Profile
Sarah De Vos
My CV
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Education:
Atheneum Wispelberg (Belgium): 1992 – 1998
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Qualifications:
The Open University – Physics: 2010 – 2014; The University of Liverpool: 2015 – 2018.
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Work History:
I was a landscape planner in a previous life but that’s a whole other story! Also worked in Pizza Hut for a while, with a boss called Mario 🙂
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Current Job:
Trainee Medical Physicist
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About Me:
I love adventure, physics and travel!
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I live near Oxford with my husband, in a tiny cottage built in the 1700’s.  We have 2 middle-aged incredibly spoilt tomcats who love nothing more than sleeping on our laps.
I am passionate about travel so like to go abroad whenever possible!  My plan B would be to become a scuba diving instructor somewhere in Thailand 🙂
My all time favourite food is Belgian fries the way my nan makes them, and late night cheese and pickle sandwiches.  When I’m not working or travelling I like to go hiking, play board games, or Tomb Raider.
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I’m currently still training, on the NHS’s STP scheme, which you may have heard about.  It’s a 3 year long scheme and I will be exactly halfway next month (party time!).
I am specialising in radiotherapy physics and have 3 main rotations:
Machines, which is where I learn all about the linear accelerators we use at our hospitals to kill cancer, and also the quality assurance we need to do on them.  Quality assurance may sound a bit boring but it’s really not, honestly!  We have to do tons of tests to ensure that the machines (we call linear accelerators, or linacs for short) give the right amount of radiation as any mistakes there can be very dangerous for our patients.
Treatment planning, where I will be taught how to make treatment plans which specify the amount of radiation a patient will receive, and the x-ray beam configuration needed, and so on.  These plans get checked several times (again for safety reasons!) and then the linacs use these to deliver the radiation to the patients.
Brachytherapy, this is a type of radiotherapy treatment whereby a radioactive pellet (the size of a grain of rice) is brought directly into the patient, or very near to the patient, for a certain amount of time. Â The doctor and physicist decide together which treatment (linac or brachy) is suitable for each patient.
When I finish my training I will probably be involved in all 3 of the above rotations, as well as research. Â The variety is definitely a great perk!
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My Typical Day:
There is no real typical day!
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As I am training at the moment I spend about half of my time observing things in the department, whether that is treatments being carried out or tests being performed on the machines, and the other half writing up what I have seen.
Once I’m not a trainee anymore I could be either spending my time doing a lot of tests (and recording + analysing the results), or creating/checking treatment plans, or I could be on the physics helpdesk (the first port of call for any ‘physicsy’ problems in the department), or I could be doing research, or training future physicists, etc.
There is no real typical day, and it’s never boring!
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What I'd do with the prize money:
Hands-on radiotherapy physics props to take to schools and events.
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My Interview
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How would you describe yourself in 3 words?
Adventurous, happy, scientist
Were you ever in trouble at school?
Playing cards in class but in my defence it was the last day before the summer holiday
Who is your favourite singer or band?
Alkaline Trio
What's your favourite food?
Belgian fries with tartare
If you had 3 wishes for yourself what would they be? - be honest!
I’d want to 1) be more intelligent (Einstein level) 2) be a mermaid (Splash is one of my favourite childhood films) and 3) have a wardrobe that leads to Narnia. Not compatible with number 2) but either will do.
Tell us a joke.
A man is in the cinema when a sheep sits down next to him. ‘What is a sheep doing in the cinema?!’ the man asks, surprised. ‘Well’ says the sheep ‘I liked the book’.
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