Exploring parametric systems and digital fabrication in architecture and design.
Projects
Generative Form Studies
Computationally generated 3D forms showcasing organic geometries and algorithmic logic. Rendered in high resolution with a minimal aesthetic.
Parametric Architecture
A parametric façade system composed of repeating geometric modules, demonstrating rule-based design within an urban architectural context.
Digital Fabrication Output
CNC-milled plywood components precisely laid out to reveal joinery logic and fabrication constraints. Studio-lit to emphasise material texture and accuracy.
Robotic Fabrication
CNC-milled plywood components precisely laid out to reveal joinery logic and fabrication constraints. Studio-lit to emphasise material texture and accuracy.
Material System Studies
A responsive material system composed of tessellated modules. The close-up highlights fabrication detail and the interplay of flexibility and structure.
Featured App
Research
Title:
Kinetic Tessellations: Computational Design of Responsive Acoustic Panels Using Adaptive Geometries
Abstract:
This research explores the computational design and fabrication of kinetic, tessellated acoustic panels that dynamically respond to environmental sound conditions. By leveraging parametric modelling, performance-driven optimisation, and material behaviour simulation, the study investigates how geometric articulation and joint-based responsiveness can be integrated into wall-mounted acoustic systems. Prototypes are developed using digital fabrication techniques and tested for acoustic performance and kinetic range. The outcome is a novel material system that combines aesthetic expressiveness with functional adaptability for architectural applications.