Mark Jenkinson
| Full Name : | Mark Jenkinson | Nationality : | Australian and British (dual) | |
| Date of Birth : | 8 February 1971 | Place of Birth : | Jamestown, SA | |
| Postal Address : | c/o FMRIB Centre | Phone Number : | (+44) 1865 222769 (W) | |
| John Radcliffe Hospital | email : | mark@fmrib.ox.ac.uk | ||
| University of Oxford | ||||
| Oxford OX3 9DU, UK |
| 1999 | D.Phil., Robotics Research Group (University of Oxford) |
| Thesis title: Saliency in Image Analysis | |
| Supervisor: Prof. Sir Michael Brady | |
| 1994 | B.Sc. (Hons), First Class Honours in Mathematical Physics (University of Adelaide) |
| Graduated at top of the honours list. | |
| Thesis on the Numerical Simulation of Chaotic Cosmological Models. | |
| Double major in Computer Science and Mathematical Physics. | |
| Equal highest results given subject selection. | |
| 1993 | B.E. (Hons), First Class Honours in Engineering (Electrical and Electronic) |
| (University of Adelaide) | |
| Graduated at top of the honours list with highest results in each year. | |
| Projects in Adaptive Control and Spread Spectrum Communications. | |
| 2003- | Head of Structural Image Analysis, FMRIB Centre, University of Oxford |
| Research interests: statistical shaped-based anatomical segmentation of multiple brain structures leading to non-linear registration; simulation of the MRI processes for studying artefacts; joint estimation and correction of motion-based fMRI artefacts; EEG/MEG/fMRI integration modelling. Responsibilities: supervising students and post-doctoral scientists in collaborative research projects; software development and maintenance for FSL package utilities and libraries. | |
| 2002 | Post-Doctoral Scientist, NeuroImaging Group, Howard Florey Insitute, University of Melbourne |
| Research interests: non-linear registration of MRI; EEG/fMRI integration; database contruction and analysis of structural MRI sets; modelling of MRI processes and artefacts; modelling and inference in group studies. | |
| 1998-2001 | Post-Doctoral Scientist, Image Analysis Group, FMRIB Centre, University of Oxford |
| Research interests: registration of MRI-MRI and fMRI-MRI; motion correction for fMRI; phase unwrapping; interpolation; spatial clustering and statistical analysis; correcting distortion of EPI images and the impact on statistical inference. Have written software for linear registration, motion correction, phase unwrapping and correction of EPI distortions. Extensive involvement in building up a local software development environment including a 4D image manipulation library. All software has been extensively tested and made freely available via the internet. | |
| 1995-1998 | Robotics Research Group, University of Oxford |
| Thesis entitled Saliency in Image Analysis under the supervision of Prof. Sir Michael Brady. The research looks at shape representations based on local symmetries. It deals with methods for extraction and decomposition for 2D shapes, with occlusion reasoning. Previous research experience in computer vision includes real-time tracking, object localisation and recognition, plus noise analysis of low-level image invariants. | |
| Teaching | |
| 2006-2008 | Tutor for first-year undergraduate psychology students at St Anne's College in Introduction to Probability Theory and Statistics. |
| 2003- | Co-ordinator, lecturer and tutor for Image Analysis teaching in the FMRIB Graduate Training Program. |
| 2002- | Co-ordinator, lecturer and demonstrator for the FSL and FreeSurfer course (a 4-5 day course attracting international researchers and students covering the theory and practice of image analysis using FSL). |
| Additional experience in lecturing and tutoring students in image analysis and statistics at University level. |
| 2009 | ISMRM Outstanding Teacher Award (Quantitative Imaging and Data Analysis) | |
| 2005 | Awarded a David Phillips Fellowship from the UK BBSRC (total funds £395K) | |
| 2005 | DTI Grant (co-applicant) - Functional brain imaging: Relating patient data to the population (total funds £150K) | |
| 2004 | EPSRC Grant (co-applicant) - Integrated Brain Image Modelling (total funds £750K) | |
| 2004 | Awarded a Departmental Merit Award (Clinical Neurology) | |
| 2002 | GlaxoSmithKline Grant (co-author) - FMRI Group Statistics (total funds £190K) | |
| 1995 | Awarded the Sir Robert Menzies Scholarship in Engineering | |
| Awarded the George Murray Scholarship | ||
| 1993 | The Electricity Trust Prize in Electrical Power Engineering | |
| The Philips Industries Holdings Ltd. Prize in Electronics | ||
| 1991 | The Gerard Industries ``Clipsal'' Prize | |
| The Chamber of Commerce and Industry Prize in Electrical Engineering | ||
| The Chamber of Commerce and Industry Prize in Electronic Engineering | ||
| The Sir William Goodman Scholarship | ||
| 1990 | The E.V. Clark Prize for Electrical Engineering | |
| The Lincolne Scott Prize for Academic Excellence | ||
| 1989 | The Sir Robert Chapman Prize | |
| The IEE (UK) Prize (for outstanding academic achievement) | ||
| 1988 | Electricity Trust of South Australia (ETSA) Studentship |
| Member of ISMRM Scientific Annual Meeting Program Committee 2005-2008 |
| Co-Organiser of Educational Courses on Advanced Data Analysis and Image Processing (ISMRM 2008) |
| Co-Organiser of Workshop on Pairwise and Groupwise Registration (MICCAI 2007) |
| Co-Organiser of Two Day Educational Course on Quantitative Data and Image Analysis (ISMRM 2006, 2007) |
| Member of NIH Data Format Working Group (NIfTI) 2004-2007 |
| Member of WBIR 2006 Program Committee |
| Member of IEEE (Institute of Electrical and Electronic Engineers) 2003- |
| Member of ISMRM (International Society of Magnetic Resonance in Medicine) 2001- |
| Good Clinical Practice training: 21 June 2010 |
| 2003 | Dr Peter Bannister | Motion Correction for Functional Magnetic Resonance Images |
| 2007 | Dr Ivana Drobnjak | FMRI Simulator: Development and Applications |
| 2007 | Dr Caitlinn Loftus | Integration of Functional Magnetic Resonance Imaging and Electroencephalography Data using Independent Component Analysis |
| 2008 | Dr Brian Patenaude | Bayesian Statistical Models of Shape and Appearance for Subcortical Brain Segmentation |
| 2011 | Dr Aleksandar Petrovic | Registration using Diffusion and Structural Imaging |
| Ms Courtney Bishop (nee Birch) | Image Analysis for Clinical Brain Imaging with MR and PET | |
| Ms Andri Tziortzi | Quantitative Analysis of the Dopamine D3 receptor in-vivo in humans | |
| Mr Mattias Heinrich | Modelling the Tumour Microenvironment | |
| Mr Manav Bhushan | Dynamic Image Registration |
| Experience in : | C and C++ programming. |
| Software development for multi-platform compilation. | |
| Linux/Unix, MATLAB, LaTeX, HTML and TCL/TK. |
Journal Articles and Book Chapters
Selected Refereed Conference Proceedings
Babalola, K.O., Cootes, T.F., Patenaude, B., Rao, A., and Jenkinson, M.
Comparing the Similarity of Statistical Shape Models Using the Bhattacharya Metric
Lecture Notes in Computer Science, Medical Image Computing and Computer Assisted Intervention (MICCAI), 142-150, 2006.