Rapid urbanization, governmental neglect, socio-spatial segregation, and a widening societal gap has led to São Paulo’s nickname as the ‘City of Walls’ (Caldiera, 2000). These processes continue to shape the sprawling city today, contributing to the formation of a society characterized by multi-dimensional inequality and deeply isolated marginalized communities. In addition, global pressures resulting from climate change and the degradation of ecological systems within the region further expose these marginalized communities to increasing risks. Consequently, leading parts of the city to live in the of face extreme exposure, especially as these communities lack the resilience to withstand these socio-ecological pressures.
Addressing these socio-environmental inequalities requires the establishment of a foundation of ecological integrity, ensuring a high standard of liveability and an environment of inclusivity for marginalized communities. This research proposes the reconfiguration of the Metropolitan Region of São Paulo through socio-ecological strategies aimed at restoring ecological integrity, promoting social inclusivity, and empowering local communities. By examining the vulnerabilities, barriers, and opportunities present in Brazilian society, this project seeks to promote the restructuring of São Paulo for socio-ecological resilience, embracing principles of nature-based urbanism, sustainable urban development, and adaptive governance capacities. ... Read more

The Port of Rotterdam has always been a pivotal player in the energy sector. Predominantly, in the oil-based generation of energy and the consequent export of raw material. However, there is a need for a systemic shift in the energy sector as the Netherlands embarks toward its goal to become 100% carbon neutral by 2050.
An analysis of the prevalent scenario revealed that the fossil-based energy production systems are not only embedded in the physical infrastructure of the region (Zuid Holland) but also in its social, economic and geopolitical networks. This means that as we phase out fossil fuels, its implications will be witnessed on both the local as well as global scales. Keeping this in mind, “Transtopia” aims to accelerate the transition towards renewable energy (production - consumption) by proposing synergies between the Port of Rotterdam and the rest of the Zuid Holland region.
Primarily, by decentralizing, diversifying renewable energy production, and activating the potentialities of its regional landscapes to harness energy. It proposes endogenous methods of co-creating energy landscapes aimed to establish a resilient and adaptable energy system. One where all sectors of society (civil, public and private) can contribute and play an active role in facilitating this transition. Consequently, the spatial relations between areas of energy consumption and production can be seen as activators of urban development in Zuid Holland. Not only by strengthening the economic resilience of the region in face of the energy transition, but also ensuring social integration in this change by co-creating new infrastructure initiated by a collaboration of active sectors.
Additionally, Transtopia focuses on the transformation of the port into a renewable energy hub. Since selected renewable energy such as solar, wind and biomass will be produced locally, the port becomes a backbone for the production and distribution of hydrogen in the Netherlands and around the globe. As an energy hub, the port will also facilitate research and innovation for renewable energy, establishing collaborations with universities and institutions to constantly improve the functionality of the newly integrated renewable energy systems.
Transtopia aims to accelerate energy transition, focusing on engaging multiple stakeholders by creating policies. Thereby ensuring different levels of systems and synergies, which will eventually transform the urban environment into a symbiotic landscape, with a resilient and inclusive energy system that creates opportunities for economic growth. ... Read more