In the functional materials engineering lab, we combine materials science, engineering and data science to offer practical solutions to real world challenges.
We strive to engineer at the interface between metal-organic microporous materials, polymers and biomaterials for applications in energy, biocatalysis, resource and membrane separation.
r.lin1@uq.edu.au
Focus: Nanocomposite membrane separation and conversion
milton.chai@uq.edu.au
Focus: Ionic separation and biocatalysis
m.zulkifli@uq.edu.au
Focus: Nanocomposite membrane for gas separation processes
jaeho.lee@uq.edu.au
Focus: Nanocomposite metal organic framework glasses
wengang.huang@uq.edu.au
Focus: Photocatalysis-biocatalysis coupled process for carbon capture and conversion
wupeng.wang@uq.edu.au
Focus: Microporous materials for energy storage
xuemei.li@uq.edu.au
Focus: Metal-organic frameworks and perovskites composite materials: preparation, design and application
kun.su@uq.edu.au
Focus: microporous materials
Focus: Nanocomposite electrode materials
.
ABC News | Composite glass breakthrough by Queensland researchers could help make phone screens 'unbreakable'
UQ Researchers have developed a composite glass that is practically unbreakable
COSMO Magazine | Cracking the code of unbreakable phone screens
Perovskite breakthrough could make tougher phone screens and more efficient solar panels.
South China Morning Post | Inventors of unbreakable glass with high image quality for devices say it may change vision of the future
27 researchers from around the world report new composite glass from zinc minerals and nanocrystal can be made into a self-illuminating, antibacterial display
Auspreneur | Compound glass-Queensland researchers could help make phone screen 'unbreakable'
A group of researchers at the University of Queensland develop a composite glass that is nearly unbreakable.
7 News | Cracking the code of unbreakable phone screens
Get in touch
Location
Lab S403, Hawken Engineering Building (50)
The University of Queensland
Contact us
Dr Jingwei Hou
e: jingwei.hou@uq.edu.au