“It was incredibly rewarding to see our work make a difference.”
I studied BSc Medical Sciences at the University of Exeter which exposed me to a range of disease areas and therapeutics. After graduating, I took a position as a research administrator at Imperial in January 2019, working with the Ageing Epidemiology Unit at Charing Cross Hospital. My manager was very supportive of my career development and ignited my interest in clinical trials and research. I found it very fulfilling to contribute to research that can lead to improved treatments and outcomes for many people.
“I set up authentication for all the electronic journals, books, and databases so that Imperial members can access them virtually from anywhere.”
I joined Library Services at Imperial in 2004. Thinking about all the years I’ve spent at Imperial, it has been quite a journey professionally and personally. I witnessed how the bookshop in the library turned into a café. I’ve walked around the stacks shelving books relishing the smell of them. I also once served Professor Robert Winston at the issue desk. My time at Library Services has been memorable so far. I remember buying a book costing more than £7,000 and I got involved in challenging the biggest journal publisher. I’ve also helped users located as far as Australia to access library journals. Most importantly, I’ve made friends here. 18 years on, I am still here.
“I have been working with an illustrator to produce a series of artistic but scientifically accurate drawings of the roots of active volcanoes.”
I started my university career as a Physics student in Italy. During my undergraduate degree, I spent a year abroad at the University of Manchester and this experience opened the door for me to British academia. I switched from Physics to Geophysics and was offered a PhD scholarship at the University of Southampton to study the Soufrière Hills volcano on the island of Montserrat.
Since then, my main research focus at Imperial has been to image the plumbing systems of active volcanoes to better understand how magma is transported to the surface before and during an eruption. The volcanoes I study are usually submarine volcanoes or island volcanoes, and they are best studied using marine geophysics. These are the same field techniques that are used by the oil industry to image and monitor hydrocarbon reservoirs.
“I was lucky enough to be part of the medical team at the London 2012 Olympic and Paralympic games, a truly unforgettable experience and a patient group like no other!”
I completed my undergraduate degree qualifying as a Diagnostic Radiographer in 2004. I’ve enjoyed a brilliantly varied career up to now, working clinically in various countries, commencing a research career at UCL, and completing an MSc in Medical Magnetic Resonance. I was lucky enough to be part of the medical team at the London 2012 Olympic and Paralympic games, a truly unforgettable experience and a patient group like no other!
A particular career highlight came in 2014 when I worked in the Falkland Islands for a year. I was responsible for the medical imaging of the human population as well as that required by the veterinary service and the fisheries department.
My current role at Imperial is as Senior Research Radiographer in a friendly and supportive team at the Mansfield Centre for Innovation. We optimise, acquire and analyse MRI data for an array of different studies, working closely with cardiac and psychiatric imaging groups who study diseases ranging from cardiomyopathy and pulmonary hypertension to schizophrenia and psychosis. We also perform some clinical imaging, such as running the fetal MRI service for Imperial College Healthcare NHS Trust.
“I use the vibrations of earthquakes to visualise what lies hundreds of kilometres below the Earth’s surface”
I work towards unravelling the mysteries of why the interior of our planet looks the way it does today. As a seismologist in the Department of Earth Science and Engineering, I use the vibrations of earthquakes detected all around the world to visualise what lies hundreds of kilometres below the Earth’s surface. Currently, I am trying to image the deep Earth beneath the remotest parts of East Africa – one of the few places on Earth where the continent is splitting in two and may eventually form a new ocean!
Cyprus, where I grew up is tectonically active, experiencing many earthquakes every year and hosting some of the most geologically unique mountain ranges in Europe. Inspired by such fascinating geology, I decided to embark on an MSci course in Geophysics at Imperial . However, it was not enough studying to quench my curiosity, and so I threw myself into a seismology PhD focused on East Africa. During my PhD I even got to visit Ethiopia in person! This was certainly a highlight of my work and life so far.