to develop this interest at a later date.
Having gained a scholarship and consequently moving school for sixth form, I have had to adapt to a
new environment. My commitment in school led to me being selected as a prefect. In order to share
my enthusiasm for languages, I worked with a Year 8 Spanish Class explaining important grammar
points to students and helping them to improve their conversational fluency.
At MFL Breakfast Club it was encouraging to hear such a wide range of job prospects from various
people who use languages in their careers. I hope to get involved in clubs and societies at university
as well continuing with sports such as athletics which I have competed in regionally. I look forward to
the stimulating experience of not only developing linguistic fluency, but also deepening my cultural
understanding.
2. Chemistry
My imagination has been sparked by my studies at A Level, in part by being introduced to the work of
great chemists, such as Linus Pauling and William Knowles, the latter being a particular inspiration of
mine, having read about him in Sam Kean's 'The Disappearing Spoon'. Especially interesting is his
work on the synthesis of the laevorotatory enantiomer in 1968, a revolutionary discovery of 'L - Dopa'
used in the treatment of Parkinson's Disease. His research and work created an opportunity to
improve the welfare of many people suffering from the disease, something I would be immensely
proud of achieving during my life.
My passion for Chemistry developed further while researching emerging UK-based firms for an
Economics project. I found a company, Sirius Minerals, which aims to begin the extraction of large
reserves of an inorganic compound used to make fertilizer, much like the ammonia produced by
Haber's process. This particularly interested me, as it provides alternative options for transition of
chemistry outside of the laboratory. Although not as directly life-changing as work in research for new
treatments, large-scale industrial projects such as this are based in chemistry and require a skilled
comprehension of the processes that will occur, alongside managing the economic expenses in
industry.
Between lessons at school I enjoy mentoring three AS chemists, helping them with peer-to-peer
advice on revision techniques, solidifying my own knowledge by conveying theories and ideas
surrounding the first year of the A-Level course in the process. I was accepted as a part of a small
group, through my membership of ChemNet, to work on the isolation, IR spectroscopy and mass
spectrometry analysis of trimyristin, hosted by the Royal Society of Chemists. I extracted the triester
from nutmeg, due to around 25% of nutmeg's mass consisting of trimyristin. This, in turn, led me to a
deeper insight of surfactants and the roles of their polar hydrophilic 'heads' and organic hydrophobic
'tails'. This taste of lab work challenged me to work methodically for long periods, a lesson that will
hold me in good stead given the weekly lab hours of a Chemistry degree. I was introduced to another