Professional background in materials, electronics, physics, chemistry and bioengineering is preferred, and the original major is not limited.
Tutor profile: Professor Xie, a doctoral supervisor of the State Key Laboratory of Optoelectronic Materials and Technology of Sun Yat-sen University, a double-employed professor of the First Affiliated Hospital of Sun Yat-sen University, a national high-level talent introduction and a leading figure in the field of intelligent biosensors. Professor Xie is from chaozhou people, Guangdong. He graduated from Sun Yat-sen University with a bachelor's degree and a doctor's degree from Stanford University, and then worked as a postdoctoral researcher in Professor Langer's laboratory of Massachusetts Institute of Technology. At present, Sun Yat-sen University is leading the team to carry out interdisciplinary research on "materials-electronics-biology", and is committed to developing high-performance, multifunctional and minimally invasive bio-sensing materials and devices (Bio-MEMS), providing important technical support for a new generation of high-precision biological scientific research instruments and wearable smart devices. Publish general papers > 100; In recent five years, relying on Sun Yat-sen University, he has published papers in Natural Nanotechnology, Nature Communications, scientific progress, Nature Protocols, Natural Review Materials and other journals. >: 60 articles. He published a paper in NatureBiomedical Engineering as the first author. China applied for 66 patents, 4 international PCT patents and 23 software works. Thirty-five scientific and technological innovators in China District were selected in MIT Science and Technology Review, and were evaluated as "cross-integrating photoelectric sensing technology with biomedicine to provide cutting-edge tools for biological research and medical diagnosis and treatment". He has won many honors, such as "Excellent Scientific and Technological Works Award" of China Electronics Society, "Young Scholars Award" of China Biomedical Engineering Society, and Guangdong May 4th Youth Medal. Microsystems in Nature Publishing House &; SCI Zone I, the leading periodical of the National "Excellence Program", served as the deputy editor.
Website:/Teacher /303
Research direction:
1) The microneedle/microelectrode array sensor based on micro-nano structure and highly sensitive nanomaterials is applied to biomedical regulation and detection, biocompatible electronic materials, optical materials and wearable devices.
2) Biomedical integrated diagnosis and treatment system, including sensor processing, embedded circuit design, hardware system integration, software development, artificial intelligence image recognition or signal recognition.
Requirements for doctors or doctoral students: solid scientific research literacy, professional background in science and engineering (microelectronics, physics, materials, chemistry, bioengineering, etc. ). Now CUHK's doctoral admission system is implemented, and there is no need for a unified doctoral examination. Welcome people with good scientific research accomplishment and yearning for high-level work to join. In the past three years, our research team has promoted three outstanding associate researchers/postdoctoral fellows from Sun Yat-sen University to Sun Yat-sen University.