In the ever-evolving landscape of architectural innovation, the exploration of materials and construction techniques plays a pivotal role in shaping sustainable and efficient structures. This presentation delves into the fascinating realm of hygroscopic vaults, examining the transformative potential of wood in response to varying moisture content. Through an in-depth analysis of the hygroscopic behavior of … Read more
THE PROCESS OF PROTOTYPING planning Fabricating chairs for the Collaborative Design Studio project 2023-24 was a journey consisting of diverse ideas, input, and glitches that led to multiple learning outcomes. We spent the first few weeks designing digital models to narrow down to a design language, that guided us throughout the process. We then explored … Read more
This terms collaborative studio project briefed the students at Valldaura to prepare material for the upcoming exhibition, Macquina Climatica, which presents a catalog of proposals for urban agriculture within the metropolitan area of Barcelona. One such proposal uses a scale model to demonstrate what rooftop urban agriculture in the city might look like, how it … Read more
The umbraculo bench is designed to be placed in the Umbraculo, Parc de la Ciutadella, Barcelona. It is designed as an organic shaped bench focusing on materiality, ergonomics as well to be a state of art element. It is designed and constructed using CLT panels made using pine wood lamellas. The Umbraculo The Umbraculo translates … Read more
Grasshopper is a visual programming language and graphical algorithm editor for Rhinoceros, a 3D modeling software. It automates the recurring process and generates geometric figures through mathematical functions. It helps in creating complex models using simple geometry. Using Grasshopper helps an architect or designer to comprehend and analyze the design. The form, structure and system … Read more
Context Is additive manufacturing going to change the way we fabricate? Certainly it is, additive manufacturing has an immense growth potential with a 22% annual growth as it has offers mass customization and reduced waste. One of the challenges in additive manufacturing is to improve the precision and reliability of the manufacturing process. This can … Read more
The design & fabrication course focused on inculcating hands-on experience in utilizing advanced machines such as CNC routers, 3D printers, and traditional carpentry tools. In this class, we were taught how to use various technologies to fabricate our designs into the final product. For this program, we started with prototyping the structure of our Table. … Read more
“First Life, then Spaces, then Buildings, the other way around never works” – Jan Gehl The proposal is an intervention at the site situated in Diagonal Mar, neighborhood, inspired from the fundamental idea of Placemaking. The intervention goes beyond development, aiming to activate the site and create a vibrant community. Grounded in functionality, the approach … Read more
This post shows the different products that I produced and the fabrication methods and machines that were applied during the first semester, using the machines of the carpentry and the Green Fablab at Valldaura Labs. Table saw jigs The table saw jigs serve the purpose of making angled or elevated cuts on the table saw … Read more
Marine Oasis Creation Through Plastic Decomposition Implementing a Symbiotic Relationship with Aspergillus Fungi To Restore Ocean Deserts Keywords: Plastic decomposition | Aspergillus fungi | Lichen | Cyanobacteria | Marine ecosystem | Garbage Patch | Degrowth | Coral reefs | Ocean deserts | Habitat restoration The DecompAsper stands out as an innovative device that, through the synergistic … Read more
Our Aim Is To Design a Robotic Manufacturing System using Wood Offcuts for Prefabricated and Customized Self Shading Facades CONTEXT In the realm of mass timber production, a staggering 40% of a wooden log goes to waste, with an additional 25% arising from trimming and edging processes. Despite this substantial waste, innovative approaches have emerged … Read more
Mechanical Inserts for 3D printed Clay Due to land scarcity, the construction industry pushes architecture to shift its focus towards the entire life cycle of the final construction, considering its various phases, from its sourced material and manufacture, to its utilization and eventual end of life. Minimizing material usage and construction time has provoked the … Read more
An (a)live museum as a stage of the wildlife-scene Design Concept – 3D Tiling Human exploit their home planet leaving less space for fauna and flora. Into the wild, a museum dedicated to the marvels of wilderness is both a shelter and a platform of experience. Volcanic fertile ground gives birth to a fluid body. … Read more
Abstract In response to urgent carbon mitigation challenges and biodiversity loss, a paradigm shift toward manufacturing symbiosis and circular bio-economy is crucial for ecologically sensitive design in urban ecosystems. This study explores the transformative potential of a 3D-printed urban Bionook, incorporating layers of Cross-Laminated Timber (CLT) with a natural-locally sourced soil admixture, to enhance strength, … Read more
Rapid urbanization demands more efficient construction methods: Labor shortage in the construction industry: It is important to note the type of machinery being used by these two companies for 3D printing. Tvasta uses a robotic arm equipped with an extruder for printing concrete and L&T uses a gantry system, which is a big framework inside … Read more
3D Print Affordable Pocket Neighborhood ICON Initiative 99 Phase One Honorable Mention in the Student Category Problematic Statement In today’s urban landscape, digital nomads, engaged professionals, and couples face a growing challenge in securing affordable housing that aligns with their dynamic lifestyles. As the demand for affordable housing intensifies, the conventional housing market often falls … Read more
This thesis explores a transformative approach to construction by integrating topologically optimized 3D printed formwork with fiber embedding between print layers. The research aims to revolutionize traditional construction methods by enhancing structural integrity, material efficiency, and overall performance. Topological optimization algorithms are employed to design intricate yet robust formwork structures, minimizing material usage while maintaining … Read more
Abstract: Architectural space has been non responsive to the dynamic and changing nature of social interaction. Building on the history of responsive architecture, interactive design principles and technological developments in sensing, processing and actuation, the project proposes a new model that merges kinetic architecture and cybernetics. Creating adaptive configurations through automated kinetic architectural skeletons, employing … Read more
This research focuses on the exploration of vertical openings in 3D printed earthen walls. It seeks to answer the question: How to construct medium and large vertical openings in earth 3D printing, providing a maximum opening ratio while minimizing mass and material usage? The objectives of this research are:
The objective of this project is to expand the capabilities of specific robotic processes in additive manufacturing, known as impact printing, Impact Printing, a novel additive manufacturing Robotic technique that consolidates pliable soft particles through a robotic shooting process. The cohesion among these soft particles arises from the conversion of kinetic energy, acquired during acceleration, … Read more
