What is Mobilization in Construction? Why It Matters in BIM Implementation

Mobilization in a construction project means the preparation of critical material, resources, equipment, and infrastructure at the construction site before the actual work begins. Mobilization is an extremely crucial first step of construction projects and the basis of an actionable workflow for construction project owners and managers. So what is mobilization in construction fundamentally? Mobilization in construction is the stage where the process becomes actionable. It is the strategic setup of the project to facilitate action on site. Mobilization essentially bridges the gap between planning and physical execution in a construction project.

What Does Mobilization Include?

The mobilization process in construction includes active physical application of various facilitators aiming for effective project planning, management, and execution. The mobilization process consists of two broad practices.

Physical Mobilization

Arranging for different site logistics, procuring material, bringing together labor, securing necessary permits, and creating temporary facilities on site. Physical mobilization aims at transforming the raw site into an active, compliant, and functional workspace.

BIM/Digital Mobilization

Configuring the Common Data Environment (CDE) and defining information delivery protocols while setting up the hardware and software to run the digital construction process and establishing communication guidelines.

The Evolution of Mobilization in the BIM Era

There has been a remarkable digital revolution in the construction industry over the past decade. BIM has transformed collaboration among architects, engineers, contractors, project managers, and owners through intelligent digital models. Project teams use these models for planning, design, construction, and facility management.

However, the use of BIM technology does not necessarily translate into successful projects. Absence of proper planning and standardization results in BIM models becoming inconsistent, difficult to manage and coordination ineffective.

Here comes BIM mobilization in the picture.

BIM mobilization aims at establishing the digital environment of the project before modeling and coordination take place. It defines how project teams prepare, circulate, review, and manage information throughout project development.

BIM helps with managing mobilization costs at different levels. It helps teams have more control over operations, visualizing and ascertaining project workflows before the physical action begins.

Why Mobilization Is Necessary for BIM Implementation

Difference between BIM and traditional drawings is that BIM models are not static and evolve all along the construction process. Here, architects, engineers and contractors work together on these models that are interconnected.

Lack of mobilization may result in:

• Unstandardized modeling practices
• Redundant data
• Poor coordination between disciplines
• More design clashes
• Approvals delays
• Additional expenses during the construction process

Effective mobilization will make sure all the project participants follow defined procedures in a prescribed format from the very beginning.

Benefits of Effective BIM Mobilization

Businesses that effectively mobilize BIM for a project see many advantages over the course of implementation.

Enhanced Collaboration

Mobilization establishes effective workflows, communication protocols, and BIM practices. This enables architects, engineers, contractors, and other project stakeholders to collaborate using a single source of information. Also, it helps to improve coordination, prevents miscommunication, supports the decision-making process, and makes the process uniform.

Decreased Rework

BIM mobilization detects conflicts and potential issues through model coordination and early design reviews. The solving of such problems at the planning stage of the mobilization phase decreases the number of reworks significantly. Also, this prevents delays in the construction process.

Higher Quality Models

Standardized templates, modeling best practices, and strict quality controls help ensure high-quality models. High-quality models contribute to enhanced coordination, reduced errors, effective decision-making, and reliable data provision for construction, procurement, and facilities management.

Improved Risk Management

Mobilization plays an important role in ensuring all risks concerning technology, operations, and communications are addressed before construction work commences. One can achieve this through proper standardizing of the BIM processes, pre-construction modeling, and responsibility allocation.

Simplified Scheduling

A clear workflow simplifies approvals, information dissemination, and collaboration within project teams. The elimination of communication barriers in the process makes mobilization crucial for the maintenance of project schedules and timely decision-making.

Managing Mobilization Cost Effectively

Involvement of BIM allows spotting possible resource conflicts, procurement difficulties, and other issues before they influence the cost of construction. With this, mobilization detects and manages cost overruns early. This may include different costs like labor costs, transportation costs, or any other additional costs or unexpected expenses.

Well-planned Equipment Setup

Mobilization ensures that all necessary construction equipment, machines, and tools are available. Besides, it ensures that teams install, test, and make them operational before construction begins. The proper installation of the equipment will prevent downtime and improve efficiency while ensuring safety at the construction site.

Improved Customer Satisfaction

The organized mobilization process allows for customer satisfaction because of transparent processes, accurate reporting, and consistent project deliverables. Additionally, centralized information management and BIM workflows give owners better visibility into project progress.

The Role of Automation in BIM Mobilization

With time, the sophistication of construction projects becomes more complex, hence making it necessary to embrace automation in order to improve BIM mobilization process.

Using automated tools makes the process of developing templates, managing parameters, validating names, and model auditing easier. Also, automation makes it easy to generate sheets, report clashes, and documentation. Further, as opposed to carrying out all the activities manually, the team can opt to automate some of the activities.

Automation makes it possible to avoid human mistakes and enables BIM specialists to engage in other activities.

Endnote

Mobilization is an important factor that forms the base for the success of the BIM application. Effective mobilization plays an important role in ensuring collaboration, reducing errors and risks, improving the quality of models, and completing projects within the stipulated time and cost budgets.

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