
My research interests center around the design, development and operation of CCD and CMOS camera systems, with a focus on their application in the space environment and the image degradation that arises due to radiation damage. I am particularly interested in testing and developing cryogenic irradiation techniques, as well as investigating potential new technologies such as P-Channel CCDs. I have been involved in detector teams for ESA missions such as Gaia, Euclid, JUICE. Currently I am working on instrument definition for NASA's Habitable Worlds Observatory.
I am passionate about teaching and currently serve as Chair of S818 Space Science. I am also an Associate Lecturer for the SM123 Physics and Space module. I have served on several module teams, including S217: Physics from Classical to Quantum and SXPS288: Remote Experiments in Physics and Space.
I co-chair the Space University Network, a cross-university and FE sector network of space-teaching institutions, helping to share best practice and further enhance space-related teaching and training for the next generation space workforce.
I am a passionate STEM ambassador, and enjoy interacting with local school, exhibitions, and the media. Some highlights include:
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