People at the BMEI
Executive Team Members
Prof. Michael Chappell
m.j.chappell@warwick.ac.uk
Co Director
Biomedical Systems Modelling, Systems Pharmacology, Motion Capture and Modelling, Biomechanics, Epidemiological Modelling, Identifiability and Inference, Data Analytics.
Prof. James Covington
j.a.covington@warwick.ac.uk
Co Director
Artificial Olfactory Systems, clinical investigations of gas phase bio-markers of disease, application development for medical, environmental and agricultural fields.
Prof. Natasha Khovanova
n.khovanova@warwick.ac.uk
Executive Team Member
Identification, stability and control of linear and nonlinear systems with application in clinical settings, including earlier diagnosis and control of health conditions.
Dr Davide Piaggio
davide.piaggio@warwick.ac.uk
Executive Team Member
Medical device design and regulations, digital health, frugal engineering, ethics, preparedness.
Co-lead for the Society and Culture Spotlight.
BMEI Members
Applied Biomedical Signal Processing Laboratory
Prof. Leandro Pecchia
l.pecchia@warwick.ac.uk
Medical device design, manufacturing, assessment and maintenance; Artificial Intelligence (AI), machine learning and biomedical signals and data; Health Technology Assessment (HTA); Telemedicine.
Dr Silvio Pagliara
Silvio.Pagliara@warwick.ac.uk
Assistive Technology design and implementation, AI in health services, frugal engineering, medical device design for low-resource settings (LRSs), user-centered approach and contextualized design, mixed-reality training, technology and AI for learning environments, large piloting experience design.
Dr Davide Piaggio
davide.piaggio@warwick.ac.uk
Medical device design and regulations, digital health, frugal engineering, ethics, preparedness.
Co-lead for the Society and Culture Spotlight.
Biomedical and Biological Systems Laboratory
Prof. Michael Chappell
m.j.chappell@warwick.ac.uk
Biomedical Systems Modelling, Systems Pharmacology, Motion Capture and Modelling, Biomechanics, Epidemiological Modelling, Identifiability and Inference, Data Analytics.
d.bates@warwick.ac.uk
Pulmonary and cardiovascular pathophysiology; mechanical ventilation of critically ill patients; personalised simulation and control technologies for the Intensive Care Unit; systems and control theory for synthetic biology; modelling and simulation frameworks for robust model-based design of synthetic biological systems; design of synthetic circuits using recombinases and DNA-based chemistry.
Prof. Joanna Collingwood
j.f.collingwood@warwick.ac.uk
Metallomics, biomineralization, transition metals, neurodegenerative disorders, synchrotron x-ray spectroscopy and imaging, medical imaging, systems modelling of metal metabolism.
Dr Neil Evans
neil.evans@warwick.ac.uk
Systems pharmacology for pharmaceuticals and optimal dosing; biomedical modelling of tumours, immune system dynamics (cancer, kidney transplantation); biomechanics for mobility and balance, design of orthoses/protheses, control systems.
Dr Igor Khovanov
i.khovanov@warwick.ac.uk
Nonlinear dynamics and fluctuation theory and their applications to engineering and biomedical problems ranging from the stress dynamics of dilute alloys to the modelling of biological ion channels.
Prof. Natasha Khovanova
n.khovanova@warwick.ac.uk
Identification, stability and control of linear and nonlinear systems with application in clinical settings, including earlier diagnosis and control of health conditions.
Dr Isaac Liu
i.k.liu@warwick.ac.uk
Nanobiomechanics, cell biomechanics & adhesion, tissue engineering & regenerative medicine, nanobioengineering.
Prof. Nigel Stocks
n.g.stocks@warwick.ac.uk
Stochastic nonlinear systems, in particular the dynamics of nonlinear systems subject to both signals and noise (Stochastic Resonance); Biological sensory systems (neural coding and cell signalling), stochastic signal and image processing, cochlear implant coding strategies
Stochastic and Complex Systems Laboratory
Prof. Nigel Stocks
n.g.stocks@warwick.ac.uk
Stochastic nonlinear systems, in particular the dynamics of nonlinear systems subject to both signals and noise (Stochastic Resonance); Biological sensory systems (neural coding and cell signalling), stochastic signal and image processing, cochlear implant coding strategies
Prof. Michael Chappell
m.j.chappell@warwick.ac.uk
Biomedical Systems Modelling, Systems Pharmacology, Motion Capture and Modelling, Biomechanics, Epidemiological Modelling, Identifiability and Inference, Data Analytics.
Dr Neil Evans
neil.evans@warwick.ac.uk
Systems pharmacology for pharmaceuticals and optimal dosing; biomedical modelling of tumours, immune system dynamics (cancer, kidney transplantation); biomechanics for mobility and balance, design of orthoses/protheses, control systems.
Dr Igor Khovanov
i.khovanov@warwick.ac.uk
Nonlinear dynamics and fluctuation theory and their applications to engineering and biomedical problems ranging from the stress dynamics of dilute alloys to the modelling of biological ion channels.
Prof. Natasha Khovanova
n.khovanova@warwick.ac.uk
Identification, stability and control of linear and nonlinear systems with application in clinical settings, including earlier diagnosis and control of health conditions.
Trace Metals in Medicine Laboratory
Prof. Joanna Collingwood
j.f.collingwood@warwick.ac.uk
Metallomics, biomineralization, transition metals, neurodegenerative disorders, synchrotron x-ray spectroscopy and imaging, medical imaging, systems modelling of metal metabolism.
Biomedical Sensors Laboratory
Prof. James Covington
j.a.covington@warwick.ac.uk
Artificial Olfactory Systems, clinical investigations of gas phase bio-markers of disease, application development for medical, environmental and agricultural fields.
Brain and Behaviour Laboratory
Prof. Christopher James
c.james@warwick.ac.uk
Biomedical signal processing, AI, machine learning, neural engineering, behaviour.
Nano Bio Engineering Laboratory
Dr Isaac Liu
i.k.liu@warwick.ac.uk
Nanobiomechanics, cell biomechanics & adhesion, tissue engineering & regenerative medicine, nanobioengineering
Other Members
Dr Thomas Benoy
thomas.benoy@warwick.ac.uk
Biomedical spectroscopy, breath analysis and silicon photonics based sensor technology.
Dr Viji Ahanathapillai
viji.ahanathapillai@warwick.ac.uk
Biomedical signal and image processing; exploration of Wearable Technology for health monitoring; understanding women's health; artificial Intelligence (AI) and Big Data for healthcare applications.
Prof. David Hutchins
d.hutchins@warwick.ac.uk
High resolution biomedical imaging using ultrasonic metamaterials.
Dr Jisun Im
jisun.im@warwick.ac.uk
Design and manufacturing (e.g., additive manufacturing) of sensing systems for monitoring physiological signals and drug delivery.
Dr Adam Noel
adam.noel@warwick.ac.uk
Biophysical signal propagation, molecular communication, cellular signal processing.
Prof. Peter Thomas
p.j.thomas@warwick.ac.uk
Experimental and theoretical investigations of problems in fluid dynamics and of nonlinear mechanical processes in general.
Dr Javier Munguia
javier.munguia@warwick.ac.uk
Medical devices design & manufacture.