The MOOC will introduce its audience to the development of a set of computational tools for geometry processing, mesh and network processing, computer-aided structural engineering design, and digital fabrication. The aim is to introduce a teaching module that systematically transfers both academic findings and industrial experience to the professional society. It also covers technological advancements in advanced timber construction and real-world applications. The latter, specifically, could be inspiring not only for graduate students but also for professional engineers and architects.
What you'll learn
- Technological advancements in timber construction.
- Innovative timber construction in the Architecture, Engineering, and Construction (AEC) sector.
- A structural design methodology for spatial timber shellsAlgorithmic-aided structural design.
- Joinery generation using Joinery Solver Algorithm
- Global geometry generation algorithm.
- Case studies, real-world applications, and flagship large-scale timber structures.
- Introduction to advanced timber construction
- Case studies in advanced timber plate structures
- Advanced timber construction and large-scale structures
- Digital architecture and advanced geometry processing
- Engineering design and simulation methods in timber plate structures
- Optimization methods