Research in Motion at CDE
From sustainable construction and climate solutions, to smart materials, soft robotics and biomedical innovation – this selection of videos from the past year spotlight how CDE research and innovation translated ideas into real-world impact.
Catch up on the stories that shaped 2025, and see how our researchers are tackling global challenges from multiple fronts.
A CDE spinoff shaping the future of sustainable construction
Circrete, a spinoff from research at CDE, aims to slash carbon emissions from cement production by using waste marine clay from construction sites as its base ingredient.
Microneedles to boost plant growth
Research led by Asst Prof Andy Tay has developed an innovative dissolving microneedle patch that delivers living biofertilisers directly into plant tissue.
A sustainable shift in gas storage
A biodegradable, reusable amino-acid-modified ice captures methane at near-freezing conditions, offering a greener, faster alternative to traditional storage.
Medical devices that work when needed - then simply disappear
Asst Prof Yamin Zhang developed the world’s smallest bioresorbable pacemaker - a device smaller than a grain of rice.
Soft robots get smarter
Inspired by the movement of manta rays, researchers at CDE have developed a small, magnetically powered soft robot that can move and respond on its own.
Smart fabrics for health monitoring
Asst Prof Irmandy Wicaksono develops “soft technologies”; textiles with sensors and electronics seamlessly knitted into the fabric.
Innovation, partnerships and bold ideas
CDE Industry Day 2025 brought NUS researchers and industry leaders together to shape the future.
AI model maps building carbon emissions
Innovative approach could help city planners worldwide design more effective and equitable climate policies.
Shaping the future of technology with new materials
Quantum materials are changing the way we understand electronics — and could open the door to entirely new technologies.
An ultra-tough hydrogel inspired by bamboo
Research led by Asst Prof Zhai Wei mimicked nature’s design using sustainable, bio-based ingredients to create a hydrogel that’s tough, flexible, and impact-resistant.
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