My name is Holly and I’m a first year Medical Physics trainee specialising in Radiotherapy, across Suffolk and Essex. I first heard about the STP in a careers lecture during year 1 of my undergraduate degree and began preparing to apply virtually as I left the hall. Hopefully this post will give a little insight (and hope) for entrance to the STP and what to expect once you reach the flip side
Before too much waffle I just wanted to say when I began my application to the STP, I felt like I may as well have been applying to be an Olympic sprinter (I reckon I’ve ran successfully about a 2km total in my entire life). I applied with an undergraduate physics degree from a smaller university, and my work experience was serving chips, so it goes without saying if I can do it, you certainly can.
Application and Interview
For anyone who is a skim reader, here are my main tips beyond your long-listing:
International Women’s Day (IWD) evolved from the universal suffrage movement that originated in New Zealand, and was the catalyst for movements in North America and Europe in the early 20th century. It is recognized throughout the world in a diverse range of ways, however became ‘official’ in 1975 when the United Nations began celebrating it. To commemorate IWD in 2022 we are shining a light on some current and past STP trainees. We asked them a range of questions to find out what inspired them to pursue a career in STEM (Science, Technology, Engineering, Mathematics).
Hi, my name is Linda and I’m a third year STP trainee in Ophthalmic and Vision Science (OVS) at Great Ormond Street Hospital for Children NHS Foundation Trust. While we may not be one of the larger specialisms out there, we have a vital role to play in patient care. After all, vision is one of the most fundamental ways we experience the world, and the eye is a window into the brain and body! For those considering starting their journey with clinical science, hopefully I can provide an eye-opening insight (see what I did there?) into the ‘What’, ‘Why’ and ‘How’ of OVS.
Hello! My name is Alick and I’m a second year Medical Physics trainee with Liverpool University Hospitals NHS FT, specialising in Radiotherapy at the Clatterbridge Cancer Centre. I initially started the STP with an undefined specialism, which meant that I chose my specialism after completing first year rotations in the different strands of Medical Physics: Radiotherapy, Imaging with Ionising Radiation, Imaging with Non-Ionising Radiation and Radiation Safety. This blog post will cover the pathway of a radiotherapy patient, from immediately after the diagnosis through to treatment. Hopefully I’ll be able to convey the important role that physics plays along the way, as well as why I chose to specialise in radiotherapy!
Biochemistry sounds like a complicated subject, but simply studying the chemical components of the body can have a huge impact on the diagnosis and treatment of a wide range of diseases a patient may have. I’m Tom, a first year STP student specialising in Clinical Biochemistry. I joined the STP fresh out of my undergraduate degree. Before starting university, I didn’t have a career plan set in mind, I just wanted to do what I enjoyed most through my A-levels which was biology and chemistry. And now I’m very fortunate to be on a programme where I can use my knowledge to improve patients’ lives.
Hello! I’m a second year STP trainee on the Medical Physics (undefined) stream – undefined just means that I’ll choose what I specialise in after having completed my rotations in Radiotherapy, Radiation Safety, Imaging with Non Ionising Radiation and Imaging with Ionising Radiation.
Neurophysiology is a branch of neuroscience and physiology that is interested in studying the function of the nervous system through the use of electrophysiological recordings. Within the NHS, Neurophysiological Scientists perform a range of diagnostic tests to assess the functioning and integrity of the brain and nervous system. The most commonly performed tests are Electroencephalography (EEG), Nerve Conduction Studies (NCS), Evoked-Potentials (EPs) and Electromyography (EMG). These tests are performed on patients of all ages and are performed in a range of clinical settings including outpatient, intensive care, wards, and during surgical interventions.
When I was applying for the scientist training programme, I knew that I wanted to work in healthcare and the areas of clinical science that interested me but other than that, it’s safe to say that I was pretty lost. So when I stumbled upon critical care science, I was very intrigued. I did as much research as I could into the specialism and luckily it seemed like something that would really interest me, so I applied for the STP, and here we are now!
When doing my research, I did however notice that there was a clear lack of information available on critical care scientists and their role in the clinical setting. So, with the experience that I now have, this is something that I would like to try and change to encourage more people into the critical care scientist role.