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The coast of Paramaribo is predicted to undergo urban expansion due to the growing population of Paramaribo. However, the coast has to do with several challenges; tidal- and urban flooding and coastal erosion. This does not make the coast the most habitable place for urban expansion. The urban, water and soil systems are not functioning in harmony on the coast. Hence, a spatial transition to a dynamic co-existence between the urban-water-soil metabolism is necessary. With this information, the following research question is formulated “How can an insight into the urban-water-soil metabolism develop a more socially and environmentally resilient coast in Paramaribo?”. In order to answer this question an analysis was done on the three systems; urban, water and soil. The analysis was concluded with a site visit, which lead to the potential for a general strategy to achieve a resilient coast. As the urban-water-soil metabolism presents itself differently in several areas on the coast, 3 locations were chosen for which a strategy was designed with the help of the pattern deck, which was developed for this project. The systemic change of the urban, water and soil systems will lead to a resilient coast of Paramaribo. The existing housing and urban expansion will be transformed/designed to be resilient, the urban expansion will be a mixed living and working environment. Tidal flooding will be addressed by strengthening the coast with a green belt and clay dykes. The water management system will be properly maintained and upgraded and the coast will be strengthened and protected from coastal erosion by rehabilitating the depleted mangrove forests. This in turn will also boost biodiversity. In conclusion, the coast of Paramaribo can become resilient by (re)introducing co-existence of the urban-water-soil metabolism., Architecture, Urbanism and Building Sciences | Urbanism

The Province of South Holland, not unlike the other provinces in the Netherlands, has a big housing demand. To meet it more building materials are needed in a short time frame. The current building sector is not environmentally friendly. Hence, a transition to a more sustainable building sector is necessary. Bio-based building materials are the possible solution for this. By transitioning to the bio-based building industry not only the construction sector would be affected, but the agricultural and waste industries would also undergo a positive transition. With this information the following research question is formulated “How can the PZH synergize the circular bio-based industry and organic agriculture in order to improve the quality of life in a just way?”. To answer this question an analysis was done of the current building sector, the bio-based building industry, the urbanisation strategies, and the landuse in the Province of South Holland. Out of the analysis, the potentials were concluded and a vision for 2050 was created. The implementation of the vision was elaborated by four different illustrative strategies and locations. Each of the them focuses on the implementation of one specific layer of the vision. By transitioning the building sector into a circular bio-based building sector the Province of South Holland will have more biodiversity zones, an environmentally friendly and faster way of building, increased access to organic food for everyone, an increase in the health of inhabitants, and new job opportunities. In short, by transitioning to the bio-based building material industry, Butterfly Effect will be created., AR2U086 R&D Studio – Spatial Strategies for the Global Metropolis, Architecture, Urbanism and Building Sciences | Urbanism

The Province of South Holland, not unlike the other provinces in the Netherlands, has a big housing demand. To meet it more building materials are needed in a short time frame. The current building sector is not environmentally friendly. Hence, a transition to a more sustainable building sector is necessary. Bio-based building materials are the possible solution for this. By transitioning to the bio-based building industry not only the construction sector would be affected, but the agricultural and waste industries would also undergo a positive transition. With this information the following research question is formulated “How can the PZH synergize the circular bio-based industry and organic agriculture in order to improve the quality of life in a just way?”. To answer this question an analysis was done of the current building sector, the bio-based building industry, the urbanisation strategies, and the landuse in the Province of South Holland. Out of the analysis, the potentials were concluded and a vision for 2050 was created. The implementation of the vision was elaborated by four different illustrative strategies and locations. Each of the them focuses on the implementation of one specific layer of the vision. By transitioning the building sector into a circular bio-based building sector the Province of South Holland will have more biodiversity zones, an environmentally friendly and faster way of building, increased access to organic food for everyone, an increase in the health of inhabitants, and new job opportunities. In short, by transitioning to the bio-based building material industry, Butterfly Effect will be created., AR2U086 R&D Studio – Spatial Strategies for the Global Metropolis, Architecture, Urbanism and Building Sciences | Urbanism

Oral history of Mr. Nguyen Quoc Anh who was born in Rach Gia, Vietnam in 1964. He and his family emigrated from Vietnam in 1975 by plane. After stopping in the Philippines and Guam, he arrived in Camp Pendleton. He received his education from UCLA where he earned his B.S. in Physics, CSUF where he earned his M.S. in Electrical Engineering, and UCLA where he received his Ph.D. in Electrical Engineering. One of the significant events that happened in Mr. Nguyen’s life is the nature of his immigration to the United States and his experience growing up as a refugee. He explains in the interview in detail about his journey. Mr. Nguyen is married to his wife Theresa and has three children. He currently resides in Fullerton, California and works as a systems engineer at Panasonic., Recorded digitally