Create Clipping Planes
Creates clipping planes that cut through selected objects with settings to define direction, depth, label, and save section views.
Waffle-Structured Chair: Exploring Robotic Manufacturing in Design Education
A team of DIA Master’s students at Hochschule Anhalt explored computational design and robotic manufacturing by creating a full-scale, waffle-structured ergonomic chair, combining efficiency, ergonomics, and sustainability. Exhibited at Campus Fest 2025, the project showcased the potential of digital workflows and robotic fabrication in architectural education.
Digital Shingles: Interactive Robotic Shingle Facade Assembly
The project “Interactive Robotic Shingle Facade Assembly” explores how traditional Swiss woodcraft can be reimagined through digital technologies. This interactive installation invites visitors to customize shingle facade patterns via an intuitive interface and watch a robotic arm assemble their designs in real-time. The installation showcases the potential of robotics and parametric design to revive craftsmanship while promoting sustainable, adaptable architecture.
ACADIA 2025: Computing for Resilience Workshops
This conference aims to harness the collective expertise and creativity of architects, designers, and technologists to address these questions, and will explore how innovative computational tools and fabrication techniques can transform Miami into a resilient and forward-thinking urban landscape, setting a new global standard for cities.
“Exploring Computational Design: La Geometrica Encyclopedia, Volume 0.1”
La Geometrica Encyclopedia, Volume 0.1 – 2D: Computational Design Fundamentals by Javier Martínez Gaxiola introduces the core principles of computational design through diagrams, case studies, and hands-on digital resources that were created with Rhino and Grasshopper. A living encyclopedia, it invites readers to explore and contribute to the evolving language of geometry and computation.
Rhino Grasshopper & Robotic Arm Programming for 3D Printing Course
Explore the future of design with computational tools and robotic 3D printing. Learn to transform digital models into physical forms, mastering parametric design and additive manufacturing in a hands-on course led by LAMÁQUINA in Barcelona.
NEXUS: From Machine Learning to Manufacturing
NEXUS by ENCODE Studio explores the fusion of machine learning, generative design, and additive manufacturing to create intricate, morphing geometries showcased during Cairo Design Week. Using Rhino and Grasshopper, the team translated AI-generated patterns into full-scale 3D-printed architectural elements, redefining possibilities for design and fabrication.
Generative AI for Architects
Start learning how to use ComfyUI to build powerful text-to-image, image-to-image, image-to-3D, and image-to video workflows in this Generative AI for Architects course.
Shellscape Pavilion: Exploring Wood–Bioplastic Composites in Architecture
The Shellscape Pavilion explores the architectural potential of waste-derived composites through a fully computational and robotic workflow. Developed as part of a PhD research project, this prototype demonstrates how circular materials, structural optimization, and mixed-reality assembly can converge in a full-scale architectural design.