Profile

I’m from Kilkenny (up the cats!!) but live in Galway with my boyfriend and we are massive rugby fans. In my spare time I enjoy swimming, weightlifting, yoga and painting. This is the last painting I did 🙂

I love going to concerts and music festivals. It’s a dream of mine to go to Glastonbury one day! Last year I got to see Fleetwood Mac, Pink, Hozier and Metallica! I can also play the drums 🎵.

I work a lot in science communication where I try to bring science, technology, engineering and maths to the public and encourage more young people, especially girls, to study these subjects. It’s really rewarding and a lot of fun! I also   co host a podcast with my friend Leah called NextGenFem, where we interview women from all walks of life and listen to their stories about how they got to where they are today.

I teach maths and mechanical dissection in the mechanical and industrial engineering department at Galway Mayo Institute of Technology and I absolutely love it. In maths, we use topics like algebra, differentiation and integration to solve engineering problems. In mechanical dissection, we take apart things like drills and motors and figure out how and why they work. We then practice our drawing skills by drawing all the components out on a computer software (CAD).

As a biomedical engineer, I specialize in making biosimulators for medical research and medical device testing. A biosimulator is like a robotic dummy that behaves like a part of the body. They are useful because we can test devices on these robots instead of on humans or animals and design and build better devices. Nurses and doctors can also use these robots to practice different treatments and surgeries before operating on the patient.

My research looks at atrial fibrillation, a common irregular heartbeat that increases a patient’s risk of stroke. During atrial fibrillation, the left side of the heart beats out of time with the rest of the heart. When this happens a blood clot can form and in a single heartbeat it can exit the heart and start travelling around the body. If the clot travels toward the brain it might become stuck within the tiny blood vessels of the brain and cause a stroke.

To figure out why some clots go to the brain and some don’t, I used 3D printing to make all the blood vessels that travel from the heart to the brain. I then injected blood clots to watch where the went to mimic a stroke occurring. In the video I injected 5 blood clots and all ov them trvelled through the arteries that bring blood to the brain!! This biosimulator can help design new devices to treat stroke and the results can help to support a prediction algorithm for stroke patients.

I think it’s really important to encourage young people into STEM and to make it accessible for everyone. I think having a show that uses music, art, comedy and theatre to highlight STEM subjects and STEM as a career to young people is really important. The stories in the show would target an audience that would not necessarily expect to see a science show and encourage people into STEM who may not have thought of STEM as a career before!