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Advanced robot sensors facilitate superior touch and feel
By mimicking human skin, new kinds of tactile sensor technologies created at CityU offer hope to improving the quality of life for people suffering serious injuries and disabilities.
CityU-led collaborative research worth of HK$19m rewarded for Covid-19 projects
Funding worth HK$19 million has been secured for four highly competitive collaborative research projects into Covid-19 led by scholars at CityU.
Eminent CityU faculty receive RGC awards
Outstanding faculty members at CityU were recognised by RGC at an Awards Presentation Ceremony on 24 November for their distinguished research achievements and significant contributions to higher education.
 ‘Magic’ spray creates bio-med millirobots for precise drug delivery
A “magic” spray for turning objects into agile millirobots to deliver drugs precisely inside a living body has been developed in joint research led by a scientist from CityU.
Teaching award
Encouraging students to apply their knowledge to society is the key teaching philosophy shared among this year’s Teaching and Excellence Award winners at CityU.
Breakthrough technology indicates earlier detection for Alzheimer’s disease
A research team co-led by a scientist at CityU has discovered a new, non-invasive way to detect early-stage Alzheimer’s disease, helping patients get the necessary treatments around 10 years before any symptoms appear.
E-skin
A system of “electronic skin-integrated haptic interfaces” jointly developed by CityU and other academic institutions can help users of prosthesis to feel the surrounding environment and be used for social media, entertainment and gaming.
Professor Sun Dong, Chair Professor and Head of the Department of Biomedical Engineering, has been elected Fellow of the Canadian Academy of Engineering (CAE) for his outstanding achievements in robotics and biomedical engineering.
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In a world’s first, a team of researchers at CityU has developed a magnetic 3D-printed microscopic robot that can carry cells to precise locations in live animals.
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An international research team led by CityU has discovered that diamonds at nanoscale can undergo ultralarge, fully reversible elastic deformation.

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