Ocean Infrastructure and Renewables

Ocean Infrastructure And Renewables Main Page

CEE is working closely with the Centre for Offshore Research & Engineering (CORE) at the Faculty level to support the global effort on energy transition and tackling climate change, through our research on renewable energy and space creation at sea. Renewable energy is instrumental to Singapore’s energy security for a low-carbon future. The sector is growing rapidly, driven by environmental concerns, technological advancements and declining costs. The growth of offshore renewable wind and solar farms in the region signifies our drive for clean energy, at the same time creating opportunities for offshore engineers to tackle issues relating to the environmental and seabed characteristics of the region.

With the increasing demand for liveable space, floating infrastructure is a viable solution for our land-scare in Singapore. The development of a cost-effective infrastructure for coastal protection is also a critical part of our efforts to combat the impacts of sea-level rise. Tapping on our technology and expertise in the offshore and marine sector, CEE and CORE aim to play a leading role in the research on ocean infrastructure and renewables, and collectively drive the transformation of the local offshore and marine industry towards becoming a technology hub and solutions provider for green energy and climate change impact.

Director:  Assoc Prof Low Ying Min

Co-Director:  Dr Paul Ong

Research Focus

Offshore and ocean infrastructure

Shallow and deep water technologies for space creation at sea and  explorations of natural resources including assest decommissioning

Renewable energy infrastructure

Structural and foundation systems for wind and solar energy generators

Predictability of offshore and subsea infrastructure

Use of artificial intelligence and smart sensors for predicting structural responses in offshore environments

Highlights

Ongoing Projects

TITLE  PRINCIPAL INVESTIGATOR
Evaluation of In-situ Consolidation of Dredged and Excavated Materials at Reclaimed Next Generation Tuas Port Assoc Prof Chian Siau Chen, Darren
ENSURE WP2 - Structural Digital Twin (Global Structural Digital Twin) Prof (Practice) Michael Si
ENSURE WP2 - Structural Digital Twin (Local Structural Digital Twin) Assoc Prof Qian Xudong
ENSURE WP3B – Integrity
Collaborative Research on Performance of Pile-Leg Grouted Sleeve Connections
ENSURE WP3C – Survivability Assoc Prof Low Ying Min

People