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BIM Modelling of Structure

By bluepillar_admin

4,8

1,158,467 students

Course Duration:Customizable

Course level:Beginner

BIM Modelling of Structure

The course outcome for BIM Modelling of Structure focuses on equipping students with the knowledge and practical skills to develop accurate and coordinated structural models using BIM tools.

By the end of the course, students are expected to understand structural BIM concepts and apply them to create 3D models of structural elements such as beams, columns, slabs, and foundations using software like Autodesk Revit. They will be able to generate structural drawings and documentation, including plans, sections, and reinforcement details, directly from the model.

The course also develops skills in parametric modeling, enabling efficient updates and modifications to structural components. In addition, students will learn how to ensure model accuracy, perform basic coordination with architectural and MEP models, and detect potential clashes.

Overall, the course outcome prepares learners to apply BIM effectively in structural design and construction, improving coordination, efficiency, and the quality of project delivery.

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Course Overview

The course overview for BIM Modelling of Structure introduces students to the application of Building Information Modeling (BIM) in structural engineering and design. The course focuses on developing skills in creating and managing detailed 3D structural models using BIM tools such as Autodesk Revit.

Students will learn how to model key structural elements including columns, beams, slabs, and foundations, while understanding how these components interact within a building system. The course also covers the generation of structural drawings and documentation, such as structural plans, sections, and detailing, directly from the BIM model.

In addition, students are introduced to parametric modeling techniques, allowing efficient modification and coordination of structural elements. Emphasis is placed on model accuracy, data management, and coordination with architectural and MEP models to ensure an integrated design process.

Overall, the course provides both theoretical knowledge and hands-on experience, preparing students to apply BIM effectively in structural engineering and construction projects.

Course Contents

Module 1: Introduction to Structural BIM 

  • Overview of BIM in Malaysian construction industry
  • Role of structural BIM in local projects
  • BIM initiatives by CIDB Malaysia
  • Common practices in Malaysian structural design

Module 2: BIM Software for Structural Modelling

  • Introduction to Autodesk Revit (Structure discipline)
  • Interface, tools, and structural templates
  • Project setup based on Malaysian standards
  • File organization and naming conventions

Module 3: Structural Modelling (Concrete & Steel – Local Practice)

  • Modelling columns, beams, slabs, and foundations
  • Reinforced concrete structures
  • Introduction to steel structures (industrial projects)
  • Grid systems and levels based on local design workflow

Module 4: Reinforcement (Rebar) Modelling

  • Basic rebar modelling in BIM
  • Bar bending schedules (BBS)
  • Reinforcement detailing based on Malaysian practice
  • Compliance with Eurocode (used in Malaysia)

Module 5: Structural Documentation & Submission

  • Producing structural drawings (plans, sections, details)
  • Reinforcement drawings and schedules
  • Annotation and sheet setup for local authority submission
  • Documentation standards used in Malaysian projects

Module 6: Coordination with Architecture & MEP

  • Linking models from other disciplines
  • Clash detection using tools like Navisworks
  • Coordination with consultants and contractors
  • Resolving clashes before construction

Module 7: Structural Analysis & Data Exchange

  • Exporting BIM models to analysis software (e.g., ETABS concept)
  • Understanding analytical models vs physical models
  • Data exchange formats (IFC)
  • Ensuring model accuracy

Module 8: BIM Standards & Industry Practice 

  • Malaysian BIM guidelines (CIDB BIM Guide)
  • BIM Execution Plan (BEP) basics
  • Model coordination workflows
  • Quality control and data management

Module 9: Practical Project

  • Develop a complete structural BIM model
  • Apply Malaysian standards and Eurocode
  • Coordination with architectural model
  • Final presentation and review

BENEFITS

How this course benefits individuals:

How this course benefits companies:

COURSE INFORMATION

  • Understand the principles of BIM in structural engineering within the Malaysian construction context
  • Apply BIM tools such as Autodesk Revit to develop 3D structural models
  • Create and model structural elements including columns, beams, slabs, and foundations based on local practice
  • Develop reinforcement (rebar) models and bar bending schedules (BBS)
  • Produce structural drawings and documentation (plans, sections, details) suitable for Malaysian projects
  • Apply Eurocode standards commonly used in Malaysia for structural design and detailing
  • Perform coordination with architectural and MEP models to ensure integrated project delivery
  • Conduct clash detection and resolve structural conflicts using BIM tools
  • Manage and organize BIM data, models, and project information effectively
  • Understand and apply CIDB BIM guidelines and BIM Execution Plan (BEP)
  • Demonstrate ability to exchange data with structural analysis software (e.g., ETABS workflow)
  • Develop a complete structural BIM model based on real Malaysian project requirements

CAREER OPPORTUNITIES

  • Structural BIM Modeler
    Develops 3D structural models (columns, beams, slabs, foundations) using BIM software such as Autodesk Revit
  • Structural BIM Technician / Drafter
    Produces detailed structural drawings, reinforcement details, and documentation
  • BIM Coordinator (Structural)
    Coordinates structural models with architectural and MEP disciplines and manages clash detection
  • Structural Design Engineer (BIM-based)
    Uses BIM models together with analysis tools (e.g., ETABS workflow) for structural design

Material Includes

  • 18+ Hours of Step by Step Video Lectures by a Microsoft Certified Trainer (MCT)
  • Downloadable Exercise Files to follow along and practice with
  • Section Quizzes to Test Your Knowledge on the Lecture Topics
  • QA board where you can post questions, screenshots of your progress

Tags

Excel
Microsoft Office
Office Productivity

F.A.Q

Pre-Requisites:

  • Completed BIM Concept & Theory training
  • Basic understanding of structural engineering concepts (beams, columns, slabs, loads)
  • Fundamental knowledge of construction methods and materials (especially reinforced concrete)
  • Familiarity with computer-aided design (CAD) (e.g., AutoCAD)
  • Basic computer skills and ability to use design software
  • Introductory experience with BIM tools such as Autodesk Revit
  • Understanding of engineering drawings and technical documentation
  • Basic knowledge of Malaysian construction practices

$18.99

$80.99 Discount 83% off

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Benefits Obtained :

  • Webinar Link
  • Training Evaluation Test
  • Course Enrollment
  • Download Brochure
  • Completion Certification
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