Meet the team

Academics

CMIB core working team is a group of academics within the Department of Biomedical engeneering of KCL. The list below is the most representative sample, and we have strong links with other members within our Division and University.

Dr Pablo Lamata (group leader)

KCL PURE

Google Scholar

Dr Pablo Lamata focuses on the synergies between computational cardiac models and medical image analysis. His main driver is to reach the clinical translation, proposing novel diagnostic biomarkers to better stratify patients. His main interests are the analysis of cardiac shape through computational meshes, non-invasive methods to estimate central blood pressure and its components, and the robust estimation of metrics of diastolic performance (myocardial stiffness and decaying active tension). Pablo

Dr Steven Niederer

KCL Pure

Google Scholar

 

Dr Steven Niederer’s research is characterised by the use of multi-scale and multi-physics computational models of the heart to investigate fundamental physiological questions and gain insight into patient pathologies and treatments. This work includes the development of novel methods for integrating and interpreting patient data, evaluating new medical devices using computational modelling and developing patient specific models. His research is highly interdisciplinary, working closely with imaging scientists, basic researchers and cardiologists with a strong focus on clinical translation. steve

Dr David Nordsletten

KCL pure

Google Scholar

 My career began at age 16 when I started studying at the University of Minnesota where I graduated summa cum laude in Biomedical Engineering and Mathematics.  In 2005 I started a PhD at the Auckland Bioengineering Institute working with Prof Nicolas Smith and Prof Peter Hunter on fluid-solid coupling in the heart.  In 2006, I transferred to the University of Oxford Computing Laboratory, where I worked with Dr. David Kay on analysis of fluid-solid coupling schemes.  My thesis entitled Fluid-Solid Coupling for the Simulation of Left Ventricular Mechanics was approved in 2009.  After graduating, I worked as a post-doc at MIT with C. Forbes Dewey while also carrying on active research at the University of Oxford.  In 2010 I joined Kings College London Department of Biomedical Engineering as a Lecturer. Dave

Dr Robert Eckersley

KCL pure

Google Scholar

Dr Rob Eckersley is a Senior Lecturer in Biomedical Engineering at King’s College London.
His research is focused towards the development and advancement of Medical Ultrasound Imaging, with projects ranging from the basic physics of acoustics, through system engineering, to the clinical evaluation of novel imaging tools. He has a particular interest in image and signal analysis of clinical ultrasound data for functional imaging or tissue characterization. At a more fundamental level he investigates strategies for improved detection and quantification of microbubble contrast agents and he is working with non-linear imaging techniques particularly with respect to improving the sensitivity and spatial and temporal resolution of ultrasound imaging.

Dr Adelaide de Vecchi

KCL Pure

Research Gate

I completed an MSc degree in Mechanical Engineering at the University of Bologna (Italy) and obtained a PhD in Aeronautical Engineering at Imperial College London. I then worked as a research scientist in bioengineering at the University of Oxford and King’s College London, where I hold my current position as Lecturer in Computational Cardiovascular Modelling. I have a strong interest in applied technology and modelling with focus on medical devices and personalised medicine. Adelaide

Researchers

Dr Valentina Carapella

Google Scholar I am a postdoctoral researcher working at the interface of cardiovascular modelling and imaging. I have experience in electromechanical modelling of the left ventricle and I am currently extending my research to the atria. On the image analysis side, I have worked mostly with data analysis of cine-MRI and DT-MRI scans. My aim is to bring computational modelling closer to clinical research, not just by developing modelling tools but by working in close collaboration with clinicians to widen the common ground between the disciplines. For this reason, I am currently expanding my understanding of clinical epidemiology and machine learning. Vale

Dr Anastasia Nasopoulou

I am postdoc working in myocardial material parameter estimation using diastolic data. My main interest areas involve large deformation mechanics, myocardial material laws and parameter estimation. I studied civil engineering in National Technical University of Athens, Greece majoring in geotechnical engineering. Afterwards I did an MSc at Imperial College, London in Biomedical Engineering where I studied Biomechanics and my thesis was on the effects of the extraocular muscles on the optic nerve head strain field and its possible impact in glaucoma. Anastasia

