A systematic comparison of waterfront renewal in Guangzhou, Shenzhen, and Zhuhai
Comparing three major waterfront projects across ecology, accessibility, mixed-use, and heritage dimensions.
The Pearl River Delta has China's densest water network (16,000km). Over 30 years, rapid expansion enclosed much waterfront for industry and residential use.
Guangzhou: industrial retreat + culture. Shenzhen: ecological restoration + connectivity. Zhuhai: mountain-sea-city integration. All follow "retreat-connect-activate."
Shenzhen achieves 85% annual runoff control (2,500m³ underground storage), Guangzhou uses rain gardens (2,000㎡), Zhuhai emphasizes vegetative buffer zones.
A "Waterfront Regeneration 4-Step Method": ecological assessment → retreat strategy → connectivity → node activation. Applied to inland projects in Hangzhou and Wuhan.
Anchored in individual roles, exploring new symbiotic relationships between humans, space, and technology in future society.
Focusing on vertical community practices in East Asian high-density urban contexts, evaluating spatial quality, social interaction, and community identity.
Proposing a "cultural resilience" theoretical framework for industrial heritage regeneration.
Exploring parametric workflows based on Rhino+Grasshopper for multi-objective optimization of building form, daylight, and energy.