BIM1012

Digital BIM Modelling

Last taught 2024

Autumn and Spring

Gjøvik

Norwegian

Overview

8 candidates

Average grade

B

4.00

same

Pass rate

100%

same

Grade distribution
Average over time
Pass rate over time

About this course

Content

- IFC, both the conceptual model and the exchange format

- Model and rule checking in compilation tool; checking the 3D models of buildings in terms of different controls (for example completeness, collision etc.).

- Parametric design, 3D modelling using object orientation and BIM modelling in Revit or Archicad.

- Coordinate systems, selecting the origin, data capture, terrain modeling, creation and import of various BIM project data.

- Project collaboration including digital data flow and collision checking.

- Laser scanning/360-degree photogrammetry of existing buildings/facilities

- CDE software

Learning outcomes

On completing this course, students will have:

Knowledge:

- Basic knowledge of modelling in software

- Knowledge of ICT/IFC-based information flow in the project phase/use phase in buildings and facilities, cf. ISO 19650 part 2/part 3

- How LOIN (necessary information requirement) can be linked to information requirements and how common data environment (CDE) can be used

Skills:

- Good skills in the use and application of a selection of IT systems related to BIM

- Basic skills in data flow using standardized data formats between different software

- Basic skills in the understanding of digital information processing and data and information sharing

- How LOIN (necessary information requirement) is established based on the information needs of associated roles

- LOIN used in practical work execution in the context of CDE

General competence:

- Basic skills in the organisation and digitization of buildings and construction activities, including building information modeling (BIM)

- Insight and competence in the organisation and creation of practical models, with regard to object-oriented and/or layer-based principles

Teaching methods

Combination of lectures, meetings, web meetings, self-study and guidance for carrying out project work.

Compulsory activities: Agreed times for physical gatherings, as well as three compulsory tasks that must all be approved.

Compulsory tasks: applications of selected software among the following selected BIM software:

1. Collision and rule checking (Solibri)

2nd and 3rd (2 out of 3 directions are chosen):

- Infrastructure/facilities

- Project planning

- Reconstruction use phase