In my sixth-year thesis, I investigated strategies for achieving zero-carbon cities through innovative urban design and computational methods. I focused on the extensive redevelopment of the Eastern Gateway of Manchester. This thesis expanded on the initial brief by delving into building performance, specifically aiming to reduce operational energy use, which significantly contributes to long-term carbon emissions. The approach combined various passive techniques with advanced energy generation systems.
Moreover, I acknowledged that the pursuit of high-performing, low-carbon cities often risks creating unlivable spaces. To mitigate this, I developed hybrid typologies and utilized agent-based modeling to test different scenarios, urban configurations, and building designs. This comprehensive analysis sought to balance optimal building performance with resident satisfaction, ensuring that our solutions not only met environmental goals but also fostered vibrant, livable communities.