 Dr Alessandro Farazi

 I received an MSc in Applied Mathematics and Statistics from the University of Genoa (Italy). I completed a PhD in 3D real-time simulation of soft tissue deformation using Finite Elements, mimicking a nonlinear elastic behavior, from Imperial College London. My objective was to improve the realism of surgical simulators by adding haptic feedback.
I am currently developing a pre-planning, patient specific system for aorta reconstruction in the presence of Hypoplastic Left Heart Syndrome (HLHS). I am also working on estimating pressure by using the subharmonic response from microbubbles when listening to the echo of ultrasound.
My research interests include virtual reality, medical imaging, image processing, and medical simulation.
Alessandro Faraci Picture

Amanda Nio

Google Scholar My research focuses on cardiovascular physiology — with an emphasis on applying and developing non-invasive methods to gain insights into sex differences, ageing, and adaptations to exercise training.

Homepage

Amanda

Students

Joao Fernandes

I am a Biomedical Engineer from Portugal. I completed my undergraduate and Masters studies in the Faculty of Sciences of the University of Lisbon, with two internships abroad: one in Oxford and one in Berlin for my bachelor and master projects respectively. Then I worked for approximately four years in Berlin in the German Heart Center Berlin and Charité Centre.
My research has focused on cardiovascular image processing, together with some modelling. Topics include blood pressure, blood kinetic energy, heart energetics, biomechanical heart modelling parameterization.
Joao

Cristobal Rodero Gomez

I completed an MSc in Mathematics split between Universitat de València and Universitat Politècnica de València. I then went on to do another MSc in Computational Mathematics at Universitat Jaume I, Castellón. I specialised in applied mathematics (mostly numerical methods and computer graphics) focused on simulation in Biomedicine.
I’m currently enrolled in an Innovative Training Network called PIC (Personalised In-silico Cardiology). My PhD project is on the optimisation of activation patterns during next generation CRT pacing. I hope that being in the CDT will be a great opportunity to develop my skills while learning new ones.
Cristobal

Maciej Marciniak

I focus on computational cardiac anatomy and the search for novel shape biomarkers, to improve the diagnostic metrics used nowadays. Last year I completed my Master’s degree in Robotics and Intelligent Systems at the University of Oslo, where I used machine learning analysis to describe the pathophysiology of ventricular fibrillation in the setting of an acute first myocardial infarction. Before that, I obtained a B.Sc. in Automation Control and Robotics in Poznan, Poland. Maciej

Suzette Lust

I am PhD student on the Medical Research Council DTP in Biomedical Sciences here at Kings. I did both my bachelors (BEng) and masters (MSc) in Mechanical Engineering at University College London. I am particularly interested in applying physical science techniques within medical or biological contexts, combining modelling with in-vitro work. I have applied this method within nerve tissue engineering and now I am working in the field of vascular biology. The topic of my PhD is the interaction between pathological flow and cells within the aortic wall in the context of aneurysm formation, particularly in Bicuspid Aortic Valve disease. I am working on the design and characterisation of a flow chamber that allows me in the lab to test the effects of different flow features on cell behaviour, with an emphasis on biomarkers of extra cellular matrix remodelling. I love the combined in-silico, in-vitro approach and the opportunity I have to be in the lab as well as doing modelling. Suzie

Woo-Jin Cho Kim

WooJin

Harminder Gill

Harmi

Nicolo Savioli

Google Scholar Nico

Alumni and past members

  • Ross Upton (moved to launch is adventure, he’s the CTO in Ultromics, a young and dynamic spin-off in Oxford!)
  • Fabrizio Donati (moved to F1 motor industry, his dream!)
  • Jiahe Xi (moved to Blue Crest Capital)
  • Gerardo Gonzalez (moved to UCL)
  • Daniel Nolte (moved to Imperial College)
  • Ernesto Zacur (moved to become Marie Curie Fellow at University of Oxford)
  • Marta Varela (we are lucky to have her as a postdoc within our Department!)