DH Asia Webinar Series: “The Tale of Genji: Where Traditional Research Meets Digital Technology” by Ayano Takeuchi

ISTD COIL Seminar by Adriel Kuek – This talk will provide an insightful glimpse into the world of defence R&D, shedding light into an often secretive industry and hopefully inspire aspiring graduates to consider a career in the Defence Technology Community.

ISTD COIL Seminar by Mark Sin – Are you curious about how your school experiences can help shape your career? Join us for an insightful seminar by Mark Sin, an overseas Singaporean based in California, who is an accomplished engineering architect at Apple Inc. In this seminar, Mark will share how the completion of industry projects, internships and acquisition of essential soft skills during his school days could help to land him into an engineering role in one of the world’s leading tech companies.

DH Asia Webinar Series: “Ancient and Modern Biotopes: What Can We Learn from Digitizing Ancient Pharmacology?” by Dr. Michael Stanley-Baker

Öh!, the ninth iteration of SUTD’s Architecture & Sustainable Design (ASD) Graduation showcase. Consolidating works by the B.Sc (ASD) students from the Class of 2024, these students showcase their Örigin point, their Ödyssey through, and their Öutlook towards Architecture.

ISTD COIL Seminar by Fan Liu & Felix Tong – This session will give you an overview of how technology, especially cybersecurity, is being adapted at Morgan Stanley. Speakers will then deep dive into the topic of digital signatures – the origin, history, and more importantly its current application in the banking industry and latest developments.

Urban Larsson (IIT Bombay, India) – The Fundamental Theorem of Normal Play

Yuanwei Liu (Queen Mary University of London) – Near-field Communications: What Will be Different?

Join us for a panel discussion on 21st June as we Address the field of praxis, and the role design might have played/ could play in future projects within shifting strategies from mitigation toward adaptation to generate resilience.

Assoc. Prof. Desmond Loke’s lab has developed scalable technologies for modulating Medium-doped Amorphous Glass (MAG). This breakthrough enables industry to use the extraordinary properties of amorphous glasses for next-generation digital memory devices for automotive, internet-of-things, and edge AI applications with quicker performance and enhanced energy efficiency, reliability, and downsizing ability.