Major Theme
Sub Theme
Name
Department
Research
Underpinning basic sciences and engineering Process Design, including Bioreactors Adjiman, Claire Process Systems Engineering group (Chem Eng): 14 Dr. Claire Adjiman Dr. Benoit Chachuat Dr. Amparo Galindo Prof. George Jackson Dr. Cleo Kontoravdi Dr. Krishnan Prof. Sandro Macchietto Prof. Geoff Maitland Prof. Sakis Mantalaris Dr. Erich M
Underpinning basic sciences and engineering Catalysis/Synthesis Armstrong, Alan Chemistry Development of new synthetic methodology and on target oriented organic synthesis
Underpinning basic sciences and engineering Catalysis/Synthesis Ashley, Andrew Chemistry Catalysis- Heterolytic hydrogen activation for the catalytic hydrogenation of small molecules
Underpinning technologies Synthetic Biology Baldwin, Geoff Life Sciences Synthetic biology
Underpinning basic sciences and engineering Systems biology and mathematical modelling Barahona, Mauricio Mathematics Mathematical modelling
Application areas Bioenergy/Biorenewables Barber, Jim Life Sciences Photosynthesis
Underpinning basic sciences and engineering Chemical Biology Barter, Laura Chemistry Director of Agri-net
Application areas Bioenergy/Biorenewables Bauen, Ausilio CEP Techno-economic, environmental and policy aspects related to new and renewable energy technologies, with a focus on bioenergy systems
Underpinning technologies Synthetic Biology Bayer, Travis Life Sciences Synthetic biology
Application areas Bioenergy/Biorenewables Bayer, Travis Life Sciences Synthetic biology
Underpinning basic sciences and engineering Sustainable manufacturing processes/construction: Bismarck, Alexander Chemical Engineering Advanced Materials
Application areas Bioenergy/Biorenewables Brandon, Nigel (Energy Futures DTC) ESE Director of the Energy Futures Lab. Quantitative analysis of energy systems, with a particular focus on the design, characterisation, modelling, control and optimisation of fuel cells
Underpinning basic sciences and engineering Catalysis/Synthesis Britovsek, George Chemistry Ligand and metal complexes synthesis, bio-inspired catalyst design
Underpinning basic sciences and engineering Sustainable manufacturing processes/construction: Britovsek, George Chemistry Ligand and metal complexes synthesis, bio-inspired catalyst design
Underpinning basic sciences and engineering Microbial physiology Buck, Martin Life Sciences Study of bacterial systems, of agronomic, medical and industrial relevance
Underpinning technologies Underpinning technologies Bundy, Jake (metabolomics) Surgery and Cancer Metabolomics
Application areas Bioremediation and Waste Treatment Butler, Adrian Civil Engineering Subsurface Hydrology-remediation of organic pollutants for contaminated land.
Application areas Bioprocessing and Bioseparations Byrne, Bernadette Life Sciences Molecular Membrane Biology
Application areas Biologics Byrne, Bernadette Life Sciences Molecular Membrane Biology
Underpinning basic sciences and engineering Chemical Biology Cass, Tony Chemistry Protein engineering, proteomics
Application areas Regenerative medicine and tissue engineering Cass, Tony Chemistry Stem cell bioprocessing
Underpinning basic sciences and engineering Process Design, including Bioreactors Chachuat, Benoit Chemical Engineering Integrated Microalgal-Bacterial Ecosystems for Bioenergy Production and processing/ waste water processing
Application areas Bioenergy/Biorenewables Chachuat, Benoit Chemical Engineering Integrated Microalgal-Bacterial Ecosystems for Bioenergy Production and processing
Application areas Bioremediation and Waste Treatment Chachuat, Benoit Chemical Engineering Waste water processing
Application areas Bioprocessing and Bioseparations Chachuat, Benoit Chemical Engineering Integrated Microalgal-Bacterial Ecosystems for Bioenergy Production and processing/ waste water processing
Underpinning basic sciences and engineering Catalysis/Synthesis Crimmin, Mark Chemistry Developing new organometallic catalysts
Underpinning technologies Underpinning technologies Dell, Anne (glycomics) Life Sciences Glycomics
