Digital Fabrication
Tools, processes, and systems that use digital design and automated fabrication to create physical objects and structures.
Factory[n]Certainty
Factory[n]Certainty reimagines the textile factory as a human-centered, adaptive ecosystem where work, living, and leisure coexist. Inspired by William Morris, Cedric Price, and Constant, it combines modular architecture, environmental optimization, and AI simulations to create a scalable industrial landscape that prioritizes community, flexibility.
Factory[n]Certainty
Factory[n]Certainty reimagines the textile factory as a human-centered cultural landscape where the boundaries between work, leisure, and home dissolve. Rather than a static industrial machine, the factory is conceived as an adaptive and scalable organism capable of evolving alongside social, cultural, and technological change. At its core lies the belief that spaces of production should foster community, creativity, and well-being rather than alienation.
Multi-robotic construction system for unfired soil masonry
Here we present a construction method that makes use of ground mobile robots to fabricate earth structures from in-situ available granular material through the deposition of soil viscous paste, a medium that, with the employment of specific digital tools, provides flexibility, ease of manipulation and sustainable applications.
Funemployed TM
In an effort to replenish Earth's natural resources, AI has created a new facility to keep humans distracted from harming the planet. Your job at Funemployed is to participate in a mass research initiative studying human behavior and market incentive. Through a combination of Virtual Reality and tangible objects users are able to do anything and everything.
Dynacrowd Laboratories
This visualization for the integration of human interaction with artificial intelligence creates a blend between a traditional shopping center and manufacturing plant-- but with a twist. The facility implements a dynamic crowd-sourcing process in which humans test a variety of prototypes while AI uses their reactions to produce more attractive products.
SPIDER-NET: Parametric Multilayered Mobility Woven into Shanghai's Historic Core
A five-layer vertical circulation system fuses spider web geometry with traditional Chinese joinery at a congested Shanghai intersection.
Fallen Leaves: Translating the Physics of a Leaf's Descent into Parametric Form
Amir Ahmed's vase turns sine curves and computational logic into a customizable sculptural object inspired by organic motion.
Polyhedra Sculpture: Algorithmic Geometry Cast in Plaster and Wood
Lars Renklint turns parametric subdivision logic into tactile sculptures, bridging cloud-based computation with physical casting and 3D printing.
Digital House by Julian Krüger and Benjamin Kemper: A Parametric Prototype for the Future of Sustainable Architecture in Germany
Digital House by Krüger and Kemper: a sustainable, tool-free, CNC-milled modular home featuring recycled materials and parametric design innovation.
CORA Installation: Sustainable Digital Fabrication in Architecture at IAAC
CORA Installation at IAAC showcases sustainable digital fabrication in architecture, merging historic brickwork with robotic manufacturing and ecological design.
Precise Imprecision: Where Robotic Arms Meet Fabric Molds
A hybrid fabrication method using KUKA robots and stack-cast fabric formwork to challenge what precision means in architecture.
Timeout: A Parametric Pavilion Between the Playful and the Grotesque
A 7-foot-high spiked pavilion swirls animal-like forms into a surreal shelter that blurs childhood memory and architectural experiment.
Curtain Call: A Robot-Marked Timber Pavilion at Bethel
office office built a timber lattice pavilion with a red mesh canopy at the Woodstock site, using a low-cost marking robot and four days of assembly.
Robotic Sustainable Construction: Transforming Architecture with Circularity Park
This article explores Circularity Park, a Swiss innovation showcasing robotic sustainable construction, upcycled materials, and advanced digital fabrication techniques.
Reimagining Creativity with Beegraphy: Join Us for Workshop 3
Explore the potential of parametric design in fashion, furniture, and education at Workshop 3 by Beegraphy. Join us on 7th September, 12:00 PM GMT. Register now!
Revolutionizing Urban Spaces with Computational Design: Urban Furniture & Installations
Exploring the Potential of Parametric Design in Transforming Urban Spaces: A Call for Innovative Solutions in Urban Furniture & Installations
Rumah Gadang Pavilion
Conjunction between traditional house and computational technology - Behind The Scene
Announcing the BeeGraphy Design Awards - A Computational Design Challenge Series
First edition of BeeGraphy Design Awards, Compete, Create, and Collaborate with on the Beegraphy platform.

Hello Mayra Rosalina, sorry to bother you, but how can I contact you? My name is Anastasia, I am a master's student at Padang State University. Your project is very interesting, so I would like to ask you to give a short interview.