Research interest:
· Nanostruture materials
· Green energy systems (Fuel cells, solar energies, Li batteries and super capacitors)s
· Biosensors and lab-on-a chips
· Organic/nano-electronics, Bionanotechnologies
· Single cell detection
· Electrochemistry
Research funding and projects:
· A*STAR SERC grant: Printing electronic components for web printing process,
· Singapore National Research Foundation: Transfer printing and nanoembossing of aligned SENTNET-FET
· A*STAR: Development of novel electrocatalyst systems for direct ethanol fuel cells,
· A*STAR SERC Award: Integrated Nano-photo-bio interface (iNPBi)
· Chartered Semiconductor Inc PhD research grant
· A*STAR SERC: Home-use Handheld Analyzer for Multiplexed Cancer Detection
· A*STAR Singapore: Nanoscale Organic Transistor and Its Biosensor Device by Web Printing Process
· EDB Singapore: Protein Array Biochip
· US Motorola: Organic transistor based biosensors
· DSO Singapore: The development of a miniaturized electrochemical sensor on MEMS
· DSO Singapore:Development of Microfluidic Drug Delivery System
· DSO-NTU: Biooptical Sensors
· US Air Force: Microbial Fuel Cells
· US Army Research: Electrocatalyst of Fuel Cells
· A*STAR, Novel hybrid OTFT on flexible substrate
· EDB-NTU: Electronic biochip
· DSO-NTU: Novel microfluidic system for drug delivery system
· US ARO-NTU: The Development of Biofuel Cell Systems
· NTU: Protein array sensors
· NTU: Organic transistor based bio-chemical sensors
· NTU: Investigation of organic field effect transistors
· NTU: Advanced Bionanosystems
· NTU: Smart Nanomaterials Systems
· A*STAR:Development of Wearable Bio-Sensors with Wireless Communications
· A*STAR: Fabrication and characterization of OTFT Memory devices
· A*STAR: Characterization and fabrication of organic transistors
· US Air Force: Generating Graphene Nanosheet Electrodes for Electroanalysis and Fuel Cells
· Australian Research Council (ARC-joint ): A high performance and environment-friendly piezoelectric detector platform for biosensor applications
· US Homeland Security Department: Novel explosive sensor using signal-amplifying molecular imprinted conducting polymer