This thesis explores the effects of patriarchy in the built environment and investigates solutions to gender inequality in the city. Although gender inequality has been fought against throughout the last century, women and men still do not enjoy equal social positions. One of the biggest manifestations is that of a difference in gender roles, wherein women are still expected to fulfil most - if not all - of the unpaid care labour in the family. The city fails to support activities connected to care labour, both in causing longer travelling times as well as failing to provide the building of community. Theoretical research on the topic of gender mainstreaming, supported by fieldwork in Vienna, a city that has been implementing these principles since the 1990’s, has provided an extensive overview of implementations that support gender equality in the city, which are combined in a pattern language.
The pattern language has been applied in a design for the exemplary location of Katendrecht, where they have been developed into a design for a gender equal neighbourhood. This project shows that design that offers diverse environments, facilitates community, increases the accessibility of public space and amenities, and prioritises slow and shared mobility results in a gender-equal city.

Plastic is one of the most visibly polluting elements in our environment. From big plastic accumulation zones at sea to microplastic entering our everyday drinking water, plastic is becoming a more evident pollutant every day, which is damaging ecosystems, marine life and human health.
This paper will envision a possible solution for plastic pollution in North West Europe, through the retrieval and recycling of plastic, and by proposing an alternative for plastics in the current textile industry; algae. The strategy of this project aims to create a more circular and local economy by envisioning how substituting bio-plastics in a specific industry can be a solution towards minimising overall plastic pollution.
Drawing on climate change as an environmental impactor; algae bloom, which is seen as a negative climate change product, will in this project become a catalyst for a change within the textile industry by making bioplastics.
Through introducing a new perspective on how the relationship between consumer hubs and production hubs could be adjusted to become more sustainable, this project aims to showcase a solution that could be implemented in other areas with plastic pollution, by taking North-West Europe as a test case. Simultaneously, the project aims to pinpoint how crisis can become an opportunity in times like these.