This thesis by Jamil Majed Jamil Alkhayyat, aims to create a framework that provides strategy for designing adaptive kinetic patterns within the digital modelling phase that implemented by parametric and generative design tools, for making changes in the spatial quality response of the building, in order to enhance environmental performance through daylighting passive design.

This thesis by Marian Azmy Nessim, s took a new approach in handling the global warming problem by learning from nature or through studying biomimicry and trying to translate it to architectural elements.

This thesis by Noémi Friedman, presents an extensive review on different transformable systems used in architecture and civil engineering is given.

This thesis by Tatiana Chichugova, proposing a module design driven form the analysis of natural biological

This thesis by Calvin Fung, through a series of experiments and design explorations, revealed how granular material can become a useful model for thinking, creating, and practicing architecture.

This thesis by Diego Fernando Andrade, presents research in a new computational framework for the automatic generation of geometric feature patterns for industrial design and architectural facades on free-form surfaces.

This thesis by Matthias Nieser, presents research in provide proper discrete analogs of notions and methods of the smooth differential setting, and to establish a corresponding theory.

This thesis by Michael Rabinowitz, presents research in a discrete theory and a set of computational tools for modeling developable surfaces.

This thesis by Patrick Schumacher, presents research in suggestive pointer or shorthand for decisive featuresthat characterize the essential innovation of the work of Zaha Hadid Architecture and indeed parametricism in general.

This graduation thesis by Craig S. Kaplan, presents research in the area of computer-generated geometric art and ornament. Throughout, It shows how modern mathematics, algorithms, and
Technology can be applied to the study of these ornamental styles.

This graduation thesis by Mohd Syafiq Azmy introduces the definition of the swarm, theory of swarm intelligence, and presents an example of case studies on how a swarm can generate specific architectural typologies.

This graduation thesis by Ulrich Krispel, Christoph Schinko, and Torsten Ullrich, introduces the concepts and techniques of generative modeling. Generative modeling has been developed to generate highly complex objects based on a set of formal construction rules.

This graduation thesis by R.J.M. Wolfs, aims to contribute to the foundations of research on the (structural) behaviour of the to-be-printed shapes and materials by designing a method to study 3D concrete printing technique.

The advent of AI in Architecture is still in its early days but offers promising results. This thesis by Stanislas Chaillou, proposes to evidence this promise when applied to the built environment. Specifically, author offers to apply AI to floor plans analysis and generation.

This project by Elena Vazquez, proposes a digital framework for optimizing the environmental performance of masonry screen walls through shape configuration. The development of the proposed “smart” low-tech framework relies on several computational design methods.

This thesis by Romana Rust, develops around a multi-robotic hot-wire cutting technique, that allows to significantly expand the set of possible hot-wire cutting geometries. This technique modulates the curvature of the hot-wire…

This thesis by Noor K. Khouri, examines Islamic pattern through a parametric, performance-driven framework in the context of conceptual design, when many alternatives are being considered. Form finding is conducted via the force density method…

These thesis by Ana Cocho Bermejo, will argue about the importance of Dynamic Parametric Architecture versus Static Parametric Architecture. Describing the architectonical and the algorithmic context within which the Emergency Deployable System emerged…

This thesis by Augusto Gandia, investigates computational design methods to tackle two of the most relevant challenges of robotically assembling spatial structures, which include the generation of collision-free robot paths and the handling of tolerance build-up.