A design fiction project speculating on a dystopian future where technology exploits perception for profit, inviting reflection through speculative interaction.

An ironic robotic prototype that critiques how AI systems, though designed to be 'unbiased,' reflect unconscious biases and stereotypes by sorting colored pencils based on a programmed algorithm.

A self-powered paper interface that combines folding creases with triboelectric nanogenerators to convert interaction into energy, showcasing a sustainable approach to paper-based electronics.

A novel self-shaping timber structure harnesses hygroscopic material properties and material-driven computational design to create a climate-responsive surface with sustainable fabrication method.

An algorithmic artwork explores the use of an agent-based model to transform image styles by adjusting pixel colors according to hue similarity, offering a dynamic, localized approach to image transformation.

The project implements a deep learning algorithm on a 592-image dataset of historical street networks to generate new urban layouts, providing a novel approach for future urban planning.

A proposal for a 3D-printed acoustic pavilion, inspired by human ear, that combines short and long fibers in a hybrid structure to optimize structural performance, reduce material usage and enable efficient on-site assembly.

A physical-digital installation that explores the spectrum of collaboration and conflict between human and machine agents using generative models, fostering speculation on creative ownership and intent in human-machine collaboration.

A material-robot framework for deployable construction, where mobile robots autonomously assemble modular structures using 'programmable' building materials to create scalable, adaptable, and reconfigurable assemblies.

An adaptive robotic sculpting process blends human craftsmanship with digital fabrication, allowing for scalable clay sculpture creation while preserving creative agency through cyber-physical interaction.

The project explores mass customization of everyday objects by leveraging robotic fabrication and computational design, using fiber-winding techniques to create tailored patterns and customized outcomes.

A modular, inflatable facade that adapts to changing light conditions and human presence, using agent-based modeling to dynamically control interior lighting for different activities.

An interactive on-campus installation featuring origami butterflies as metaphors for transformation and hope, designed to help students transform negative thoughts into hope through shared stories. Selected colored butterflies trigger calming sounds and personal stories, fostering connection and empathy.