Zientzia eta Teknologia
Arkitektura eta Hirigintza
10th Regional International Symposium eCAADe 2024

10th Regional International Symposium eCAADe 2024

Mai. 23 - 24. Mai, 2024 Kod. Z04-24

Full papers: Submission Deadline
15.04.2024

Azalpena

The 10th eCAADe Regional International Symposium will be held at ETSA AGET – Higher Technical School of Architecture of the University of the Basque Country, Donostia-San Sebastián, Spain on May 23th and 24th, 2024. It suppose a great opportunity to meet many of you in Spain, during two days rich of workshops, discussions, knowledge exchange and collaboration kick-offs regarding innovative approaches in the use of Sustainable Material in Architecture supported by computer aided design.

New Ways in Sustainable Materials Design in Architecture

The aim of the 10th eCAADe Regional International Symposium (RIS 2024) organized at ETSA AGET is to promote innovative approaches of computer-aided architectural design to the scientific, academic, and professional communities in the Spanish region and beyond. The main objective is on the potential of computational design to help improve the use of sustainable materials in Architecture. The symposium will create connections and promote discourse between local expertises, researchers, and professionals in the field of sustainable material application, with the eCAADe and the scientific community, to develop project ideas, research, and educational collaborations.

In addition, the event will serve to promote the creation of an interconnection between architects, designers, researchers and academics in the area of Southwest Europe, for the advancement of computational design, sustainable design, simulation and the use of sustainable materials, whether these are traditional materials such as wood and its new uses and products or other types of materials, more sustainable, recyclable and reusable, which bring a new perspective in architectural design.

 

Irakurri gehiago

Helburuak

Traditionally, tectonics results from the sum of material, tools and design. Thus, tools and information have always determined how material has been used in the construction of architecture.

In recent years, technological innovations are changing the concept, techniques and design tools with which material is treated. We can say that the use of sustainable materials is becoming a high technological concern, in terms of different types of industrial developments and products that focus on improving their mechanical, durability and fire-resistant characteristics. Similarly, instead of considering the use of sustainable materials as a design constraint, architects are taking the opportunity to create functional and aesthetically impressive designs to address environmental concerns.

The theme focuses primarily on digital graphic processes that can specifically enhance the use of sustainable materials in Architecture. Complex shapes and stereotomy of structural joints, the application of both new and recycled materials and the use of digitally controlled machining processes also represent an extensive field of research where the implementation of parametric tools and the use of digitally controlled machines contribute to shaping the near future of the way Architecture will be built.

The evolution from "mass production" to "mass customisation" involves the extensive implementation of digital control processes based on parametric tools and the intensive use of digitally controlled machines both during the machining and industrialisation processes and throughout the assembly and construction processes, both in new developments and in refurbishment.

Topics


You are invited to submit papers regarding the symposium theme. Topics include, though are not limited to:

  • 3D printing of sustainable buildings or building elements.
  • Advanced materials and geometries in digital manufacturing.
  • Biodegradable materials in digital manufacturing.
  • Circular economy in digital design and manufacturing.
  • Collaborative design and open source.
  • Environmental impact of digital fabrication.
  • Geometric approaches.
  • Nature-driven design. Bio-inspired materials or applications.
  • Parametric design applied to design, materials and sustainability.
  • Recycling technologies in digital manufacturing.
  • Regulations and standards in sustainable digital manufacturing.

Submissions

Researchers, academics, scholars, and professionals of any countries are invited to contribute to the symposium by presenting their research work. The paper submission is organized in two steps. At first, an abstract is submitted which will undergo a double-blind peer review process.

Call for abstracts

Abstract - 300 words + references (no template needed)

OpenConf submission link is HERE

Call for papers

Paper - 6-8-10 pages including references using the eCAADe template to download from HERE

OpenConf submission link is HERE

Papers publication

The accepted and presented papers will be published online in the CUMINCAD database (https://papers.cumincad.org/) and in the digital proceedings of the symposium. The proceedings will present also contributions by the keynote and invited speakers.

 

Important Dates

01.11.2023 – 1st call for abstracts.

15.11.2023 – 2nd call for abstracts.

15.12.2023 – Abstracts: Submission Deadline

08.01.2024 – Abstracts: Submission Deadline EXTENDED

15.02.2024 – Abstracts: Notification of Acceptance.

15.04.2024 – Full papers:  Submission Deadline

23.05.2024/24.05.2024­ – Regional International Symposium (RIS)

Irakurri gehiago

Jarduera nori zuzenduta

  • Publiko orokorra

Antolakuntza

  • Higher Technical School of Architecture of the Basque Country
  • Fablab Donostia
  • eCAADe.  Education and research in Computer Aided Architectural Design in Europe

Lankidetza

  • CAVIAR
  • MÁSTER EN ESTRUCTURAS, CONSTRUCCIÓN Y DISEÑO EN MADERA

Zuzendariak

Francisco González Quintial

ETSA AGET

Architect PhD. ORCID: 0000-0001-6600-6024 Researching Subjects: Architectural Geometry, Digital Fabrication, Parametric Architecture, Developable Surfaces, PhD. Thesis: Method of Adaptation of Double Curvature Surfaces by using Developable Strips. Professor Higher Technical School of Architecture, University of Basque Country. Coordinator and Professor. Master Erasmus Mundus ARURCOHE. https://www.arurcohe.com/ Professor Master in Refurbishment, Restoration and Management of Historical Buildings http://www.ehu.eus/en/web/patrimonioyrestauracion/aurkezpena Coordinator and Professor Master of Design and Contruction of Timber Structures https://mastermadera.com/ FabAcademy Diploma. MIT’s Center for Bits and Atoms. http://archive.fabacademy.org/archives/2016/deustofablab/students/60/about.html FabLab Manager FabLAB DONOSTIA. https://www.facebook.com/Fablab-Donostia-AGET-150717769006886 Researcher at I+D+i 2020 Spanish Ministry of Science and Innovation. Construction System for Strained Gridshells based on New High-performance Timber Products and Digital Fabrication (GRIDADIGTION) Honorable Mention_Laka React: https://lakareacts.com/winners/cactus-pavilion/

