What's happening at SUTD

ISTD COIL Seminar by Nguyen Huu-Hai – In this talk, the application of functional programming in a very large industrial setting will be showcased.

ISTD COIL Seminar by Emily Cheung – In this session, Emily will share 10 lessons from her journey – from observing users behind one-way mirrors to designing AI-powered ventures.

ISTD COIL Seminar by Thenmugilan Gandhy – This talk is about the decisions that don’t make it into design case studies.

ISTD COIL Seminar by Bill Cai – This talk explores how techniques like chain-of-thought reasoning, self-consistency, and iterative refinement unlock new capabilities by investing compute during inference rather than training alone.

The SUTD’s Master of Architecture (MArch) programme offers a future-forward professional degree programme, highlighting design and research for sustainability and the digital transformation of the architectural profession. The programme launches the careers of leaders in architecture by emphasizing independent critical thinking in a thesis project, supported by close collaborations with faculty on cutting-edge research.

A new study by Professor Zhou Jianying and his collaborators introduces a pooled mining attack that overturns a long-standing assumption about Bitcoin’s security economics.

SUTD researchers have developed a generative urban model that upends the notion that walkable neighbourhoods must come at the expense of road access, offering a new way to balance mobility and liveability.

From a seed-inspired design to a 26-minute flight time on a single rotor, a new monocopter developed by SUTD researchers marks a 10-year journey towards redefining how efficient small flying robots can be.

Singapore’s national swim team will get a new and improved “coach” – powered by artificial intelligence and leveraging drone technology. The system helps coaches
analyse their swimmers’ performance, including stroke duration, swimming velocity,
and the symmetry of the swimmer’s moving body, in real-time.

Using toolpath-optimised deposition-based methods, an SUTD team of researchers has proposed an innovative approach to 3D-print bioinspired structures that could optimise designs in industries such as robotics and wearable technologies.