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...

Parametric comparison of stability systems: Development of a parametric tool for the comparison and optimisation of four concrete stability systems for high-rise buildings between 100 m and 250 m in an early design phase

The aim of this research is to make the early design process more efficient. This is done with a parametric model, which compares high-rise stability systems. The research is focused on the stability systems shear walls, core, outrigger and tube. All systems are executed in concrete cast-in-situ, in the range from 100 to 250 m. The parametric...