INTRO This study investigates innovative joinery solutions for modular evaporative cooling systems using 3D printed clay. With the rising global temperatures and subsequent increased demand for energy-consuming air conditioning systems, there is a crucial need for sustainable cooling alternatives. The research focuses on addressing the challenges of material shrinkage and joinery reliability in 3D printed … Read more
A multidimensional and multiscalar exploration of the emerging Vertical Urban Transportation landscape. [A] INTRODUCTION “Advanced Air Mobility (AAM) is a rapidly-emerging, new sector of the aerospace industry which aims to safely and efficiently integrate highly automated aircraft into the NAS. AAM is not a single technology, but rather a collection of new and emerging technologies … Read more
SUSTAINABLE SOLUTIONS FOR BESPOKE ACOUSTIC DIFFUSER DESIGN SCANNING AND DATABASE ACOUSTIC EVALUATION DESIGN ROBOTIC FABRICATION
TIMBER SENSING TECHNOLOGY A material system combining timber and graphene, replacing traditional sensors through graphene’s sensing capabilities. This innovative approach allows first, real-time tracking of deformations inside the wood. Second, creating a digital twin that improves maintenance efficiency in the operational phase. Third, providing a detailed service life passport, this system supports reuse and reduces … Read more
State of the Art and Minimum Value Proposition There is an overstocking of small to medium trees over Europe due to poor firing and soil cultivation conditions, most of this trees have the diameter of 10-25 cm and depending on the species and cultivation conditions some of then are crooked and can’t be used by … Read more
From exterior soil remediation to interior acoustics enhancement The goal of this project is to create a non-cementitious geopolymer, using as the main component biochar, an worldwide abundant material, and amplify its qualities to sequester carbon in order to make carbon sink architecture. Through the process of material engineering and testing, it was possible to … Read more
ChromaEnergon represents an innovative approach to student housing architecture that transcends conventional design paradigms tapping the potentials of climatic energy and thermochromic pigments. This concept leverages verticality, slenderness, and dispersed tower structures to create dynamic living environments. By strategically mapping energy into various spaces through the skin which the facade, ChromaEnergon aims to generate unique … Read more
AI in the Anthropocene The architectural profession is currently at a critical juncture, faced with the dual challenges of advancing artificial intelligence (AI) and the escalating climate crisis. Many architects harbour fears of obsolescence as AI’s capabilities expand, potentially automating tasks that traditionally require human expertise. This concern is not unfounded, as AI-driven tools increasingly … Read more
Optimizing Bar Buildings for Sunlight and Pathways The aim of this project was to design a typology of housing is needed that resembles small, artificial terrains. The Bar Building typology will have set of long, dense buildings that will mimic the form of a topography. The forms will need to be optimized to allow for all the … Read more
The shapes of butterfly wings is a product of genetic programming, developmental biology, and evolutionary adaptations. Variations in wing shape among different species result from adaptations to their ecological niches, predation pressures, and other environmental factors. Different butterfly species have evolved wing shapes adapted to their specific ecological niches. For example, some species have wings … Read more
SWARM_FACADE investigates using swarm intelligence principles (separation, alignment, and cohesion) in architectural design and façade construction. By employing multi-agent-based swarm intelligence algorithms, a conceptual design method was introduced. Evolutionary optimization and parametric control were applied to define solid-void elements in the building façade. The resulting façade variations were optimized and evaluated based on relative daylight … Read more
नमस्ते – مرحبًا – OLÁ – HOLÁ AIM Our aim is to make Human Robot Collaboration accessible to a variety of users via different languages by developing a speech to toolpath interface. RELEVANCE METHOD Workflow As the participant enters the room, they are greeted by a robot with a friendly waving motion. The participant can … Read more
This project explores a framework for Human-Robot Collaboration (HRC) and behavioural fabrication, focusing on constructing a Jenga-like tower using small timber blocks. Using the Agent-Based Modeling system (ABxM) from the Institute for Computational Design and Construction (ICD), a communication network was established integrating a human participant, a computer vision system, and an interactive audio interface. … Read more
Facade optimization based on Sunlight Two layers of the facade: one is stable, and the other layer grows based on the points that are warmer or receive more sunlight to reduce heat and sunlight. The design objectives Environmental Sustainability Energy Efficiency: Reduce energy consumption for heating, cooling, and lighting. Climate Adaptation: Design to adapt to … Read more
This optimization uses computational design to achieve the best placement of the Grand-Stand around a predefined F1 racetrack and topology for maximum visibility for spectators using Grasshopper and Galapagos Evolutionary solver.
Integrating Recreation and Sustainability in Urban Landscapes “Vertical vitality” revolutionizes urban architecture by integrating vertical jogging tracks, rainwater harvesting, and green walls into a unified, multi-functional structure tailored for densely populated cities. This innovative design re imagines the efficiency of vertical parking structures for recreational and environmental purposes. Location: Barcelona, Spain In response to the … Read more
manifesto This project focuses on designing manufacturing protocols for integrating CDW-Brick in architectural applications, by programming a geopolymer material system, with controlled porosity and density. The goal is to develop functionally graded elements that respond to building performances (lightweightness, thermal insulation, etc) while acting as decarbonization tools of the building industry. The design process of … Read more
Design optimization strategy of a garage in London based on Karamba and Ladybug Sensitivity Analysis Total (average) fitness iterations Catalogues load distribution in ceiling in different iterations
