The Green Railscape project reimagines urban transportation by integrating a light rail system with a vibrant green corridor in Aalborg. This initiative enhances mobility while promoting ecological sustainability, creating a multifunctional space that connects key areas of the city. The design features pedestrian pathways and cycling routes alongside native vegetation and wetlands, fostering biodiversity and providing recreational opportunities for residents. By employing sustainable infrastructure and stormwater management techniques, Green Railscape serves as a model for environmentally resilient urban living, balancing efficient transportation with a commitment to a healthier, greener future.

The Processes of Urban Landscaping project explores the dynamic interplay between urban development and natural ecosystems, emphasizing the importance of climate adaptation in contemporary urban design. This initiative focuses on transforming an industrial site into a vibrant urban landscape that integrates water management strategies and promotes ecological sustainability. The design employs process-driven techniques, allowing for the organic growth of both built and natural environments over time. By incorporating green infrastructure, such as rain gardens and native vegetation, the project enhances urban biodiversity while creating flexible public spaces for community interaction. Processes of Urban Landscaping exemplifies a holistic approach to urbanism, where time, nature, and human activity coexist to create resilient, livable urban spaces.

Processes in Situ is a master thesis project that investigates the evolving relationship between urban environments and natural systems, focusing on climate adaptation and sustainable urban design. The project emphasizes the importance of time in urban development, proposing a framework that allows urban spaces to adapt organically to environmental changes. Through the integration of water management strategies, green infrastructure, and ecological design, the project aims to enhance urban resilience while promoting biodiversity. By creating flexible, multifunctional spaces that accommodate both human and ecological needs, Processes in Situ serves as a model for innovative urban planning that prioritizes sustainability and community engagement, fostering a harmonious coexistence between the built environment and nature.

The Helsingør Design Volume project is the application of the theoretical framework from Processes in Situ, focusing on urban design's integration with ecological sustainability and climate adaptation. This project translates theoretical principles into practice, creating resilient urban landscapes that incorporate native vegetation, innovative water management, and green infrastructure to enhance biodiversity. By developing multifunctional spaces that promote community engagement, the Helsingør Design Volume serves as a model for sustainable urban planning, demonstrating the effective translation of theory into real-world solutions for climate challenges