Parametric hybrid modular timber construction: Computational design approach for modular construction to discover different building typologies based on global and local structural requirements

This master thesis' main objective is to develop a parametric design tool which improves the design process and explores the building typologies of a hybrid modular timber construction based on global and local structural requirements. The hybrid modular timber construction is core-less and combines load-bearing and corner-supported modules. The...

Multidisciplinary Design Optimization of Timber High-Rise: Research and Development of a Multidisciplinary Design Optimization Tool

There are two main challenges in the construction industry: carbon emissions and densification in cities. Timber high-rise might prove as a suitable solution to both these challenges. However, there is a lack of implementation of timber high-rise. This research argues that a lack of thorough analysis of timber design alternatives in the...

Possibilities of timber high-rise: A parametric study on the possibilities of timber high-rise in The Netherlands

Sustainability is an important aspect in the construction industry nowadays and therefore timber is interesting to use as it is considered a sustainable building material. With the development of mass timber engineered products such as glued and cross laminated timber, there are more and more possibilities to use timber as a structural element,...