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On-Site BIM Management Services

We offer services to our clients where we help them implement BIM workflows and processes on site. We help clients to gather data for As-Built modeling.

01.

BIM to Field

BIM Models can be leveraged not just in the office but also on the field. Data from the model including layout information and geometry can be pushed to robotic total stations and devices on site to maximize the accuracy during the execution phase.

02.

As-Built Incorporation

There are variations from the design in every kind of project because of the nature of construction sites. These changes need to be effectively documented so as to enable sanctity of data for O&M. Techture deploys teams on site to track this information and bring the model to the as-built stage.

03.

Additional BIM Benefits

When there is a team on site using BIM, there are many aspects of construction that can be optimized. Pour wise quantities of concrete, bar bending schedules, procurement costs management and a lot of other benefits can be leveraged.

BIM to Field

BIM to Field

BIM Models can be leveraged not just in the office but also on the field. Data from the model including layout information and geometry can be pushed to robotic total stations and devices on site to maximize the accuracy during the execution phase.

As-Built Incorporation

There are variations from the design in every kind of project because of the nature of construction sites. These changes need to be effectively documented so as to enable sanctity of data for O&M. Techture deploys teams on site to track this information and bring the model to the as-built stage.

Additional BIM Benefits

Additional BIM Benefits

When there is a team on site using BIM, there are many aspects of construction that can be optimized. Pour wise quantities of concrete, bar bending schedules, procurement costs management and a lot of other benefits can be leveraged.

On-site BIM management images

The new emergent truth in the construction business seems to be the acceptance of BIM as a wonderful all-rounder technology. There is no contest against that fact. However, the crucial question still remains the same: Have we truly, and in every sense, adopted BIM? The answer to this is rather discouraging.

Communication is essential to an integrated site management process. In absence of tools that simplify communication on the site, it is difficult to keep all the players in the loop and extract the highest essence of the technology endowed in form of BIM. Many clashes are detected when contractors and workers start their on-ground work. Due to the lack of proper on-site communication, the project runs into delays and cost overruns become common.

The effort taken by teams of architects, civil engineers, MEP professionals and other such stakeholders is often diluted by poor implementation of BIM on the site.

A collaborative communication seems to be the only solution. Any change in the design proposed by one player, for example, the architect, leads to corresponding changes in other design models too. A single model for the entire project encompassing different players is hardly ever possible. A structural engineer may have his analysis model, a contractor may have his construction simulation model, and a fabricator may have his shop drawings and likewise for other contributors: the key to successful implementation is interoperability.

Though different stakeholders have their own different models, this does not mean the models in themselves are separate and unconnected. In fact, these different models highly move in tandem. A change in one aspect by one stakeholder is capable of changing the design in each of the other stakeholders too. Thus, a constant revision of the current model is necessary to ensure that each model represents the same building which attained through proper BIM Management.

On-site BIM management images

Planning and Coordination

Techture facilitates the coordination of BIM models and data among different stakeholders involved in the facility management process. This helps ensure that everyone has access to accurate and up-to-date information, leading to improved collaboration and efficiency. We also help define project objectives, establish information exchange requirements, and create guidelines for BIM implementation throughout the facility lifecycle

Training and Implementation

Techture helps facility managers implement BIM technology within their organizations, including setting up the necessary infrastructure, software, and training programs. We also help facility managers select and deploy the appropriate BIM software tools that align with their specific needs and requirements. It ensures that BIM is effectively implemented on-site, including model management, coordination, and quality control.

Monitoring and Documentation

We continuously monitor and ensure that the project is progressing according to plan, and that BIM is being used effectively to improve productivity, efficiency, and quality. Troubleshooting issues as they arise, including technical problems with BIM software, coordination issues, and communication breakdowns is also extremely crucial. Techture also assists in creating comprehensive documentation related to BIM processes, activities, and outcomes. These documents serve as a reference for the facility managers and stakeholders, ensuring clear communication and effective decision-making.

