City–East Coast Study
The City–East Coast Study establishes a long-term climate resilience strategy for one of Singapore’s most significant coastal regions. By integrating coastal protection with inland drainage planning, the study provides a holistic framework to strengthen resilience against rising sea levels and increased rainfall while safeguarding communities, critical infrastructure and future development.
Country
Singapore
Typology
Climate Resilience
Year of Completion
2025
Project Details
Strengthening Singapore’s Coastal Resilience
The project involved the development of coastal protection measures for the City-East Coast of Singapore, providing an integrated strategy to address the long-term impacts of sea level rise and increasing rainfall intensity. The study covers approximately 58 kilometres of coastline and encompasses a diverse urban landscape including residential communities, commercial districts, recreational areas, industrial estates and nationally significant infrastructure such as Changi Airport and the Greater Southern Waterfront.
Rather than considering coastal protection and inland drainage independently, the master plan adopts a holistic, multidisciplinary approach that combines engineering, urban planning and climate resilience into a single long-term framework. The study explores integrated solutions that not only strengthen flood resilience but also support sustainable waterfront development and future urban growth.
Designed to provide flood protection against future sea level rise, the project demonstrates how proactive planning can help cities adapt to climate change while creating resilient, connected and liveable coastal environments for future generations.
Services Rendered
- Climate Change Resilience Planning
- Coastal Protection Master Planning
- Flood Risk Assessment
- Inland Drainage Planning
- Hydraulic & Coastal Engineering
- Integrated Master Planning
Awards
- London Design Awards 2025 - Architectural Design – Retails, Shops, Department Stores & Mall (Platinum)
The City–East Coast Study adopts an integrated approach that combines coastal protection and inland drainage improvements into a single climate resilience strategy. By addressing the combined impacts of sea level rise and increasing rainfall, the master plan establishes a flexible framework that safeguards critical infrastructure, strengthens flood resilience and supports sustainable coastal development well into the future.
