Structural BIM Technical Office  ROUND 12  Early Bird 

تقدر تشترك في الدبلومة راوند (12) حتي يوم 24-February



BIM Applications 

  • ​Stage 00 BIM Fundamentals 
    BIM (Building Information Modeling) is a process that uses a data-rich 3D model to provide comprehensive information about building design, construction, and operation. The fundamentals of BIM include data, processes, and technology, all of which work together to improve collaboration and communication among stakeholders, reduce errors and delays, and ultimately deliver more efficient and sustainable building projects.
  • Stage 01 Be Specialist In Modeling 
    specializes in creating and managing 3D models using BIM software for building projects. You will can ensuring accuracy and compliance with project standards, collaborating with stakeholders, running simulations, and creating documentation to support project planning, design, and construction. You will become a BIM Specialist in Modeling, as well as you will be experience with BIM software and you will have a strong technical skills.
  • ​Stage 02 Secrete Of Design Drawing 
    BIM Design Drawing is a process that uses a 3D model to create accurate and detailed construction drawings for building projects. It offers advantages over traditional 2D CAD drawings, including accuracy, efficiency, coordination, and visualization. BIM Design Drawing involves using BIM software to generate 2D drawings such as floor plans, elevations, sections, and details with annotations and other information to support construction. It is an important part of the overall BIM process and helps to ensure that building projects are designed and constructed efficiently and effectively.
  • ​Stage 03 New BIM Department 
    BIM can be used for both steel and architectural models in building projects. For steel models, BIM can create accurate 3D models, analyze structural behavior, and generate fabrication drawings and bills of materials. For architectural models, BIM can create detailed 3D models, generate construction drawings, and coordinate different building systems. BIM is also useful for collaboration and sharing information among project stakeholders, reducing errors and rework, improving communication, and increasing efficiency throughout the building lifecycle.
  • ​Stage 04 Expert In Family 
    Revit Families are pre-built 3D models of building components or equipment that can be used in Building Information Modeling (BIM) software, such as Autodesk Revit. They are either built-in (System Families) or custom-made (Component Families), and can save time, improve accuracy, and ensure consistency in building design. To create a Revit Family, designers must create a 3D model, add parameters to make it parametric, and then save and share it for others to use in their own projects.
  • ​Stage 05 Collaboration with Team 
    BIM Collaboration with a team involves working together on a project using BIM software to manage and share information. Collaboration can involve various stakeholders and uses a common data environment (CDE) to store and share project data. BIM Collaboration can reduce errors and rework, improve communication, facilitate coordination among building systems, and increase efficiency throughout the building lifecycle. It typically involves collaboration tools and workflows within BIM software, such as cloud-based collaboration tools and version control. BIM Collaboration is a powerful tool for managing building projects, allowing for improved efficiency, accuracy, and collaboration among stakeholders. 
  • ​Stage 06 Coordination with Department 
    BIM Coordination with Department involves working with different departments within an organization to ensure effective communication and coordination during a building project using BIM software. It can help ensure consistency in design and specifications, reduce errors and rework, and improve communication and collaboration among team members. BIM Coordination typically involves establishing workflows, protocols, and standards for sharing data and information across departments, and using BIM software to create and manage shared models. It is a powerful tool for managing building projects, allowing for improved communication, collaboration, and efficiency among different departments throughout the building lifecycle.

Technical Office Work Flow

  • Stage 07 WF Technical BIM Standard 
    Technical BIM Standards are a set of rules, procedures, and guidelines that govern the use of BIM software and data in building design, construction, and management. They ensure consistency and accuracy in data exchange, interoperability, and collaboration among different stakeholders in the building lifecycle. Examples of Technical BIM Standards include Industry Foundation Classes (IFC), BuildingSMART International, National BIM Standards (NBIMS), and ISO 19650. Technical BIM Standards promote efficiency throughout the building lifecycle and are essential for successful BIM implementation.
  • ​Stage 08 WF Technical Project Template 
    A BIM technical project template is a predefined structure that outlines the essential components of a BIM project, including project information, scope, BIM execution plan, model and data management, project delivery, quality control, training and support, and appendices. It provides guidance for consistency, accuracy, and efficiency in the BIM process and should be regularly reviewed and updated throughout the project.
  • Stage 09 WF Technical Model 
    It is the practical application stage of the stage 01 this stage exposes you to the use of all the tools that you have previously studied to produce a real project that can be implemented on the ground.
  • ​Stage 10 WF Technical Concrete Dimension 
    It is the practical application stage of the stage 02 And through this stage, we will be exposed to working on a real project and extracting its drawings in all its details, and this product is what engineers are exposed to in the working field. 
  • ​Stage 11 WF Technical RFT Drawing 
    BIM shop drawings are detailed drawings created using BIM software tools (Revit) that show how prefabricated components will be manufactured and assembled for a construction project. They are created by contractors or fabricators and provide detailed information on the dimensions, materials, finishes, and other specifications required to produce and install the components. BIM shop drawings are essential for ensuring the accuracy and quality of prefabricated components, identifying and resolving potential issues before they become problems during construction, and improving collaboration and communication among project stakeholders.
  • ​Stage 12 Quantity And Survey 
    BIM Quantity and Survey is a process of extracting accurate quantities and measurements of building elements and components from a BIM model using specialized software tools. It can be used for cost estimation, material ordering, and project scheduling, and generates reports that can be customized to meet project needs. BIM Quantity and Survey is highly accurate and efficient, eliminating the need for manual takeoffs and measurements, and improving project efficiency and reducing costs.
  • ​Stage 13 BIM BI 
    BIM integration with Microsoft Power BI involves connecting BIM data to Power BI to create interactive visualizations and dashboards that provide insights into the construction project. Power BI is a cloud-based business analytics service that provides interactive visualizations and business intelligence capabilities with an easy-to-use interface. BIM integration with Power BI can improve project management and increase efficiency by providing real-time insights into the project's performance, identifying potential risks, and enabling proactive measures to be taken to mitigate them. Overall, BIM integration with Power BI provides a powerful tool for construction project management and decision-making.
  • ​Stage 14 Create Your Opportunity 
    Creating an opportunity on LinkedIn can be done in several ways, including posting a job opening, sharing a post, reaching out to your network, or joining a group. LinkedIn is a powerful networking tool that can be leveraged to identify and create opportunities that align with your goals and interests.

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