Andrés Martín Pastor

(ORCID: 0000-0002-5588-2886) holds degree in Architecture with a PhD from Universidad de Sevilla (Spain) since 2009. He works as a lecturer in the Department of Graphic Engineering in the same University. His publications focus on the study of Geometry in Architecture, making a thorough review from the graphic tradition inherited to new digital tools. He also has been visiting lecturer at several Universities where he has given workshops on Architectural Geometry. His work of developable surfaces in pavilions has been recognized with some awards in Ephemeral Architecture.

Hizlariak

Eduardo Chamorro Martín

Eduardo Chamorro is an architect and researcher who works to discover how technology can transform architecture and its processes to improve people’s lives. He is currently a PhD candidate at Swinburne University (Melbourne, Australia) in High performance composites additive manufacturing for architecture. As a digital fabrication expert, he is faculty in the Master for Advanced Architecture (MAA), Master in Advanced Ecological Buildings (MAEB), 3D Printing in Architecture (3DPA), Master in Design for Emergent Futures (MDEF), FabAcademy at IAAC FabLab Barcelona. For him, working in a multi-scalar environment must be the priority of an architect nowadays. He holds a Master’s Degree in Architecture from CEU San Pablo University (Spain), a Fab Academy diploma in Digital Fabrication offered by the Fab Lab Network and a Master’s Degree in Advanced Architecture from IAAC (Spain), with a specialisation in digital fabrication, materiality and new design methodologies. He holds as well a Spanish architectural licence. https://iaac.net/dt-team/eduardo-chamorro/

Pep Tornabel

Architect by the Escuela Técnica Superior de Arquitectura del Vallés (Polytechnic University of Catalonia) 2010. PhD student in the programme Technology of architecture, building and urban planning. Research in computational design and lightweight structures focusing mainly on active bending and timber structures. Lecturer in the Department of Representation at the Massana School, UAB. Collaborator in the optional subject at the UPC: Parametric Architecture together with Ramon Sastre. Teaching activity in conferences and courses on computational design. Algomad, CtrlMad Co-Fundator of CODA, Computational Design Affairs https://lita.upc.edu/es/personal-1/doctorandos/pep-tornabell-teixidor https://www.researchgate.net/profile/Pep_Tornabell

Enrique Soriano Botellla

Architect (2010) from the Vallès School of Architecture, Polytechnic University of Catalonia (UPC). PhD student in the programme Technology of architecture, building and urban planning. Research in computational design and lightweight structures, mainly focused on active bending and timber structures. FPI-UPC fellow since October 2011. Collaborator in the optional subject at the UPC: Parametric Architecture together with Ramon Sastre. Teaching activity in conferences and courses on computational design. Algomad, CtrlMad. Professional activity in Germany (2005), France (2006), China (2010). Co-Fundator of CODA, Computational Design Affairs https://lita.upc.edu/es/personal-1/doctorandos/enrique-soriano-botella https://www.researchgate.net/profile/Enrique_Soriano4

José Pedro Sousa

José Pedro Sousa is an architect graduated from FAUP (University of Porto), Master in Genetic Architectures from the ESARQ-UIC (International University of Catalonia) and PhD in Architecture from the IST-UTL (University of Lisbon). During his doctoral studies, he was a Special Student at MIT (Cambridge, MA) and a Visiting Scholar at the UPenn (Philadelphia, PA). Since 2009, he has been an Assistant Professor at FAUP, where he founded and directs the Digital Fabrication Lab (DFL). The DFL is a research group dedicated to explore the impact of digital technologies, such as computational design, digital fabrication, additive manufacturing, robotics or XR technologies, on the thinking and practice of architecture. In that scope, he has coordinated several funded research projects and collaborations with large industrial companies, and has dedicated a special attention to the development of innovative applications of cork in building construction. Before FAUP, he taught at FCTUC (University of Coimbra), ESARQ-UIC (Barcelona) and IAAC (Barcelona). https://sigarra.up.pt/faup/en/func_geral.formview?p_codigo=463797 https://orcid.org/0000-0003-0024-4622

Matrikula prezioak

(*) The reduced fee only applicable to participants currently employed or enrolled at institutions in European countries based on the GDP: Albania, Belarus, Bosnia and Herzegovina, Bulgaria, Czech Republic, Croatia, Estonia, Greece, Hungary, Latvia, Lithuania, Malta, Moldova, Montenegro, North Macedonia, Poland, Portugal, Romania, Serbia, Slovakia, Slovenia, Turkey, Ukraine. This fee also applies to BSc, MSc. Registrants must provide a copy of their student ID card when registering.


Registration2024-05-10 arte2024-05-20 arte2024-05-23 arte
150,00 EUR175,00 EUR -
50,00 EUR75,00 EUR -
100,00 EUR125,00 EUR -
- - 250,00 EUR

Kokalekua

Arkitektura Goi Eskola Teknikoa

Oñati Enparantza, 2 | 20018 Donostia/San Sebastián

Gipuzkoa

43.312227,-2.0104024

Arkitektura Goi Eskola Teknikoa

Oñati Enparantza, 2 | 20018 Donostia/San Sebastián

Gipuzkoa