Building Information Modelling

Complete syllabus

Every chapter and lesson

1. 01

   Chapter 1 · 2 lessons

   PART I. DIGITIZATION

   1. 1.1

      1. Digital information

      6 min · Quick check

      Lesson goal: By the end you can explain how digital information is represented, stored, and exchanged in building projects.

      • Define digital information and distinguish it from analogue records.
      • Explain how structured data represents building elements and their properties.
      • Describe why consistent digital information improves coordination and reuse across a project.
   2. 1.2

      2. Digitization in AECO

      6 min · Quick check

      Lesson goal: By the end you can explain how digitization changes information work across architecture, engineering, construction, and operations.

      • Define digitization and spell out architecture, engineering, construction, and operations (AECO).
      • Compare paper-based information handoffs with shared digital workflows.
      • Explain how digitization supports coordination, traceability, and lifecycle information use.
2. 02

   Chapter 2 · 3 lessons

   PART II. REPRESENTATION

   1. 2.1

      3. Symbolic representation

      6 min · Quick check

      Lesson goal: By the end you can understand the principles of symbolic representation in Building Information Modelling.

      • Define symbolic representation and its role in BIM.
      • Identify different types of symbols used in BIM.
      • Explain how symbols convey information about building components.
   2. 2.2

      4. Analogue representations

      6 min · Quick check

      Lesson goal: By the end you can describe analogue representations and their significance in Building Information Modelling.

      • Define analogue representation and its characteristics.
      • Differentiate between analogue and digital representations.
      • Discuss the applications of analogue representations in BIM workflows.
   3. 2.3

      5. Building representation in BIM

      6 min · Quick check

      Lesson goal: By the end you can demonstrate how buildings are represented in Building Information Modelling.

      • Define building representation in the context of BIM.
      • Identify key elements that are represented in a BIM model.
      • Explain the importance of accurate building representation for project outcomes.
3. 03

   Chapter 3 · 2 lessons

   PART III. INFORMATION

   1. 3.1

      6. Data and information

      6 min · Quick check

      Lesson goal: By the end you can define data and information and explain their relationship in the context of Building Information Modelling.

      • Define data and information in the context of Building Information Modelling.
      • Explain the differences between data and information.
      • Discuss how data is transformed into information.
      • Identify examples of data and information in BIM.
      • Understand the significance of accurate data in decision-making.
   2. 3.2

      7. Information management

      6 min · Quick check

      Lesson goal: By the end you can describe the principles of information management in Building Information Modelling.

      • Define information management and its importance in BIM.
      • Explain the role of information management in project success.
      • Discuss strategies for effective information management.
      • Identify tools and technologies used in information management.
      • Understand the challenges of managing information in BIM.
4. 04

   Chapter 4 · 1 lessons

   PART IV. MANAGEMENT

   1. 4.1

      8. Decisions and information

      6 min · Quick check

      Lesson goal: By the end you can understand the role of decisions and information in Building Information Modelling.

      • Define the relationship between decisions and information in project management.
      • Identify the types of information needed for effective decision-making.
      • Explain how information quality impacts decision outcomes.
      • Discuss the importance of timely information in the decision-making process.