K. H. (Koko) Lam - The Hong Kong Polytechnic University © All rights reserved.
Research direction: Thermoelectric materials
Mr. Dongliang SHI received the M.Phil. degree in School of Materials Science and Engineering from the Changzhou University in 2013. During his graduate studies, he worked on processing and characterization of piezoelectric materials and their sensing applications. He has also been working in the field of smart multifunctional materials, such as magnetoelectric materials, and their applications. His recent research interests include ultrasonic transducer technology, thermoelectric materials and their sensing and energy harvesting applications.
Research direction: Ultrasonic transducers
Mr. Qi ZHANG received the M.Sc. degree with the highest honor “Dean’s List” in Department of Mechanical and Automation Engineering from the Chinese University of Hong Kong (CUHK) in 2013. From 2013 to 2014, he joined an Innovation and Technology Fund (ITF) project as a junior research assistant in CUHK and worked on CAD design of electromagnetic-coils setup and finite element modeling (FEM) analysis of manipulation forces. He has also been working on modeling and simulation of scaled-up helical microswimmers and wireless control of helical microrobots using a rotating permanent magnet. He has achieved a high impact factor SCI journal paper as a co-author. His recent research interests include ultrasonic transducer technology and biomedical applications of ultrasonic transducers.
Research direction: Flexible thermoelectric generators
Miss Shuping LIN received her M.Eng. degree majored in Chemical Engineering from Sun Yat-Sen University in 2015, and B.Sc. degree specialized in Applied Chemistry from Jiaying University in 2013, respectively. During her previous research studies, she focused on nano-MOF (metal organic frameworks) materials as the novel efficient adsorbent in sewage treatment, large scale micro-MOF film for proton conducting, and ligand displace route to MOF nanorods fabrication. She studied the mechanism of nano-MOFs for dye adsorption and transformation between MOF pellets and nanorods. In her Ph.D. programme, her research interest orients to flexible, wearable thermoelectric generators and thermoelectric materials.