How does AR improve performance in real time?
How does AR improve performance in real time?
How does AR improve performance in real time?
Drones extend existing aerial photography and sensor data collector methods.
Drones extend existing aerial photography and sensor data collector methods.
BIM process
1-Drone and Surveying
2-Architecture and
Site urban planning
5-Site Construction
Construction coordination
3-Coordination and
Data management
6-Facility Management
4-Throughout Construction
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Simulating environment using 3D drones model
Aerial surveys for analyze and audits.
Hyperlapses and scheduling using drones
Tracking and monitoring progress
Using drones and photo equipment for time and cost savings
Drones for building inspections and maintenance
BIM workflow at different stages of a Project
Pre-Construction
Activities
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Activities like land surveying (topography) & site exploration can be successfully achieved by Drones Technology saving time and labor and indeed giving precise surveys not prone to human errors which are high-resolution and clear aiding Planning and Design.
In the design phase, the
as-built BIM model of the construction site terrain and the surrounding buildings and environment enable the designers to understand the site conditions better and to make better decisions about the building design.
Throughout Construction
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During Construction, Drones can be utilized for numerous tasks like better designing with a view of prevailing site details and adjacent structures, you may be able to design a model and visualize it in a better manner making it viable for construction.
Tracking and monitoring progress and have a view of the activities taking place on the site. In the construction phase, there are different aspects like:
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Virtual Installation
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Safety Management
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Digital Reproduction
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QA/QC
Post-Construction
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Activities like inspections, maintenance,evaluation activities can be accomplished saving time with efficiency and accuracy.
In the post-construction phase, there are different aspects like:
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Documentation
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Building Performance Analysis
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FM Functionalities
Visualization & Marketing
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Incomparable aerial views of the site help in providing enriched viewing experiences to the owners and associated personnel. Also, they can help to highlight prominent areas of the edifices for promotional purposes.
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"SCAN TO BIM is basically a practice of creating a digital representation of existing conditions of the building with its physical and functional characteristics in BIM. A laser scanner is devised to capture an accurate 3D scan which is then imported into a 3D BIM software in order to create either accurate as-built models or to capture the design with the real-world conditions. Scan to BIM is vastly used by all the stakeholders in the construction industry as it saves a lot of time and cost of the project. It also provides a platform to see real-time changes & visualize the site resulting in increased efficiency."
Source: united-bim.com/ultimate-guide-of-scan-to-bim/The Ultimate Guide to Scan to BIM
Scan to BIM workflow framework
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Required building elements
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Required accurate Level of Detail (LOD)
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Required non-geometric attributes
Identification of
Information Requirements
SCANNING PLANNING:
SCAN DATA QUALITY
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Spacial resolution
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Coverage
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Accuracy
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Attributes like location, angular resolution, etc.
SCANNING:
DATA ACQUISITION
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Scanning devices and locations
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Angular resolutions
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Other parameters
3D BIM MODELING:
AS-BUILT ready
for the NEW-BUILD
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Modeling of required building elements
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Modeling of required Level of Detail (LOD)
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Modeling of required non-geometric attributes
Source: united-bim.com/ultimate-guide-of-scan-to-bim/The Ultimate Guide to Scan to BIM
Why invest in Scan to BIM?
Key benefits of Scan to BIM are:
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Cost savings - Sourcing 3D model definitely comes at a cost but when we compare it with the traditional 2D survey, it results in significant savings.
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Saves time / Reduced field cycle time - Eliminates frequent visits to the sites. Thus, it increases time availability with the contractor to initiate the planning process and evaluate the project risk.
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Optimize errors / Error detection - It facilitates faster
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decision-making and project alteration.
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Efficiency and Quality - The design derived from Scan to BIM is more reliable and of assured quality.
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Sustainability - Using BIM at every building process leads to better sustainability in the project.
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Common Data Environment - Scan to BIM facilitates transparency, better communication, and foster collaboration.
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Improve decision making - Better data equals better decisions.
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Dynamic and flexible solutions - Adaptability custom solutions
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Risk mitigation - a better way to manage, eliminate, or reduce risk to an acceptable level.
Point Cloud model
BIM 3D model
Melbourne city - Point clouds Source: https://data.melbourne.vic.gov.au/
Point clouds to BIM 3D model service
In the age of digitization, reconstructing the as-built condition of archaic buildings for construction companies and surveyors isn’t a tough task. Point cloud modeling has redefined the tasks and the continuously improving features of 3D BIM softwares.
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When point cloud scanned data is gathered, the difficulty level of reading that data and converting the point cloud scans into 3D models depends upon the building type, its orientation and density of building components. Point cloud scans or the point cloud mesh when are imported in BIM platforms each object can be identified distinctly.
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Accurate reproduction of point cloud scan
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3D BIM models with required LOD 100 to 500
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As-built 2D drawings with dimensions, annotations, layering
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On-time delivery
Smart buildings and smart cities
In this faced global pandemic smart cities and smart buildings are they are more than ever a fundamental change for societies of the future. The need for safety and well-being as well as the optimization and reduction of the impact on the environment are the priorities in the urban and rural landscapes.
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We want to collaborate to support our customers in this new challenge with our services. Manage data in order to create better intelligent buildings and cities.