Underpinning basic sciences and engineering Plant Sciences Desikan, Radhika Life Sciences Signaling and adapation to stress
Application areas Bioenergy/Biorenewables Diaz-Chavez, Rocio CEP Energy Policy
Underpinning basic sciences and engineering Catalysis/Synthesis Diez-Gonzalez, Silvia Chemistry Catalysis-development of novel well-defined organometallic complexes and their use in organic reactions
Application areas Bioprocessing and Bioseparations Drakakis, Emmanual Bioengineering Biocircuits and systems
Application areas Regenerative medicine and tissue engineering Dunlop, Iain biomaterials-Nanotechnology and soft matter applied to cell biology
Underpinning basic sciences and engineering Systems biology and mathematical modelling Ebbels, Timothy Surgery and Cancer Computational bioinformatics, metabolomics
Underpinning technologies Underpinning technologies Edel, Joshua Chemistry Nanotechnology
Underpinning technologies Synthetic Biology Ellis, Tom Life Sciences Synthetic biology
Underpinning technologies Synthetic Biology Freemont, Paul Life Sciences Synthetic biology
Underpinning technologies Underpinning technologies French, Paul (imaging) Physics Imaging technology innnovation
Underpinning basic sciences and engineering Process Design, including Bioreactors Galindo, Amparo
Underpinning basic sciences and engineering Catalysis/Synthesis Hallett, Jason Synthesis, Chemistry Biomass conversions, biofuels synthesis
Underpinning basic sciences and engineering Sustainable manufacturing processes/construction: Hallett, Jason Synthesis, Chemistry Biomass conversions, biofuels synthesis
Application areas Bioenergy/Biorenewables Hallett, Jason Chemistry Biomass conversions, biofuels synthesis
Underpinning basic sciences and engineering Plant Sciences Hamann, Thorsten Life Sciences Plant cell wall related processes in particular cell wall signalling and remodelling
Application areas Bioenergy/Biorenewables Hamann, Thorsten Life Sciences Plant cell wall related processes in particular cell wall signalling and remodelling
Application areas Bioenergy/Biorenewables Hamann, Thorsten Life Sciences
Underpinning basic sciences and engineering Flow Chemistry Hellgardt, Klaus Chemical Engineering
Underpinning basic sciences and engineering Sustainable manufacturing processes/construction: Hellgardt, Klaus Chemical Engineering reaction engineering, chemistry and materials science including the areas of catalysis, membrane science and smart materials applications
Underpinning basic sciences and engineering Flow Chemistry Hii, Mimi Chemistry Transition metal mediated organic synthesis and asymmetric catalysis
Underpinning basic sciences and engineering Catalysis/Synthesis Hunt, Tricia Chemistry Computational methods applied to inorganic systems and molecular liquids
Underpinning basic sciences and engineering Sustainable manufacturing processes/construction: Hunt, Tricia Chemistry Computational methods applied to inorganic systems and molecular liquids
Underpinning basic sciences and engineering Process Design, including Bioreactors Jackson, george
Application areas Regenerative medicine and tissue engineering Jones, Julian Materials Biomaterials for regenerative medicine- scaffolds suitable for tissue engineering
Underpinning technologies Underpinning technologies Kazarian, Sergei (spectroscopy) Chemical Engineering Spectroscopy
Underpinning technologies Synthetic Biology Kitney, Dick Bioengineering Synthetic biology
Underpinning technologies Underpinning technologies Klug, David (novel proteomic tools) Chemistry Novel proteomic tools
Underpinning basic sciences and engineering Flow Chemistry Kogelbauer, Andreas Chemical Engineering
Underpinning basic sciences and engineering Process Design, including Bioreactors Kontoravdi, Cleo
Underpinning technologies Synthetic Biology Kontoravdi, Cleo Chemical Engineering Synthetic biology
Application areas Bioprocessing and Bioseparations Kontoravdi, Cleo
Application areas Biologics Kontoravdi, Cleo Chemical Engineering Biotechnology and Bioprocess Engineering Group
