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How can you optimize construction sequencing and phasing with BIM?

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Construction sequencing and phasing are crucial aspects of any facility engineering project, as they determine the order, duration, and coordination of different tasks and resources. However, traditional methods of planning and managing these processes can be inefficient, error-prone, and costly. Building information modeling (BIM) offers a powerful solution to optimize construction sequencing and phasing by creating and visualizing a digital representation of the physical and functional characteristics of a facility. In this article, you will learn how BIM can help you improve your construction sequencing and phasing in four ways.

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ALI Patel .

Principal Architect and designer @ ARCHITERIO completed project in residential and hospitality sectors. Director @…
Rafie Alam

International BIM Project Manager / Hilti BIM Competence Center

1 Enhance communication and collaboration

BIM enables you to share and update information among various stakeholders, such as owners, designers, contractors, and operators, in a common data environment. This facilitates communication and collaboration, as everyone can access and understand the same data and models. BIM also allows you to create and present different scenarios and alternatives for construction sequencing and phasing, and solicit feedback and input from relevant parties. This way, you can align your expectations, goals, and requirements, and avoid conflicts and misunderstandings.

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Rafie Alam

International BIM Project Manager / Hilti BIM Competence Center
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Agree but it also depends on how rich are the information being generated and made available to enable the upfront engineering. A small detail can affect the project timeline later on if the required information are not included. However this can be further improved.

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2 Reduce risks and uncertainties

BIM helps you reduce risks and uncertainties associated with construction sequencing and phasing by providing you with accurate and reliable information. BIM allows you to perform simulations and analyses of different aspects of your project, such as site conditions, structural behavior, material availability, environmental impact, and cost estimation. BIM also enables you to detect and resolve potential clashes and interferences among different elements and systems, and optimize the spatial and temporal coordination of your tasks and resources. By using BIM, you can anticipate and mitigate the risks and uncertainties that may affect your construction sequencing and phasing, and improve your decision-making and problem-solving.

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3 Increase efficiency and productivity

BIM helps you increase efficiency and productivity in your construction sequencing and phasing by enabling you to automate and streamline your processes. BIM allows you to generate and update schedules, budgets, and reports based on the data and models in your common data environment. BIM also enables you to integrate and synchronize your data and models with other tools and platforms, such as project management software, geographic information systems, and virtual reality. By using BIM, you can reduce the time and effort required for your construction sequencing and phasing, and enhance your performance and quality.

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Rafie Alam

International BIM Project Manager / Hilti BIM Competence Center
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Prefabrication or offsite fabrication of each possible element need to be considered. Imagine how a car being built and assembled or maybe some electronic devices. Prefabricated offsite and only assembled onsite. Construction industry is >13% of world economy compared to others but we are far behind in developing it.

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4 Improve sustainability and safety

BIM helps you improve sustainability and safety in your construction sequencing and phasing by enabling you to evaluate and optimize the environmental and social impacts of your project. BIM allows you to measure and monitor the energy consumption, carbon emissions, waste generation, and water usage of your project, and identify and implement strategies to reduce them. BIM also enables you to assess and improve the health and safety conditions of your workers, site, and facility, and comply with the relevant standards and regulations. By using BIM, you can ensure that your construction sequencing and phasing are environmentally friendly and socially responsible.

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5 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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ALI Patel .

Principal Architect and designer @ ARCHITERIO completed project in residential and hospitality sectors. Director @ Renaid building materials - A leading manufacturer and exporter of building construction materials
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In my experience, BIM allows for the visualization of the entire construction process, helping stakeholders understand the project's progression. Secondly, it enables the creation of a detailed 3D model that includes information on materials, quantities, and timelines. This information aids in identifying potential clashes or conflicts in the construction sequence, allowing for early problem-solving. BIM also supports the creation of a virtual construction timeline, helping to visualize and optimize the sequencing of activities. This ensures that construction phases are well-coordinated, reducing delays and improving overall project efficiency.

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Thulfiqar K. Salhom

BIM Manager | Project Construction Manager | Digital innovation specialist | AI enthusiast | Data Analyst | Python Lover
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By implementing BIM we can leverage the power of collaboration and Simulation by linking the time schedule with the elements in the 3D Model, resulting in a great vision and understanding for all stakeholders

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How can you optimize construction sequencing and phasing with BIM?

1

2

3

4

5

1 Enhance communication and collaboration

2 Reduce risks and uncertainties

3 Increase efficiency and productivity

4 Improve sustainability and safety

5 Here’s what else to consider

Facilities Engineering

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How can you optimize construction sequencing and phasing with BIM?

1

2

3

4

5

1 Enhance communication and collaboration

2 Reduce risks and uncertainties

3 Increase efficiency and productivity

4 Improve sustainability and safety

5 Here’s what else to consider

Facilities Engineering

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