1. Basic concepts, definitions, and fields of application of MSI technology.
2. Capabilities of MSI software, presentation of their work environment.
3. Three-dimensional modelling and parameterisation.
4. Application of MSI technology in the design of construction projects.
5. Application of MSI technology in the design of infrastructure projects.
6. The use of the MSI model for quantity takeoff, scheduling of tasks, virtual representation of the construction process, costing, and budgeting of project expenses.
7. Use of MSI technology for assessing the environmental footprint of the construction, studying its energy behaviour, and analysing its life cycle.

Learning Outcomes

With the successful completion of the course, the student will be able to:

• Use MSI software (Revit or Archicad).
• Explain the basic concepts, definitions, application fields of MSI technology, and the capabilities of MSI software.
• Do three-dimensional modelling and parameterisation in MSI software.
• Apply MSI technology in the design of construction projects.
• Explain the applications of MSI  technology in the design of infrastructure projects.
• Use the MSI model for quantity takeoff, scheduling of tasks, virtual representation of the construction process, costing, and budgeting of the project's expenses.
• Use MSI technology to assess the environmental footprint of the construction, study its energy behaviour, and analyse its life cycle.