Division of Materials Engineering
We offer multidisciplinary education and innovations in materials science.
The development and understanding of nanostructured materials is currently a major research theme at Queen Mary. These nanomaterials have a range of unique physical and chemical characteristics, and have the potential to be used in a multitude of novel applications from new functional materials and sensors and actuators, materials for energy conversion and storage to biomaterials. It is because of this diversity that the work of this group overlaps with other research groupings within Queen Mary. We provide a wide range of expertise and facilities from polymer synthesis and processing to advanced polymer composites, ceramics, a hydrothermal synthesis lab, a CVD lab for thin film production along with manufacturing and testing of various renewable energy devices from solar cells, to fuel cells and batteries up to thermoelectric and ferroelectric materials. Our research center also includes “ The Nanovision Center” for Advanced Microscopy combining high resolution imaging with structural, chemical and mechanical analysis.
Application of the team's research is significantly enhanced by the creation of Nanoforce Technology Ltd., a wholly-owned QMUL subsidiary devoted to nanomaterials research for exploitation by industry. Nanoforce provides access to a broad range of unique world-class processing facilities, such as spark-plasma sintering for development of nanoceramics and dedicated equipment for production of polymer nanocomposites.
Division Director: Prof James Busfield
Deputy for Research: Dr Remzi Becer
- Congratulations to Dr. Steffi Krause and Dr. Dewen Zang for their successful bid in Marie Curie Individual Fellowship! The project will concern on the development of next generation potentiometric biosensors.
- Magda Titirici obtained an Advanced Newton Fellowship to do collaborative work with a group at the Department of Chemical Engineering Tsinghua University lead by Prof Qiang Zhang on Li-S batteries for 3 years. The grant will support bilateral travelling and research expenses