Underpinning basic sciences and engineering Systems biology and mathematical modelling Krishnan, J Chem Eng Mathematical modelling
Underpinning basic sciences and engineering Process Design, including Bioreactors Krishnan, J
Underpinning basic sciences and engineering Chemical Biology Leatherbarrow, Robin Chemistry Enzymology
Underpinning basic sciences and engineering Process Design, including Bioreactors Li, Kang Chemical Engineering (Chemical Engineering: Biotechnology and Bioprocess Engineering Research group, Centre for Process Systems Engineering and Biological Systems Engineering Lab Biotechnology and Bioprocess Engineering Group- Chem Eng (6 PI)
Application areas Bioremediation and Waste Treatment Li, Kang Chemical Engineering Development of various hollow fibre membranes and membrane systems for fluid separations/reactions- Membranes for Waste Treatment
Application areas Bioprocessing and Bioseparations Li, Kang Chemical Engineering, iotechnology and Bioprocess Engineering Research group Biotechnology and Bioprocess Engineering Group- Chem Eng (6 PI)
Application areas Bioenergy/Biorenewables Links with UKERC
Underpinning basic sciences and engineering Process Design, including Bioreactors Livingston, Andrew
Application areas Bioprocessing and Bioseparations Livingston, Andrew
Underpinning basic sciences and engineering Process Design, including Bioreactors Macchietto, Sandro
Underpinning basic sciences and engineering Process Design, including Bioreactors Maitland, Geoff
Underpinning basic sciences and engineering Process Design, including Bioreactors Mantalaris, Sakis
Application areas Bioremediation and Waste Treatment Mantalaris, Sakis Chemical Engineering Targeting environmental pollution with engineered microbial systems a la carte
Application areas Bioprocessing and Bioseparations Mantalaris, Sakis
Application areas Biologics Mantalaris, Sakis Chemical Engineering Stem cell bioprocessing
Application areas Regenerative medicine and tissue engineering Mantalaris, Sakis Chemical Engineering Stem cell bioprocessing
Underpinning basic sciences and engineering Systems biology and mathematical modelling Muggleton, Stephen Computing Systems biology/computing
Underpinning basic sciences and engineering Process Design, including Bioreactors Muller, Erich
Underpinning technologies Synthetic Biology Murray, James Life Sciences Synthetic biology
Application areas Bioenergy/Biorenewables Murray, James Life Sciences Biomass from cyanobacteria and algae (Chlamydymonas)- working with Chemical Engineering
Application areas Non-food crop/Non Food Application N/A N/A Use of crops for purposes other than food
Underpinning technologies Underpinning technologies Nicholson, Jeremy (metabolomics) Surgery and Cancer Metabolomics
Application areas Bioenergy/Biorenewables Nixon, Peter Life Sciences
Underpinning technologies Synthetic Biology Other members of IoSSB/CSynBI: Buck, Sternberg, Stumpf, Endres, Barahona, Boutelle, Dickinson, Faisal, Mantalaris, Bismarck, Murray, Muggleton, Ces, Templer, Stevens, Jones Numerous Synthetic biology
Application areas Bioenergy/Biorenewables Panoutsou, Calliope CEP Energy Policy
Underpinning basic sciences and engineering Process Design, including Bioreactors Pantelides, Costas
Application areas Bioenergy/Biorenewables PI of BSBEC grants
Underpinning basic sciences and engineering Systems biology and mathematical modelling Pinney, John Life Sciences Theoretical systems biology
Underpinning basic sciences and engineering Process Design, including Bioreactors Pistikopoulos, Stratos
Application areas Bioprocessing and Bioseparations Pistikopoulos, Stratos
Underpinning technologies Synthetic Biology Polizzi, Karen Life Sciences Synthetic biology
Application areas Bioprocessing and Bioseparations Polizzi, Karen Life Sciences Biopharmaceutical Processing- in vivo biosensors and synthetic biology.
Application areas Biologics Polizzi, Karen Life Sciences Biopharmaceutical Processing- in vivo biosensors and synthetic biology.
