Amgad Rezk is an Associate Professor of Chemical Engineering at RMIT University, prior to which he held the positions of Senior Lecturer (2022 - 2022), Lecturer (2019 – 2020) and RMIT’s Vice-Chancellor’s Postdoctoral Fellowship (2015 - 2018). He is also the recipient of the Winston Churchill Fellowship and the Finalist of the Victoria’s Young Achiever Award. He received many awards for his excellence in both research and teaching including the Executive Dean’s Research Excellence Award and RMIT Early Career Research Award in 2022 & 2019 and RMIT’s Teaching Award in the Early Career Category in 2016. His current research interests involve the use of the high frequency acoustics to manipulate fluids and solids on the micro-to-nanoscale for a host of applications including nanomaterial synthesis, diagnostics, crystallisation, and energy applications.
Publications
Heba Ahmed, Hossein Alijani, Ahmed El-Ghazaly, Joseph Halim, Billy J Murdoch, Yemima Ehrnst, Emily Massahud, Amgad R Rezk, Johanna Rosen, Leslie Y Yeo
Nature Communications, vol. 14, Nature Publishing Group UK London, 2023, p. 3
Acoustofluidic semen analysis for veterinary male bovine infertility assessment
Jasmine O Castro, Melati S Abdul Halim, Lizebona A Ambattu, Amgad R Rezk, Ranganathan Prabhakar, Reza Nosrati, Leslie Y Yeo
Flow, vol. 3, Cambridge University Press, 2023, pp. E6
Acoustomicrofluidic Defect Engineering and Ligand Exchange in ZIF-8 Metal--Organic Frameworks
Emily Massahud, Heba Ahmed, Ravichandar Babarao, Yemima Ehrnst, Hossein Alijani, Connie Darmanin, Billy J Murdoch, Amgad R Rezk, Leslie Y Yeo
Small Methods, 2023, p. 2201170
Yemima Ehrnst, Heba Ahmed, Robert Komljenovic, Emily Massahud, Nick A Shepelin, Peter C Sherrell, Amanda V Ellis, Amgad R Rezk, Leslie Y Yeo
Journal of Materials Chemistry A, Royal Society of Chemistry, 2022
Yemima Ehrnst, Peter C Sherrell, Amgad R Rezk, Leslie Y Yeo
Advanced Energy Materials, Wiley Online Library, 2022, p. 2203164
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Projects
Nanomaterials synthesis using High frequency acoustics
The use of MHz acoustics to synthesise new nanomaterials and nanocomposites
2D Nanomaterials modulation using High frequency Acoustic Excitation
The use of surface acoustic waves to modulate the electronic, physical and chemical properties of 2D nanomaterials, MXenes and Metal Organic Frameworks (MOFs)
Through high surface accelerations and nano earthquake-like vibrations, we exploit the use of these vibrations to break droplets into fine mist for drug delivery
With short pulsating sound waves, we show the precise breakup of drops and liquids into small (<100 micrometer diameter) droplets, for applications such as bio printing, serial dilution, and single cell dispensing
