email: nazf@lsbu.ac.uk
tel: +44 (0)
Address: School of Engineering, London South Bank University, London, UK
Falak Naz
PhD student
PhD project title: Fabrication of TADF based hyperflourescence OLED
Falak belongs to Kashmir, Pakistan from where she did her bachelor’s in Chemistry in 2016. In her undergraduate research, she focused on advanced computational chemistry mainly on DFT calculations for computing the antioxidant properties of thiol derivatives. In 2017, she has started her master’s at Government College University, Lahore Pakistan during which she ascends herself in the field of inorganic synthesis peculiarly in MOFs/Coordination metal complexes/ polymers. In her final year research project, she focused on the photoluminescence properties of Zr-based complexes to analyze sensor developmental properties. Currently, Falak is pursuing a PhD in electronic and electrical engineering sponsored by London South Bank University, where her researches will be emphasized on TADF based hyper fluorescence OLEDs. Being a part of TEMD group she will be under the supervision of Dr Tariq Sajjad and co-supervised by Prof. Eli Zysman-Colman. As a recreation, she likes to pamper herself by doing yoga, taking a spa and cooking healthy food.
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Syed Ansar Ali Shah
PhD Student
PhD project title: Development of nanomaterials for energy applications
Ansar has done MS in Physics from COMSATS University, Islamabad, Pakistan. During his MS, he worked on the synthesis and characterisation of cathode materials for Li-ion batteries in collaboration with the Institute of Chemistry, Clermont-Ferrand, France.
Currently, he doing a PhD on a joint project between the University of St Andrews and London South Bank University. The aim of the project will be to synthesis novel, nanostructured materials for their applications in catalysis, photocatalysis and as components in photovoltaic (PV) cells.
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Mr Kiem Nguyen
PhD Student
The optimised conversion of renewable biomass and waste-related components into useful nanomaterials is one of the biggest challenges for a sustainable world. The aim of my research project is to design and engineer biomass derived carbon quantum dots materials with unique properties delivered via green, single step CHFS approaches as well as studying and having an understanding of the mechanism behind the optical properties to provide a comprehensive structural and optical characterisation of biomass-derived CQDs.