Previous members
Dr. Marcelo Lerendegui: RREACT
Dr. Emma Lubel: EPSRC Doctoral Fellow
Dr. Bingxue Wang: United Imaging
Katharine Brudkiewicz
Dr. Carlos Cueto: Postdoc researcher at Imperial College London.
Dr. Jacob Broughton-Venner: Research Associate at Imperial College London.
Dr. Javier Cudeiro: Postdoc researcher at Imperial College London.
Dr. Thomas Robins
Dr. Guofang Xiao
Dr. Jemma Brown
Dr. Chee-Hau Leow: Senior Researcher at Sensyne Health.
Dr. Xiaowei Zhou: Associate Professor at Chongqing Medical University.
Dr. Ge Zhang: Postdoc researcher at Harvard University.
Dr. Xinhuan Zhou: Postdoc researcher at John Hopkins University.
Dr. Jiaqi Zhu: Postdoc researcher at University College London.
Dr. Oscar Calderon Agudo: Research Associate working on tomographic ultrasound imaging, now at the Department of Earth Science and Engineering.
Dr. Antonio Stanziola: Research Associate working on high frame rate ultrasound contrast imaging, now at University College London.
Dr. Sevan Harput: Research Associate working on Ultrasound Super Resolution Imaging with ultrasound contrast agents, now a lecturer at London South Bank University.
Dr. Marta Braga: PhD (2018) in ultrasound molecular imaging of cancer
Dr. Shengtao Lin: PhD (2017) in phase change ultrasound contrast agents
Dr. Yuanwei Li: PhD (2017) in computer-aided perfusion analysis and quantification of contrast enhanced ultrasound images, now a postdoc at Imperial College
Dr. Yesna Yildz: PhD (2016) in contrast enhanced ultrasound imaging with correction of nonlinear propagation tissue artefacts, Imperial College London (2011-2015), now a postdoc at University of Oxford
Dr. Tony Wing Keung Cheung: PhD (2016) in computer assisted quantitative analysis of contrast enhanced ultrasound images in atherosclerotic plaques, now a postdoc at QMUL
Dr. Virginie Papadopoulou: PhD (2015) in Computational and experimental techniques towards optimising the cardiovascular risk assessment of hyperbaric decompression stress caused by circulatory bubble dynamics. Post Doc (till 2016) in-vivo 3D Contrast Enhanced Ultrasound Imaging, now a postdoc at University of North Carolina.
Dr. Sinan Li: Works as seniro R&D Scientist at Verasonics Ltd. Previously: PhD on ultrasound modulated optical tomography and opto-elastography by speckle contrast analysis.
Dr. Kirsten Christensen-Jeffries: Post doc in super resolution ultrasound using single bubble acoustics (based at KCL and co-supervised by Drs Eckersley, Dunsby and Tang).
Dr. Jean-Martial Mari: after, an Asssistant Professor at the University of French Polynesia Dr. Kate Hibbs
Dr. Rui Li: after, a Postdoc researcher at UC Ivirne, now an R&D engineer at Apple
Dr. Veronique Mahue: after, an R&D engineer at Silixa Ltd.
Dr. Jonathan Loughran: after, a research engineer at QinetiQ
Mr. Jonathan Casey
Dr. Daniel Finfer: after, a manager at Silixa Ltd.
Dr. Charles Sennoga
Dr. Bin Zhou: after, an Associate Professor at Southeast University, China
Mr Nikolaos Mavropoulos: Completed his MSc dissertation under Dr Tang’s supervision on an analysis of contrast enhanced ultrasound images for the quantification of blood flow in the carotid artery wall (2011-2012).
Mr Jonathan Nelson: Worked on MRes project with the group, into composition of homemade microbubbles (2011-12).
Mr Joe How Hui: Under supervision of Dr Tang and a PhD candidate, Miss Virginie Papadopoulou, he completed his MSc dissertation on automated counting of Automated Counting of Venous Gas Emboli in Post- SCUBA Dive Echocardiography (2012-2013).
Mr Brice Jacquin: Research project “Developing a 3D ultrasound imaging technology” within the group Studying for a MSc in bio medical engineering with medical imaging in France
Mr Martin Ward: Research project on microbubble dynamics in a small vessels within the group, under Imperial’s Undergraduate Research Opportunities Programme (2014).
Dr Yi Cheng: Worked as an EPSRC funded Research Assistant on prostate cancer imaging (postdoc)
Dr Fairuzeta Ja’Afar: Now a Physical Chemistry lecturer at Universiti Brunei Darussalam. Completed a PhD in understanding the mechanism(s) of microbubble-cellular interactions within inflamed versus non-inflamed vasculature