My enthusiasm and curiosity for understanding how objects work stemmed from an early age although, my fascination with space science grew at school when I was one of a small number of students selected to visit NASA’s Johnson and Kennedy Space Centers where I met various astronauts and even got a glimpse of the Mission Control room, Vehicle Assembly Building and the Neutral Buoyancy Lab!
Since then I have completed a Masters degree in physics at the University of Warwick and a PhD in solar physics at the Mullard Space Science Laboratory (MSSL), UCL in Surrey. MSSL is currently the largest university space-based research group in the UK and since the department was established in 1966 it has participated in more than 35 satellite missions and over 200 rocket experiments.
My PhD (supervised by Prof. Lucie Green, Dr. David Williams & Prof. Lidia van Driel-Gesztelyi) focused on studying magnetic field configurations present in the solar atmosphere which can support dense plasma that can become unstable and erupt driving hazardous space weather conditions near Earth.
Since completing my PhD in November 2016, I moved to St Andrews University to continue my research as a Postdoctoral Research Fellow in the Solar & Magnetospheric Theory Group based in the School of Mathematics & Statistics. Observations alone cannot provide a full description of solar eruptions and so my research focused on combining observations with models of the solar magnetic field.
I since returned to MSSL as a Postdoctoral Research Rellow in space weather working on the SWIMMR (Space Weather Instrumentation, Modelling, Measurement and Risk) project where I am investigating the source regions of solar energetic particles. Energetic particles (consisting of protons, electrons and heavy ions) are accelerated during shocks or magnetic reconnection process associated with solar eruptions. These energetic particle events can cause a severe radiation risk for crewed spaceflight and disruption to satellites.
Most recently, I am a Postdoctoral Research Associate in heliospheric physics in the Department of Meteorology at the University of Reading where I am interested in the continuous flow of plasma from the Sun, known as the solar wind. In particular, I have led the coordination of the slow solar wind connection science observing campaign for the ESA/NASA Solar Orbiter mission. Our aim is to discover the origins of the slow solar wind, how it is released into the heliosphere by connecting solar wind plasma that is detected by Solar Orbiter in situ to remote sensing observations of the solar source region.
I have become actively engaged in discussing space science with audiences outside my research area. I enjoy giving talks to the public and have presented a lecture series on Fred Olsen, Saga and Viking cruise ships, visiting schools to give talks, provide demonstrations and space related activities for children of all ages, including creating workshops for the SunSpaceArt project. I also enjoy writing popular science articles with recent pieces appearing in BBC Sky At Night, AQUILA, and A&G magazines.
I co-founded the Early Career Women’s Network at the University of St Andrews. EWCN provided a space for like-minded, self-defining women to come together to network and discuss topics of mutual interest in a supportive environment. ECWN organised invited talks and networking sessions, among other events, that focuses on the many-faceted working lives of early career women. I was also a Champion for the Women In Science St Andrews (WISSA) Network. The ethos of WISSA is to provide an informal environment for women in science to interact and network at the University of St Andrews.
Publications 
Leave a comment