Custom App Development
Plugins Development
Software Integrations

Sample Outputs and Deliverables

At Techture, we are dedicated to providing the highest quality Building Information Modelling (BIM) services to our clients. We are committed to using the latest technology and software to create advanced, robust 3D models that meet the specific needs of each project. You can find a variety of sample outputs and deliverables that showcase our work and demonstrate the Level of Detail and precision we bring to every project. These files will give you a clear idea of the types of models we work on and the technology we use to create them. These samples will give you a better understanding of the value our BIM services can bring to your project.

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Sample Outputs and Deliverables
PROJECTS

Featured Projects

We have successfully delivered over a Billion sqft. of projects using our expertise in Visualisation & Virtual Reality. Our engineering team has demonstrated experience using the latest tools and technologies to create re ndered views and visualization of assets. View our portfolio of projects that we have delivered.

Why Techture

Techture has become one of the leading BIM solutions companies because of its innovative approach, OEM partnerships, and Customer-centric approach that never compromises on Quality.

Innovation Forward

Innovation Forward

Our dedicated R&D team works tirelessly to ensure that the most industry-forward and innovative workflows are being used to deliver projects

Embrace Automation

Embrace Automation

We have been advocates for digital automation from our inception. We are also pioneers for automating some of the most traditional processes, thought to be impossible to automate.

OEM Preferred

OEM Preferred

Our partnerships with the leading OEMs in the industry imply that we have access to state-of-the-art software and sophisticated resources that help us deliver projects most efficiently.

BIM Evangelists

BIM Evangelists

As an industry disrupter in the construction sector, we have been educating the fraternity about the benefits of adopting newer technologies. Our leaders keep engaging audiences through various national and international conferences.

Customer Centric

Customer Centric

Our customer-first philosophy has resulted in 85% repeat business. Our can-do attitude coupled with industry leading turn-around-times ensures satisfaction and realised return-on-investment.

Quality First

Quality First

We believe in no comprise to quality, however tight the schedule might be.

Agile & Adaptable

Agile & Adaptable

Our ability to custom tailor our outputs to suit the needs of our clients puts us on the forefront of the technology disruption. Our outputs seamlessly align with your needs and downstream processes

Our Clients

Frequently Asked Questions

What is On-Site BIM Management?

On-site BIM management involves overseeing and coordinating the implementation of BIM processes and models during the construction phase of a project. Key responsibilities of on-site BIM management include:

  • Coordination: Ensuring that BIM models are effectively coordinated with on-site construction activities, addressing any clashes or conflicts that may arise.
  • Model Updates: Managing the process of updating BIM models in real-time to reflect changes and progress on the construction site, keeping the digital representation aligned with the actual build.
  • Communication: Facilitating communication and collaboration among various stakeholders, including architects, engineers, contractors, and subcontractors, to ensure everyone is working with the latest BIM information.
  • Quality Control: Overseeing the quality and accuracy of BIM data and models on-site, and addressing any discrepancies or issues promptly.
  • Training: Providing training and support to on-site teams to ensure they are proficient in using and understanding BIM tools and processes.
  • Integration with Construction Processes: Integrating BIM into the day-to-day construction processes to enhance efficiency, reduce errors, and improve overall project coordination.
How does BIM to Field work?

"BIM to Field" refers to the process of transferring information from BIM software or digital models to the actual construction site for implementation. This involves utilizing digital data and models created during the design and planning phases to guide and inform on-site construction activities. Here's how BIM to Field works:

  • Data Transfer: Transfer detailed BIM data to on-site tools for construction layout.
  • Construction Layout: Use BIM information for accurate positioning and layout on the construction site.
  • Coordination and Clash Detection: Resolve clashes digitally in the BIM model before construction to minimize errors on-site.
  • As-Built Documentation: Update the BIM model with on-site changes and progress for accurate as-built documentation.
  • Field Management: Enable on-site teams to access and interact with BIM data for real-time collaboration.
  • Quality Control: Utilize BIM data for quality control and inspections during construction.
  • Facility Management: Hand over updated BIM data to facility managers for ongoing maintenance and operations.
What is As-Built Incorporation in BIM?

