RESEARCH AT CDE
At CDE, we push boundaries to achieve world-class research excellence through the exploration and application of engineering, architecture, and design to solve complex problems. We pioneer unique models of interdisciplinary research that takes advantage of the natural synergies between these fields to advance impactful, basic and translational research.
In addition to our ten departments, our cross-disciplinary research thrives through partnerships. Our researchers forge new frontiers through college-level centres, global research partnerships and industry collaborations, powered by state-of-the art research infrastructure and unique capabilities.
People are at the core of our pursuits. We are committed to empowering visionary talent poised to redefine the future of architecture, design, and engineering, anchored in diversity and interdisciplinary research.
Wearable sensor enables real-time tracking of fatigue and mental health
Hydrogel-based system developed by researchers at CDE captures accurate cardiovascular signals on the move, enabling continuous mental health monitoring.
Harnessing nanotechnology to protect and strengthen plants
Asst Prof Tedrick Lew’s latest research breakthrough is a core–shell “microneedle patch” that releases its cargo only after entering plant tissue.
Self-training muscle could power a new generation of biodegradable robots
CDE researchers develop a platform that strengthens lab-grown muscle, overcoming a key limitation in biohybrid robotics.
VariFlux is one of 12 global teams in the 2026 MIT Climate & Energy Prize finals
Their patent-pending coolant can boost cooling efficiency as well as cut energy use and emissions in data centres and industrial systems.
Keeping the (ammonia) flame alive
The chemistry of ammonia under pressure shows that even a small dose of hydrogen can turn a fickle flame into a steadier source of clean power.
Fuelling the future of sustainable shipping
A new engine concept turns ammonia into its own source of hydrogen, charting new waters for cleaner, more efficient shipping without the need to store hydrogen onboard.
Making ammonia burn cleanly at industrial heat
A single-atom platinum catalyst lights ammonia at 200 °C and keeps it burning steadily at 1,100 °C with low NOx, generating high-grade, carbon-free heat for steel, cement and chemicals.
Powering a shared energy future
New modelling shows that linking ASEAN’s power grids could accelerate the region’s path to net zero, cutting costs and easing the burden of a just energy transition.
