Course Details
Surveying for BIM
Academic Year 2023/24
NEB045 course is part of 1 study plan
NPC-GK Winter Semester 2nd year
laser scanning, building information modelling (BIM)
Course Guarantor
Institute
Syllabus
1. Information modelling in general - building information modelling (BIM).
2. Information modelling in general – city information modelling (CIM).
2. Connections between CAD and GIS.
3. Motivation of a transition from CAD to BIM.
4. Context of CAD, GIS and BIM.
5. Organizing of construction information – information delivery manual, IFC, IFD.
6. Organizing of construction information – information delivery manual, IFC, IFD (continuation).
7. Links to national and internation normatives and standards (ISO 29481).
8. Data management in construction, roles in project team.
9. Information structure – data model IFC and data interoperability.
10. Information structure – data model IFC, connection between IFC and CityGML.
11. Modelling of BIM geometry in general, Level of Detail, Level of Definition.
12. Practical examples of BIM from surveying based on laser scanning.
13. Practical examples of BIM from surveying based on laser scanning (continuation).
2. Information modelling in general – city information modelling (CIM).
2. Connections between CAD and GIS.
3. Motivation of a transition from CAD to BIM.
4. Context of CAD, GIS and BIM.
5. Organizing of construction information – information delivery manual, IFC, IFD.
6. Organizing of construction information – information delivery manual, IFC, IFD (continuation).
7. Links to national and internation normatives and standards (ISO 29481).
8. Data management in construction, roles in project team.
9. Information structure – data model IFC and data interoperability.
10. Information structure – data model IFC, connection between IFC and CityGML.
11. Modelling of BIM geometry in general, Level of Detail, Level of Definition.
12. Practical examples of BIM from surveying based on laser scanning.
13. Practical examples of BIM from surveying based on laser scanning (continuation).
Prerequisites
Microstation, 3D data collection and processing
Language of instruction
Czech
Credits
4 credits
Semester
winter
Forms and criteria of assessment
course-unit credit
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 1 hours/week, elective
Syllabus
1. Information modelling in general - building information modelling (BIM).
2. Information modelling in general – city information modelling (CIM).
2. Connections between CAD and GIS.
3. Motivation of a transition from CAD to BIM.
4. Context of CAD, GIS and BIM.
5. Organizing of construction information – information delivery manual, IFC, IFD.
6. Organizing of construction information – information delivery manual, IFC, IFD (continuation).
7. Links to national and internation normatives and standards (ISO 29481).
8. Data management in construction, roles in project team.
9. Information structure – data model IFC and data interoperability.
10. Information structure – data model IFC, connection between IFC and CityGML.
11. Modelling of BIM geometry in general, Level of Detail, Level of Definition.
12. Practical examples of BIM from surveying based on laser scanning.
13. Practical examples of BIM from surveying based on laser scanning (continuation).
Exercise
13 weeks, 2 hours/week, compulsory
Syllabus
1. Work with point cloud - geometry modelling of buildings for city information modelling.
2. Work with point cloud - geometry modelling of terrain for city information modelling.
3. Processing of point cloud for BIM (registration, colorizing, filtration, smoothing).
4. Import of point cloud to BIM software, preparation of modelling.
5. Geometry modelling of generic elements (doors, windows) from point cloud.
6. Geometry modelling of generic elements (doors, windows) from point cloud.
7. Geometry modelling of MEP and HVAC elements from point cloud.
8. Geometry modelling of building from point cloud – structures.
9. Geometry modelling of building from point cloud – structures.
10. Geometry modelling of building from point cloud – MEP and HVAC.
11. Analyses on as-built BIM - summary analyses, energy analysis.
12. Linking of descriptive information, materials and properties.
13. Final model export, data format interoperability.