Doctoral Research

Overview of past and current doctoral research projects.

Doctoral Research (ongoing)

Doctorate Degree at the ICD

Towards Human-Robot Co-Agency: AI and Feminist Technoscience Perspectives for Diversity, Demography, and Democracy in Human-Robot-Collaboration in Architecture

Computational Co-Design for Fiber Composite Building Systems

Potentials and Limitations in Multi-storey Timber Building Design and Construction

Autonomous Assembly: Artificial Intelligence Methods for Collective Robotic Construction

Strategies for Human-Robot Collaboration in Building Prefabrication

Project-based Robotic Timber Construction

Adaptation Agency: Agent-based design methods for the architectural design and future reconfiguration of adaptive structures

Co-Design of Collective Robotic Construction Systems in Architecture

Mono-Material Wood Wall: Improving Building Physics and Production Efficiency in a Solid Timber Building Envelope

Computational Design and Fabrication for Collaborative, Mobile Robotic Fabrication Systems in Architecture

Integrated Computational Design Methods Based on Machine Learning Tools for Biomimetic Continuous Shell Extrusion

Evolution-Inspired Exploratory Design Tools

Erosion-Based Formation Processes in Architecture

Doctoral Research (completed)

Programming Shape-change: Materials, Mesostructures, and Motion Mechanisms for 4D-Printing

Co-Design and Agent-Based Methods for Multi-Storey Wood Building Systems

Computational Fiber Architecture: Co-Design of large-scale, load-adapted fiber composite building components

Material Programming for 4D-Printing: Architected Mesostructures for Bioinspired Self-Shaping

Timber Plate Shells as a Roof Construction System

Architectural Potentials of Robotic Manufacturing in Timber Construction

Upscaled, Robotic Coreless Filament Winding Methods For Lightweight Building Elements For Architecture

4D Printed Hygroscopic Programmable Material Architectures

Material Programming for Fabrication

A Systematic Approach for Developing Agent-based Architectural Design Models of Segmented Shells

Designing for Unsupervised Construction: An Investigation of the Affordances of On-Site Assembly

Strategies for cyber-physical robotic fabrication and construction in architecture

Computational Design Methoden für die Gestaltung von Automobilen

Granular Architectures

Generative Agent-Based Architectural Design Computation Based on the Integration of Material, Fabrication and Construction Systems

Prefabrication and Automated Processes in Residential Construction

Evolutionary Design for Spatial Acoustics

Contact information

 

Institute for Computational Design and Construction

University of Stuttgart, Keplerstraße 11, 70174 Stuttgart

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