Imperial College Supervisors
Prof Ji-Seon Kim
Prof Ji-Seon Kim
Organic & hybrid functional materials & devices; advanced nanometrology
Prof Martin Heeney
Prof Martin Heeney
Design, synthesis & characterisation of organic semiconductors
Dr Sandrine Heutz
Dr Sandrine Heutz
Molecular magnetism, spintronics; fabrication & characterisation
Dr Martyn McLachlan
Dr Martyn McLachlan
Synthesis & development of organic and hybrid organic/inorganic materials & devices
Prof James Durrant
Prof James Durrant
Photophysics of solar cells and solar fuels systems
Prof Jenny Nelson
Prof Jenny Nelson
Multi-scale modelling of molecular & hybrid electronic materials
Dr David Payne
Dr David Payne
Investigation of the electronic structure of functional oxide materials
Prof Iain McCulloch
Prof Iain McCulloch
Synthesis & development of solution processable organic semiconductors
Prof Molly Stevens
Prof Molly Stevens
Biosensors & design of novel bioactive scaffolds
Prof Milo Shaffer
Prof Milo Shaffer
Synthesis & characterisation of carbon & inorganic nanomaterials
Prof Alasdair Campbell
Prof Alasdair Campbell
Organic semiconductors - conjugated polymers & small molecules
Prof Natalie Stingelin
Prof Natalie Stingelin
Microfabrication & applied materials science of organic materials
Dr Andreas Kafizas
Dr Andreas Kafizas
Solar fuels generation, heterogenous photocatalysis, functional window coatings
Dr Theoni Georgiou
Dr Theoni Georgiou
Synthesis & characterisation of polymers
Dr Joao Cabral
Dr Joao Cabral
Soft matter processing, dynamics and thermodynamics
Imperial College Student-Supervisor Expectations
Doctoral students and their supervisors are jointly responsible for working togfether to adhere to the time-frame of 4 years between PhD registration and submission of the PhD thesis. Although the relationship is one of cooperation and working together, there are expectations of both the student's and the supervisor's responsibilities.
QMUL Supervisors
Prof Steve Dunn
Prof Steve Dunn
Manufacturing & processing of functional materials for energy harvesting
Dr Christian Nielsen
Dr Christian Nielsen
Organic electronics, organic bioelectronics, semiconducting polymers, materials chemistry
Dr Bob Schroeder
Dr Bob Schroeder
Design & synthesis of advanced semiconducting polymers for energy and healthcare applications
Dr Russell Binions
Dr Russell Binions
Chemical vapour deposition for functional materials
Prof Cees Bastiaansen
Prof Cees Bastiaansen
Materials science for sensors
Dr Emiliano Bilotti
Dr Emiliano Bilotti
Processing-Structure-Property relationship of polymeric materials
Oxford University Supervisors
Prof Donal Bradley
Prof Donal Bradley
Science and application of novel semiconductor materials and devices
Prof Hazel Assender
Prof Hazel Assender
Polymer surfaces and interfaces, nanocomposites, and thin film deposition onto polymers
Prof Henry Snaith
Prof Henry Snaith
Developing the physics and technology behind low cost photovoltaic concepts
Prof Laura Herz
Prof Laura Herz
Understanding fundamental photo-physical processes in organic semiconductors
Prof Michael Johnston
Prof Michael Johnston
Semiconductor nanowires, terahertz photonic technologies, and vapour deposited Perovskites
Prof Moritz Riede
Prof Moritz Riede
Organic small molecule solar cells