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:

Mandatory BIM laboratory exercises

Report writing

Academic text

Oral presentation of project

Group work

Compulsory assignments

• Mandatory assignments

Specific conditions

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