Hai nhà nghiên cứu NUS được vinh danh trong danh sách Tatler Gen.t 2025 – Những người kiến tạo tương lai Châu á.

Two exceptional NUS researchers have been named in Tatler’s Gen.T Leaders of Tomorrow 2025, a prestigious list celebrating young changemakers across Asia who are shaping the future of their fields.

Assoc Prof Benjamin Tee (left) and Asst Prof Jocelyn Chew Han Shi have been recognised as Asia’s young changemakers in the Tatler Gen.T Leaders of Tomorrow 2025 list.

The NUS honourees, Associate Professor Benjamin Tee and Assistant Professor Jocelyn Chew Han Shi, embody the spirit of innovation and public impact, translating cutting-edge science into real-world solutions that improve lives.

Associate Professor Benjamin Tee from theDepartment of Materials Science and Engineering at the College of Design and Engineering at NUS is recognised for his entrepreneurial impact and contributions in nurturing startups.

In his role as Vice President (Ecosystem Building) at NUS Enterprise, Assoc Prof Tee drives innovation platforms and programmes such as the National Graduate Research Innovation Programme (GRIP), BLOCK71 Global Network, and the NUS Overseas Colleges programme. These platforms give tech and deeptech founders the boost they need to turn their early ideas into reality.

Balancing his role in shaping vibrant startup ecosystem in NUS, Singapore and beyond, Assoc Prof Tee has also made his mark as a successful serial entrepreneur. In 2019, he co-founded TwoPlus Fertility with a partner, combining his expertise in medical technology and passion for entrepreneurship. The company aims to assist over a million couples through at-home fertility aids, from supplements to test kits, in their journey towards parenthood.

Assoc Prof Tee has also co-founded three other start-ups: Privi Medical (acquired), Hannah Life Technologies and Tacniq.AI.

In the lab, Assoc Prof Tee is charting new frontiers in electronic skin and intelligent sensor technologies. He leads the Sensors.AI Labs, where his research bridges materials science, electronics, and advanced technologies to build devices inspired by human skin—capable of sensing, healing, and adapting.

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