We are fully committed to actualizing technological innovations to tackle pressing global challenges. By aligning our efforts with the Sustainable Development Goals (SDGs) set forward by the United Nations (UN), we are working to create a better future for all.

Championing scientific and tech discovery, we tirelessly propel the SDG's vision of fostering resilient infrastructures and inclusive, sustainable industrialization. Our pursuit of transformative innovations significantly contributes to the sustainable growth of the economy, society, and environment globally.

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Founded and incubated by an alumnus and a faculty member, DJI holds more than 75% of the civilian drone market share and develops drones that can handle complex terrains via pioneering motion control and robotic perception technologies. The company has created more than 5,000 jobs and offered scholarships to foster robotics research.

Solid Elastic Metamaterial image

Our physics’ research team created a solid elastic metamaterial that can filter transverse waves within a certain range of frequencies. As transverse waves can lead to destructive horizontal shaking during earthquakes, this filtering property may provide an alternative earthquake-proofing solution.

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A multidisciplinary FinTech research project is building a roadmap for transforming Hong Kong into a global FinTech hub through the delivery of policy recommendations, scholarly contributions, and industrial impacts.

LED Lighting image

Our expert in semiconductor materials and devices works to advance LED-based lighting technologies that will open up new applications, improve reliability and lower manufacturing costs through the integration of LEDs on silicon wafers.

Liquid Crystal Display image

A research team from HKUST State Key Laboratory of Advanced Displays and Optoelectronics Technologies has developed a liquid-crystal display that increases energy efficiency by three to five times while image resolution was enhanced by three times at a lower cost.

Quantum Communication image

A research team has found a way to boost the efficiency of photonic quantum memories to over 85% with fidelity of over 99%, pushing quantum computation a step closer to reality.

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An engineering research team was granted a research fund to design and develop smart green wall panels which will reduce the energy consumed in space conditioning, providing a smart solution for building thermal management.