid with ground control points for global exactness. CAD models were super-imposed on the orthomosaics in the project design stage to recognize and plan the orientation of buildings, road, footpaths, services. It provides the user unique insights into the site and its surrounding area whereas facilitating the onsite and offsite teams to monitor the advancement of the project against design drawings.

The digital information created by drone technology transformed the way through which the project will be controlled and as a result both time and money is saved significantly. In just two days of the drone flight, the 2D and 3D digital outputs were fully prepared for examination; which (because of the size of the project) couldn’t be done with conventional methods. These data can be provided in regular team meetings with contactors and to notify the client about the development of the project.

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Published By
Rajib Dey
www.bimoutsourcing.com
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A position is vacant for BIM manager

An Internationally acclaimed Architectural firm with offices globally, is seeking a BIM manager for their office in Cupertino, CA, US.

Essential Functionalities:

Effectively manage and support all BIM related software. The candidate should also take the liability for formulating BIM standards as well as execution and administration.

Liabilities:

1. Handle software products by integrating new version releases and customization of BIM product.
2. Perform quality control for completeness and commitment to company standards of drawings generated.
3. Take responsibilities for BIM standards formation, execution, and administration.
4. Development and maintenance of the software template files to retain the standards.
5. Give support for plotting and electronic file deliveries.
6. Develop upgraded and deployment strategies for the BIM execution efforts.
7. Give hardware and network support since it is relevant to BIM production.
8. Support BIM technology requirements.
9. Provide technical orientation to new hires concerning BIM tools.

10. Retain superior level of competency of software through constant use and training.

11. Provide assistance in project work - modeling and detailing and resolving BIM design issues.
12. Manage and allocate coordinated digital documents to the project team.
13. Keep in touch with subcontractors to obtain, coordinate and update all electronic models.
14. Connect BIM to the project construction administration phase for submittals, construction models, shop drawings and schedules.

Essential Qualifications:

1. More than 5 years production experience in design, drafting or engineering.
2. Should posses an comprehensive working knowledge concerning current BIM versions with emphasis on project sheet setup.

3. Outstanding written and verbal communication skills.
4. Capability to utilize the time productively, improve efficiency, and satisfy challenging work goals.
5. Capability to execute additional responsibilities as required and determine and manage priorities with nominal guidance.
6. Should contain basic PC experience in Windows environments, working knowledge of word processing, spreadsheets, e-mail, web-enabled applications, and database software.

The interested candidate can send their application to nick@peloros.io along with samples not exceeding 10mb.

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Published By

Rajib Dey

www.bimoutsourcing.com

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