2021
2020:
- A Novel Design Methodology for Optimized Fiber Layup of Structural Components
- Actively Passive
- Augmented Architecture
- Augmented Robotic Craftsmanship
- Co-Designing Material-Robot Behaviors
- Efficient Additive Manufacturing for Self-Shaping Building Components
- Hybrid Fiber Architecture
- Hybrid Additive Manufacturing for Self Shaping Building Components
- Joint Effort: Robot Team Enabled Carbon Fiber Joining Strategies for Lightweight Wood Construction
- timbRfoldR
- Working with Uncertainties
- Inflatable Fiber-Reinforced Polymer Structures
- Incremental Reconfiguration
- Functional Multi-Material Systems
- Multi-Objective Building Themral Performance Optimization of the Mono Material Wood Wall System
2019:
- b-CTC - bent
- Curated Deformation
- Design Based on Availability
- Electroactive Skin
- Haptic Reality
- Meta-Morph
- Multi-Agent Spatial Weaving
- Stitchbot
- Tailored to Time
- Digitized Elasticity
- Hybrid Formation
- Object Oriented Material
- RePnue: A Pneumatic Compliant Hybrid System
2018:
- Self-Choreographing Network
- Distributed Robotic Assembly System for In-Situ Timber Construction
- Resistant Filigrees
- Design Fab_Trix
- Fabrication of Double Curved Elements Using Elastic Bio-Based Boards
- Integrated Architectural Water Systems
- Recrete
- Space Shifter
2017:
- Cyber Physical Macro Material
- Fibrous Joints for Segmented Timber Shells
- Fluid Formations
- Tailoring Self-Formation
- Tangible Formations
- Collaborative Robotic Winding for Coreless Fibrous Structures
- Wrap Up
- Bending-Active Lamination for Spatial Timber Structures
- Segmented Shells and Space
- Adaptive Fabrication of Sandwich Segmented Shells
- Fibrous Integrity
- Augmented Design Manufacturing
- Biomaterial and Architecture
- Air-Driven Compliant Fold
- Hygroscopic Shape-Changing Networks
- Kintetic Elastic Morphologies
- Winding, form finding and structural investigation of a branching joint made from fibre-reinforced polymers
2016:
- Design For Self-Supporting Assemblies
- Reconfigurable Tensegrity Systems
- MAV Assisted Fabrication Strategy for Large Scale Fiber Composite Structures
- Bending-Active Segmented Shells
- Tailored Structures
- Assembly-Aware Design of Masonry Shell Structures
- Analysis of Beetle Wing Folding and Application in DeployableShading System
- Application of a Variable Stiffness to Compliant Kinetic Systems in Buildings
- Snap-buckling in Adaptive Bending-active Systems
- Fabric Framework for Reinforced Concrete Shells
- Architectural Assembly via Artificial Bionomics of Fungi
- Economy as strategic driver in integrative design and fabrication processes for coreless filament winding
- Integrated Fibrous Building System
- Robotic additive fabrication of material-informed geometrically complex continuous surfaces
- Machine learning for the exploratory design process for robotically wound filament structures
- Selectively Self-Reinforcing Aggreates
2015:
- Assembly Agency
- Architectural Potentials of Elastically Bent Segmented Shells
- Emergent Space
- Informed Connectivity
- Mobile Robotic Fabrication System for Filament Structures
- Robotic Softness
- Spanned Flexure
- Torsion as a Driver in Bending-active Tensile Structures
- Knitflatable Architecture
- Hygrogates
- Regenerative Matter
- Growing Crystalline Structures
- Grain Informed Wooden Fabric
- Strategies for Analysis and Robotic Processing of Irregular Timber
- Adaptive Wood Plates
- Adaptive Growth
- Adaptive Pneumatic Shell Structures
- Programmable Folding
- Behavioural Deposition
- Regenerative Matter
- Joint Pattern Optimisation of Segmented Shells
- Multi-pneumatic Formwork for Cellular Composite Structural Elements
- Springtail
- Bio-inspired Varaible Stiffness in Fibrous Composites
2014:
- Augmented Grain
- Entangled Granulates
- Graded Light
- Programmable Matter
- Robotically Fabricated Gluelam
- Spacer Fabric Architecture
- Emergent Fiber Arrangements
- Robotically Manipulated Fabrication Protocol