Course - Building Information System/Modeling, BIM - BYGA2023
Building Information System/Modeling, BIM
Assessments and mandatory activities may be changed until September 20th.
About
About the course
Course content
- BIM modeling in own computer programs
- IFC, both conceptual model and exchange
- Project interaction and data flow The interaction in the building process from A to Z
- Sustainable project development BIM Collection of "as-built" product information at all stages of the construction process.
- Use of ECO product - sustainable, BREEAM report
- Carbon Designer 3D (visual concept phase tool), Building Circularity, Life Cycle Costing
- Control of inspections, floor plans, deviations, documentation, tasks, checklists, reports, KS / HSE FDVU •Circular economy
- Waste-free construction site
Learning outcome
Knowledge:
The candidate:
- Gains insight into 2D/3D modelling.
- Gain knowledge of IFC-based information flow in construction projects.
- Understands interaction between 3D modeling and technical installations in buildings - such as pipes, ventilation and electricity.
- Uses digital data tools for collision of BIM models.
- Understands interaction between product/material and project data using standard-based digital solutions.
- Understands the use of simplified safety data sheets and quality control.
- Understands project interaction including digital data flow. Understands the use of digital tools for FDVU of buildings.
Candidate's skills:
- Can model building constructions using 2D/3D modeling programs.
- Can use data flow using standardized data formats between different computer programs.
- Can lead simulated construction meetings with digital methodology.
General competence
The candidate:
- Gain an understanding of ethics in the construction industry.
- Gains innovative competence that contributes to an understanding of interdisciplinary digital solutions.
- Has insight and expertise in organizing and establishing practical models.
Learning methods and activities
Student-active forms of learning:
Project-oriented teaching and laboratory work
Exercises on complete digital models with regard to interdisciplinary understanding and innovative competence.
Case
Student presentations
Group work
Report writing
Compulsory activities:
Compulsory BIM laboratory exercises
Mandatory report with BIM project tasks based on digital models in various computer tools.
Compulsory oral presentation in plenary at the final meeting.
Academic text
Group work
Compulsory assignments
- Mandatory assignments
Further on evaluation
Oral exam 100%.
Compulsory work requirements: must be approved in order to take the exam.
New and postponed exam in August, oral exam.
Specific conditions
Admission to a programme of study is required:
Civil Engineering - Engineering (BIBYGG)
Recommended previous knowledge
Construction technology and digital modeling.
Required previous knowledge
2D and 3D modeling with computer tools
Course materials
- Stated at the start of the course.
- Example of relevant literature: Software manuals - Various distributed notes - Literature from previous subjects in the study - Various BIM standards
Example of relevant literature:
- ISO 19650 framework for BIM deliverables
Subject areas
- Building Technology