Successful Personal Statement Oxford Engineering Science

Please note that the personal statement presented earlier in this guide was not originally written in the three-question format currently used by UCAS. Below is the original, unedited version of this statement in the previous free-form style.

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I have always considered myself creative; much of my youth was spent designing and building with my Dad in his workshop. I would read encyclopaedias on cars and watch design-related TV programmes such as BBC’s Robot Wars, analysing the strengths and weaknesses of each robot and thinking about how they could be improved. This background, combined with a genuine enjoyment of mathematics and physics, has given me a desire to read engineering at university.

Reading Marcus du Sautoy’s “The Music of the Primes” and Simon Singh’s “Fermat’s Last Theorem” has shown how individuals have dedicated their lives to solving seemingly simple problems. The main attraction of these books and mathematics more widely, is problem solving, which is also what draws me to engineering. Solving a wide variety of problems is something I really enjoy; in the most recent UKMT Senior Maths Challenge, I was awarded a gold certificate, also the best score in my year at school.

Studying physics at A-Level has helped me to understand the world, and answered questions I had as a child; why does a satellite stay in orbit? How does gravity work? Why does a clock pendulum keep in time? My favourite aspect of physics is mechanics, complemented by my maths mechanics modules. The application of physics and mechanics to engineering was obvious from the outset; it is a fundamental skill set which bridges the gap between science and invention. I also enjoy studying Further Pure Mathematics, in particular calculus, and am interested in how the solutions of second order differential equations apply to problems in mechanics.

Projects including designing and making a desk lamp, a torch and bench vice grips in GCSE Engineering gave me an initial insight into the discipline. The course gave me hands on experience with equipment typical of an engineering department. Considering the benefits of materials was important too; from an economic, aesthetic, and practical perspective. I also secured work experience at a BMW Mini Plant in the ‘Whole Vehicle Analysis’, section. One project involved heating up a Mini’s bonnet to address complaints from customers in hot countries that the bonnet scoop sagged. I used CNC measuring equipment and helped to write up one of a series of reports, resulting in an alloy being added to the scoop so it retained its structure. The week introduced me to engineering in the real world, the importance of quality control and precision and the cost of a company’s mistakes.

Aside from my studies, I have always had a musical interest and am working towards grade 7 piano. I completed work experience at the local ‘Yamaha Homeworld’ music shop specialising in top range digital pianos. I am constantly impressed at how a digital piano can look, feel, and respond exactly like a real piano. I like being part of a team and am a keen rugby and cricket player. Being elected as prefect and head boy has further helped me to work well, and get on with others, as well as improving my public speaking. This has been complemented by taking Grade 8 ‘Speaking in Public’ last year, in which I achieved a distinction. I now feel confident talking in front of large groups and being able to communicate my ideas easily. Reading Steven Johnson’s “Where Good Ideas Come From” discussed the theory that “ideas are generated by crowds where connection is more important than protection” and for me this epitomises the importance of team work and communication within engineering.

Ultimately, I would like to play a role in the future of our rapidly developing world; studying engineering at university will not only give me the skills to do this, but will also stimulate my passion for mathematics and science.