I recently gained funding from EPSRC for an RSE (Research Software Engineering) fellowship working on Research Computing and Imaging. The focus of the fellowship is Research Computing and Imaging and the reference is EP/R025819/1. This builds on my formal qualifiaction as I have a BSc in Biophysics, a MSc in medical visualization and a PhD in visualization for solar physics which included both visualization of simulation data and observational data. I have worked in environments that cross between academic and research computing services; while at the University of Manchester I worked for over 10 years in both an academic visualization services and a national flagship HPC service, at the University of Leeds I have worked on local and regional HPC services for 4 years and for 2 years I was a Research Fellow in Biomechanical Engineering.
I currently run 3 networks at the University of Leeds; RSE Leeds, Women in HPC Leeds and Visualisation.
I am a visualizer who has experience as a manager, researcher, educator and software developer with broad interests in visualization and computational science both its theory and its cross-disciplinary practices; application areas include physics, biology, medicine and engineering.
I have 20 years’ experience as a software developer in C, C++, Java, python and scripting on both UNIX platforms and Windows PC using agile development methods. I am particularly good at making 3D and stereographic applications look good. I have supervised and mentored staff and students since 1997, creating and managing teams of 1 to 6 in an agile management environment where flexibility and mentoring were important. A technical writer and presenter who has contributed to over 40 technical documents and over 10 research proposals, 8 training courses and seminars.
I am developing software for 7 imaging case studies, across 3 imaging modalities and across disciplines. I am partnered with Diamond Light Source (DLS) a national cynclotron facility, SuperSTEM an EPSRC national research facility for Advanced Electron Microscopy and the SCI (Scientific Computing and Imaging) Institute in Utah, USA.
The case studies that I am working on with Sven Schroeder use the DLS facilities and a type of spectroscopy called XANES (X-ray Absorption Near Edge Spectroscopy). These are:
- Multi-phase and multi-component products;
- tomotgraphy of imputiry and additive distributions in organic and inorganic crystals;
- imaging of the early stages of wear on orthopedic implants;
- and in situ fluid flow of in devices.
The case studies I am working on with Rik Drummond-Bryson use the SuperSTEM facilities and are:
- Nanostructure advanced alloys, compositor and surface engineered materials;
- functional thin fils and devices;
- and chemical catalysis.
I am also working on a case study with Michelle Peckham using her supoer high resolution light microscope and is:
- Muti-dimensional imaging and cross-correlation methods.
I have also worked with a sociologist, an ethnographer and en expert in the social contract of science, Wes Sharrock, since 2001 while working on my PhD. We have studied the development and adoption of computers to academic research since that time. I am currently interest in the software develpment practices used in academic research and the environments that the developers work in.
- PG Cert in Innovation Management from the University of Leeds, UK in 2016.
- PhD; A Visualization Toolkit for Solar Physicists from the University of Manchester, UK in 2007.
- MSc; Volume Visualization of Third Trimester Placenta from the University of Manchester, UK in 1997.
- BSc in Biophysics from the University of Leeds , UK in 1989.
- ACM, Association for Computing Machinery (https://www.acm.org/)
- Women in HPC (https://womeninhpc.org/)
I have an EPSRC funded Research Software Engineer Fellowship. I do not currently have any specific teaching duties but I am interested in upskilling postgraduate researchers which involves me in developing training materials and course which are advertised through the OD&PL.