Building Information Modeling BIMComptage et Maîtrise d'Ouvrage (ERE)

• Initiate students in the BIM (Building Information Modeling) process to use the main software associated with the BIM and to plan and monitor the production of the virtual model: • Mastering the transfer of the digital model on thermal software (ClimaBIM, ClimaWIN)

At the end of this course the student will be able to: • To differentiate between the different uses of BIM and the technologies associated with them; • Create BIM models for several building disciplines: architecture, structure, MEP and integrate them into the model: • □ explain the principles of interoperability and transfer of data from one BIM software to another; • To represent data flows around a BIM project; • To define the strategy for implementing the BIM; • Assess the impact of BIM on the construction industry throughout the lifecycle of a building or infrastructure.

1. History of BIM a. Traditional approach b. Other sectors of activity
2. BIM actors a. In France b. In Europe c. Worldwide
3. Who from BIM a. For who? b. Why? c. How?
4. BIM trades
5. BIM process in the AECCO chain
6. BIM deployment a. For the mastery of work b. For the mastery of work
7. Tools, formats
8. Interoperability : IFC & co
9. BIM applications a. General b. For heat c. For MEP d. For the economy e. …
10. Conclusion

Project

[1] : REVIS for BIM : J. Renou, S. Shirt [2] : BIM and digital model for architecture, building and construction: O. Celnik, E. Legègue [3] : BIM and architecture : N. Hoyet, F. Duchène, M. de Fouquet [4] : BIM Manual, Theory and Applications: K. Kensek [5] : The BIM from the point of view of law : A.M. Bellenger, A. Blandin.