Application areas Bioenergy/Biorenewables Porter Alliance
Application areas Regenerative medicine and tissue engineering Porter, Alexandra Electron microscopy of biomaterials' interfaces
Application areas Regenerative medicine and tissue engineering Riley, Jason Preparation, characterisation and applications of nanomaterials in electrochemistry
Application areas Bioenergy/Biorenewables Rutherford, Alfred Life Sciences
Application areas Regenerative medicine and tissue engineering Ryan, Mary Applied electrochemistry and corrosion
Underpinning basic sciences and engineering Plant Sciences Sena, Giovanni Life Sciences Imaging and modeling plant root development)
Underpinning basic sciences and engineering Process Design, including Bioreactors Shah, Nilay
Application areas Bioenergy/Biorenewables Slade, Raphael CEP Energy Policy
Application areas Bioremediation and Waste Treatment Smith, Stephen Civil Engineering Bioresource Systems
Underpinning basic sciences and engineering Plant Sciences Spanu, Pietro Life Sciences Molecular plant pathology
Application areas Regenerative medicine and tissue engineering Staff within Dept. of Surgery and Cancer Dept. of Surgery and Cancer
Underpinning technologies Synthetic Biology Stan, Guy-Bart Bioengineering Synthetic biology
Underpinning basic sciences and engineering Systems biology and mathematical modelling Sternberg, Mike Life Sciences/ Bioinformatics and Systems biology
Application areas Regenerative medicine and tissue engineering Stevens, Molly Materials/Bioengineering Biomedical Materials and Regenerative Medicine
Underpinning basic sciences and engineering Process Design, including Bioreactors Stuckey, David
Underpinning technologies Biocatalysis and metabolic engineering Stuckey, David Chemical Engineering Biocatalysis: isolated enzymes or whole cells to carry out chemical reactions. Production of useful enzymes from new sources (plants microorganisms etc).
Application areas Bioremediation and Waste Treatment Stuckey, David Chemical Engineering Anaerobic waste water treatment
Application areas Bioprocessing and Bioseparations Stuckey, David
Underpinning basic sciences and engineering Systems biology and mathematical modelling Stumpf, Michael Life Sciences Theoretical systems biology
Underpinning basic sciences and engineering Chemical Biology Tate, Ed Chemistry Protein Chemistry
Underpinning basic sciences and engineering Chemical Biology Templer, Richard Chemistry Director of Climate KIC. Chemical biology/lipid membranes
Application areas Bioenergy/Biorenewables Templer, Richard Chemistry Director of Climate KIC. Chemical biology/lipid membranes
Underpinning basic sciences and engineering Process Design, including Bioreactors Thornhill, Nina
Application areas Regenerative medicine and tissue engineering Tissue Engineering and Regenerative Medicine Centre Faculty of Medicine
Underpinning basic sciences and engineering Plant Sciences Turnbull, Colin Life Sciences Molecular plant physiology/ feedstock production
Application areas Regenerative medicine and tissue engineering Weaver, Jon Synthetic polymer chemistry and functional biomaterials
Underpinning basic sciences and engineering Catalysis/Synthesis Welton, Tom Chemistry Synthesis and catalysis in novelionic
Underpinning basic sciences and engineering Sustainable manufacturing processes/construction: Welton, Tom Chemistry Synthesis and catalysis in novelionic
Underpinning basic sciences and engineering Sustainable manufacturing processes/construction: Williams, Charlotte Chemistry Catalysts for the synthesis of biodegradable and biocompatible polymers
Underpinning basic sciences and engineering Catalysis/Synthesis Wilton-Ely, James Chemistry Functionalised nanoparticles for catalysis and sensing
Underpinning basic sciences and engineering Sustainable manufacturing processes/construction: Wilton-Ely, James Chemistry Functionalised nanoparticles for catalysis and sensing
Application areas Bioenergy/Biorenewables Woods, Jem CEP Policy (ICEPT), bioenergy
Underpinning basic sciences and engineering Chemical Biology Woscholski, Rudiger Chemistry Director of Agri-net
Underpinning basic sciences and engineering Process Design, including Bioreactors Xu, Xiao mechanics and transport processes in biological and physiological systems
Application areas Regenerative medicine and tissue engineering Xu, Xiao Chemical Engineering Biomechanics with tissue engineering