Academia.eduAcademia.edu

Figure 9 – uploaded by Emirhan Kurtuluş

See full PDFdownloadDownload figure
Figure.6 Experience route and digital stops ADAPTING CIRCULAR ECONOMY CONCEPTS INTO ARCHITECTURE DESIGN EDUCATION THROUGH DIGITALIZATION

Figure 6 6 Experience route and digital stops ADAPTING CIRCULAR ECONOMY CONCEPTS INTO ARCHITECTURE DESIGN EDUCATION THROUGH DIGITALIZATION

Related Figures (18)

PROCEEDINGS
PROCEEDINGS
Utilizing digital tools was important in this overall design process in two ways. Firstly, studio participants actively used digital design tools such as BIM, GIS, 3D point cloud modeling, digital analyzing and diagramming applications, digital drawing and visualization tools, and so on. By using them, participants got the exact information of the area. They worked professionally with real inputs (Figure.1). Secondly, participants proposed the utilization of digital tools and strategies for their village design for a circular vision because digital tools also create a triggering factor in a circular design approach to rethink today’s small-scale settlements under globally threatening factors. Digital technologies (DT) make CE strategies possible. Settlements should implement numerous DTs from Industry 4.0, such as big data, artificial intelligence (AI), blockchain, and the Internet of Things (IoT), throughout the entire urban and rural ecosystem to operationalize CE-related strategies. Digital tools can enable and support the implementation of circular economy principles by improving transparency, optimizing resource use, promoting sharing economy models, and facilitating sustainable product design. The combination of circular economy and digitalization can create a more sustainable and efficient economy that benefits both the environment and society. Figure.] Random views from point cloud model
Utilizing digital tools was important in this overall design process in two ways. Firstly, studio participants actively used digital design tools such as BIM, GIS, 3D point cloud modeling, digital analyzing and diagramming applications, digital drawing and visualization tools, and so on. By using them, participants got the exact information of the area. They worked professionally with real inputs (Figure.1). Secondly, participants proposed the utilization of digital tools and strategies for their village design for a circular vision because digital tools also create a triggering factor in a circular design approach to rethink today’s small-scale settlements under globally threatening factors. Digital technologies (DT) make CE strategies possible. Settlements should implement numerous DTs from Industry 4.0, such as big data, artificial intelligence (AI), blockchain, and the Internet of Things (IoT), throughout the entire urban and rural ecosystem to operationalize CE-related strategies. Digital tools can enable and support the implementation of circular economy principles by improving transparency, optimizing resource use, promoting sharing economy models, and facilitating sustainable product design. The combination of circular economy and digitalization can create a more sustainable and efficient economy that benefits both the environment and society. Figure.] Random views from point cloud model
Figure.2 Agriculture-husbandry group mind-map
Figure.2 Agriculture-husbandry group mind-map
Figure.3 Agriculture-husbandry group design development.
Figure.3 Agriculture-husbandry group design development.
Figure.4 Agriculture-Husbandry group circular design strategies
Figure.4 Agriculture-Husbandry group circular design strategies
rai red in The Culture & Tourism group developed a more detailed proposal for a complex focusing on the entrance to the village, and they created the opportunity to discuss the professionally with this zoom- system from the city cent esigned the existing car par his area is organized around experience space inside. Visito at he village, and they can ex principles of the circular economy more in approach. (Figure.5) They proposed a light er to the village entrance for individuals and k in the area for buses. The complex designed a modest visitor information center with a VR rs can organize their trip here when they arrive perience past versions of the village from this viewpoint at the terrace through digital tools. (Figure.6) The project also has commercial spaces for loca interaction between locals and tourists, event space for special public organizations, and open areas and exhibitions. Water management systems, solar roadways, roof solar panels, integrated natural green spaces, and prefabricated modular structure systems were some of the main circular strategies adopted in this complex. (Figure.7) initiatives, workshops for enhancing the for flexible uses such as organic bazaars, fairs, Figure.5 Culture-Tourism group design development.
rai red in The Culture & Tourism group developed a more detailed proposal for a complex focusing on the entrance to the village, and they created the opportunity to discuss the professionally with this zoom- system from the city cent esigned the existing car par his area is organized around experience space inside. Visito at he village, and they can ex principles of the circular economy more in approach. (Figure.5) They proposed a light er to the village entrance for individuals and k in the area for buses. The complex designed a modest visitor information center with a VR rs can organize their trip here when they arrive perience past versions of the village from this viewpoint at the terrace through digital tools. (Figure.6) The project also has commercial spaces for loca interaction between locals and tourists, event space for special public organizations, and open areas and exhibitions. Water management systems, solar roadways, roof solar panels, integrated natural green spaces, and prefabricated modular structure systems were some of the main circular strategies adopted in this complex. (Figure.7) initiatives, workshops for enhancing the for flexible uses such as organic bazaars, fairs, Figure.5 Culture-Tourism group design development.
Figure.7 Assembly of modular structure
Figure.7 Assembly of modular structure
Figure.8 Culture and Tourism group circular design strategies M. B. COLAKOGLU, E. KURTULUS, B. KISMET, S. YALCINKAYA
Figure.8 Culture and Tourism group circular design strategies M. B. COLAKOGLU, E. KURTULUS, B. KISMET, S. YALCINKAYA
Figure.9 Mobile application interface for Sille ADAPTING CIRCULAR ECONOMY CONCEPTS INTO ARCHITECTURE DESIGN EDUCATION THROUGH DIGITALIZATION
Figure.9 Mobile application interface for Sille ADAPTING CIRCULAR ECONOMY CONCEPTS INTO ARCHITECTURE DESIGN EDUCATION THROUGH DIGITALIZATION
Figure.10 Digital strategies integrated in public spaces
Figure.10 Digital strategies integrated in public spaces
TABLE 1. Circular economy (CE) 10R concepts and proposals. The “Refuse” strategy covers refusing empty fields, single-use, and globalization, aiming to turn Sille into a self-sufficient village by preserving local characteristics and integrating digital technologies. The agriculture- husbandry group suggests “Rethink” regenerating agriculture and sharing
TABLE 1. Circular economy (CE) 10R concepts and proposals. The “Refuse” strategy covers refusing empty fields, single-use, and globalization, aiming to turn Sille into a self-sufficient village by preserving local characteristics and integrating digital technologies. The agriculture- husbandry group suggests “Rethink” regenerating agriculture and sharing
Table 2. Main CE approaches in urban and building scale, The culture-tourism group has suggested using solar energy instead of fuel- based energy by using solar panels in buildings, bus stations, and urban furniture. Waste management is developed as a system for the whole village. Shared electric vehicles (EVs) will be included in the community assets. Also, Sille will offer an EV charging station for public use to facilitate the broader transition to a fully electric transport system. The modular transformable
Table 2. Main CE approaches in urban and building scale, The culture-tourism group has suggested using solar energy instead of fuel- based energy by using solar panels in buildings, bus stations, and urban furniture. Waste management is developed as a system for the whole village. Shared electric vehicles (EVs) will be included in the community assets. Also, Sille will offer an EV charging station for public use to facilitate the broader transition to a fully electric transport system. The modular transformable
Related topics:
ArchitectureDesign educationArchitectural EducationSustainable Architecture
580 California St., Suite 400
San Francisco, CA, 94104
© 2025 Academia. All rights reserved