As-built incorporation in BIM refers to the process of updating the BIM Model to reflect the actual conditions of a construction project as it is built. The term "as-built" refers to the final state or status of the construction, capturing any changes, modifications, or deviations from the original design that occurred during the construction process. Key aspects of as-built incorporation in BIM include:

  • Documentation of Changes: Recording and documenting any modifications or deviations made during construction, including changes in dimensions, materials, or system configurations.
  • Updating BIM Models: Integrating the documented changes into the BIM model to create an accurate digital representation of the final built environment.
  • Accurate Spatial and Attribute Information: Ensuring that the spatial and attribute information in the BIM model matches the physical conditions of the constructed building or infrastructure.
  • Post-Construction Data Collection: Collecting data from on-site inspections, surveys, or digital tools to verify and validate the as-built conditions.
  • Facilitating Facility Management: Providing facility managers with an up-to-date BIM model that accurately reflects the as-built conditions, supporting ongoing maintenance, operations, and future renovations.
What extra benefits does BIM offer on-site?

BIM offers several additional benefits on-site during the construction phase:

  • Improved Coordination: Enhances coordination among various trades and construction activities, reducing clashes and conflicts on-site.
  • Visualization: Provides a visual representation of the construction project, aiding in better understanding and communication of complex details.
  • Efficient Resource Allocation: Enables more efficient allocation of resources, including labor, materials, and equipment, optimizing on-site productivity.
  • Clash Detection: Identifies and resolves clashes or conflicts in the digital model before construction, minimizing errors and rework on-site.
  • Real-time Updates: Allows for real-time updates and collaboration with the latest project information, reducing delays and ensuring everyone works with current data.
  • Construction Sequencing: Assists in planning and visualizing the sequence of construction activities, optimizing workflows and improving project scheduling.
  • Cost Estimation and Control: Facilitates more accurate cost estimation by providing detailed information on materials and quantities, contributing to better cost control.
  • On-site Decision Support: Supports on-site decision-making by providing immediate access to critical project information and data.
  • Quality Control: Facilitates better quality control by comparing on-site conditions with the digital model, ensuring adherence to design specifications.
  • As-Built Documentation: Streamlines the process of capturing as-built conditions, updating the digital model to reflect the final state of the construction for future reference.
  • Safety Planning: Supports safety planning by visualizing potential hazards and ensuring that safety measures are integrated into the construction process.
Does On-Site BIM Management include training?

Yes, On-Site BIM Management often includes training as a crucial component. Training is provided to on-site teams to ensure they are proficient in using BIM tools and processes effectively. Key aspects of training in On-Site BIM Management include:

  • Tool Proficiency: Training focuses on ensuring that on-site personnel are proficient in using the specific BIM software tools employed for construction coordination and management.
  • Model Navigation: Familiarizing on-site teams with the navigation and interpretation of 3D BIM models, helping them understand the digital representation of the construction project.
  • Collaboration Techniques: Teaching collaborative techniques that enable on-site teams to effectively communicate and collaborate using BIM data, fostering coordination among different trades
  • Real-time Updates: Instructing on how to update and access real-time information in the BIM model to keep everyone on the construction site working with the latest data.
  • Conflict Resolution: Training includes techniques for identifying and resolving clashes or conflicts in the digital model before they become on-site issues, minimizing errors and rework.
  • Data Management: Educating on-site teams about data management practices related to BIM, ensuring proper handling of information and adherence to project standards.
  • As-Built Documentation: Providing guidance on capturing as-built conditions and updating the BIM model, contributing to accurate as-built documentation for future use.
How does BIM assist in documentation and decision-making?

BIM aids documentation by integrating comprehensive data and providing real-time updates. Its 3D visual representation supports clear communication and decision-making, helping stakeholders visualize complex details. Clash detection in BIM minimizes errors, while accurate quantities and specifications extracted from the model enhance documentation precision. BIM's change management capabilities and ability to visualize construction sequencing contribute to effective decision support. Additionally, BIM supports facility management by providing a detailed digital record for informed decisions during maintenance and operations.

How Do BIM Management Services Integrate with Existing Project Management Tools?

BIM management services integrate with existing project management tools through data interoperability, API integration, custom plugins, or data synchronization. These methods facilitate seamless exchange of information, ensuring efficient collaboration, data sharing, and workflow optimization between BIM and project management platforms, enhancing overall project success.

Build Better, Faster

Reach out to us to know how we can help your team utilize the latest technologies in construction and achieve faster and better results.