Open-source approach uses publicly available data and machine learning to identify carbon hotspots and guide targeted urban decarbonisation.
AI model maps building emissions to support fairer climate policies Read More »
The Lecture gave insights into offshore wind technology and Singapore’s role in the clean energy transition.
Seatrium Public Lecture explores offshore wind as the future of energy Read More »
An afternoon of stories and dialogue celebrating the creativity, resilience and impact of women in design and engineering.
CDE Women Symposium 2025: Inspiring Creativity, Driving Innovation Read More »
A new method by NUS researchers to produce hierarchical chiral materials with exceptional optical and mechanical properties offers new applications in quantum optics, photonic devices and data encryption.
Celebrating the remarkable contributions and lifelong dedication of our CDE community to Singapore’s progress and future.
CDE community members honoured at 60th National Day Awards Read More »
CDE students brought creativity, craftsmanship, and community spirit to NUS Rag & Flag 2024, from creative floats to fundraising.
CDE at NUS Rag & Flag: Connecting Beyond Horizons Read More »
CDE teams won the Champion title and four Merit Awards in the University Category at EIC 2025, showcasing innovative solutions for sustainable and resilient city living.
CDE triumphs at Engineering Innovation Challenge 2025 Read More »
The team led by Assoc Prof Gong Xiao achieved recognition at the symposium with multiple top paper awards and nominations.
NUS team sets benchmark at 2025 Symposium on VLSI Technology and Circuits Read More »
Membrane technology developed by researchers at CDE overcomes long-standing trade-off in gas separation, offering improved performance in hydrogen purification and carbon capture.
Crumpled graphene membranes set benchmark for hydrogen purification and carbon capture Read More »
Breakthrough by CDE researchers could cut carbon footprint of one of the world’s most widely used industrial chemicals.
Catalyst cuts energy use in CO₂-to-ethylene conversion Read More »
