Innovation Stage

The Chinese University of Hong Kong: Innovations in Ecotech and Sustainability

11 Sep (Thur) Day 1 : 12:10 – 12:40

Speakers

Kam Wah Fan

SOTA Robotics (HK) Limited

Robotics Engineer

A self-motivated and resourceful professional specializing in the design and development of applications and systems utilizing various programming languages and frameworks, particularly in ROS1 and ROS2. Extensive experience in robotics development especially in workflow automation for robots, with a focus on SLAM, robot localization, navigation stacks, and computer vision applications incorporating advanced transformer-based models.

Demonstrates a strong enthusiasm for software development, coupled with a results-oriented approach and a proven track record in effective collaboration with team members and suppliers. Experience includes contributions to the development of humanoid robots and anthropomorphic robot hands, enhancing their design and functionality to ensure seamless human-robot interaction. Excels in project planning and coordination throughout the product development cycle, delivering innovative solutions to ensure project objectives are fruitfully achieved.

Wing Yi Hung

ReHarmony

CEO Assistant

Winnie Hung serves as CEO Assistant at ReHarmony Limited, a pioneering Hong Kong startup (founded 2023) developing cutting-edge coating solutions for sustainable built environments. She streamlines operations and provides critical executive support to leadership, enabling strategic focus on innovation and client success. Passionate about efficiency and driving sustainable impact, Winnie coordinates high-level engagements, manages key workflows, and ensures seamless project execution essential to delivering ReHarmony’s transformative coating technologies.

Steven Lau

Health View Bioanalytic Limited

Computational Biostatistician

Mr. Steven Lau is a Computational Biostatistician at Health View Bioanalytic Limited and serves as an Honorary Research Associate at The Chinese University of Hong Kong. He has authored over 20 publications in leading peer-reviewed journals and possesses extensive experience in statistical analysis, research design, and scientific consultation.

Prof. To Ngai

BactOPack Limited

Founder and Chief Scientific Advisor

Professor NGAI To is currently a Professor in the Department of Chemistry and Assistant Dean (Research) of the Faculty of Science at The Chinese University of Hong Kong (CUHK). He is also a Fellow of the Royal Society of Chemistry (FRSC). Professor Ngai earned his B.Sc. degree with First Class Honours and his Ph.D. in Chemistry from CUHK in 1999 and 2003, respectively. He subsequently undertook postdoctoral research at BASF in Germany and at the University of Minnesota in the United States, before returning to CUHK as a Research Assistant Professor in 2006. His research interests span various domains of surface and colloid science, as well as polymer chemistry.

Professor Ngai is the Director and Chief Scientific Advisor of O-Spheres Limited, a start-up he founded in 2022 with support from the Innovation and Technology Commission’s “Technology Start-up Support Scheme for Universities (TSSSU)”. The company aims to commercialise technologies developed at CUHK, offering bespoke eco-solutions to address global environmental challenges through sustainability-driven innovation in materials science. O-Spheres was admitted to the HKSTP Incubation Programme in 2022 to accelerate product development and market entry.

In 2024, Professor Ngai founded BactOPack Limited, a pioneering venture dedicated to unlocking the potential of next-generation bio-based eco-materials for use in packaging and vegan leather. Through cutting-edge eco-technological research, BactOPack is redefining sustainable packaging with scalable, low-carbon materials designed to meet the demands of a greener future.

My Sustainability Goals for 2025:

  1. Empower Sustainable Lifestyles: Promote widespread access to eco-friendly products in Hong Kong, helping individuals and communities make informed, sustainable choices.
  2. Turn Research into Impact: Foster stronger partnerships between academia and industry to transform local innovation into viable solutions that boost the green economy.

With thanks to