Vision
Singapore’s dense coastal footprint demands engineering systems that go beyond static seawalls. As sea-level rise, storm surges, and tidal variations intensify, coastal protection must shift from passive barriers to adaptive, data-driven, multi-layer defence systems.
This AESS initiative aims to integrate structural engineering, hydrodynamics, materials science and digital monitoring to create dynamic, self-adjusting coastal defences capable of long-term resilience.
Core Mission
1.Adaptive Coastal Structures
Engineer modular breakwaters and hybrid natural-structural systems that dynamically respond to wave conditions.
2.Real-Time Marine Monitoring
Deploy sensor arrays and hydrodynamic models for continuous data collection, enabling predictive response.
3.Eco-Engineering Integration
Combine engineered modules with mangrove regeneration, reef-mimicking structures, and sediment-stabilising technologies.
4.System-Level Assessment
Evaluate long-term performance through wave simulation, structural analytics, erosion mapping, and life-cycle modelling.
Key Programme Modules
A. Adaptive Breakwater Engineering
Testing shape-shifting breakwater segments capable of altering porosity, height, or geometry based on season or storm intensity.
B. Hybrid Nature-Engineering Platforms
Development of engineered reef bases, sediment traps, and bio-enhanced concrete structures that strengthen over time.
C. Structural Health Monitoring Network
Marine-grade sensors evaluate fatigue, scour, structural displacement, and hydrodynamic loads at high granularity.
D. Coastal Risk Modelling Suite
A computational platform integrating wave–structure interaction models with climate projections and tidal analytics.
Expected Outcomes
Demonstration of adaptive coastal modules with ≥15% reduction in wave energy transmission.
Creation of hybrid natural-engineered coast segments with measurable ecological gain (biodiversity, sediment retention).
Structural dashboards enabling predictive maintenance and damage avoidance.
Transferable engineering models applicable to other tropical coastal cities.