Tall wood buildings

-3D modeling of simple structures
-Load analysis on tall buildings
-Load bearing and stabilizing systems for multi-story buildings
-Stiffness of different types of structures
-Horizontal and vertical stabilizing structures
-Wood-based stabilizing structures
-Firesafety in tall wood buildings
-Introduction to dynamic loads
-Earthquake, simplified rules
-Structural software for analysis and design

Knowledge:
-Apply the Building Information Modeling (BIM) principles
-Carry out a complete load analysis for a building
-Explain the principles of bearing and stabilizing systems in buildings
-Be able to analyze the structure of a building using analytic and numeric calculations
Skills:
-Be able to develop a 3D-model and implement a structural analysis for multi-story buildings
-Be able to make reasonable selections regarding the complete bearing and stabilizing systems of buildings
-Be able to validate results form structural analysis
-Could produce proper information to present a complete structure for construction
General competence:
Can understand how a building's constructions are designed and how different structural components suitability affect the final construction.

4 compulsory assigniments - 3 must be approved.

Lectures, self-study, task solving, group work, work on digital tools.
Lectures will be recorded and there will be a sample of prerecorded lectures and practical tasks which covers central parts of the subject. Instructions are carried out both synchronous and asynchronous by using Collaborate and forum. A plan for this is available in learning platform. There will be two gatherings. Consumption of time:
- Lectures: 50 hours - Organized instructions: 15 hours - Compulsory work: 80 hours - Own efforts: 120 hours - Sum: 265 hours.