"Scientists investigate that which already is. Technologists create that which has never been." I chose engineering as a life pursuit because I wish to engage in both. This choice was enhanced by a personal yearning to apply all that I learn; I wanted to be able to implement my physical and mathematical abilities in real life situations. I feel higher education would enable me to realize this aim.
“科學(xué)家研究已經(jīng)存在的事物，而技術(shù)人員創(chuàng)造未曾有過的東西。”我選擇工程學(xué)作為一生的最求，那是因?yàn)槲移谕軓氖逻@兩個(gè)領(lǐng)域。這個(gè)選擇的做出是出于把自己所學(xué)知識(shí)運(yùn)用起來的愿望。我期望能夠把我物理和數(shù)學(xué)知識(shí)運(yùn)用于真正的生活領(lǐng)域。我認(rèn)為繼續(xù)深造能幫助我實(shí)現(xiàn)這個(gè)目標(biāo)。
 
Although all aspects of physics and engineering intrigue me, I am particularly interested in the medical application of these two disciplines. When considering which field I might enter I realized that the only discipline that appealed to me, other than engineering, was medicine. Having researched the crossover between medicine and engineering I decided that bioengineering provided the perfect blend.
 
In order to improve my grasp of A-level Physics and Mathematics, and develop a better understanding of the options available to me in Higher Education, I have made extensive use of the online lectures of the Massachusetts Institute of Technology (MIT). I was particularly receptive to the teaching methods of the Physics lecturer, Professor Lewin.
Supplementary reading has widened my horizons and encouraged me to examine elements above and beyond the A-level course. Some of the books I have encountered include 'A Brief History of Time' by Stephen Hawking and also 'Mr. Tompkins in Wonderland' by Nobel Prize winner, George Gamow. The latter was more than simply 'a physics book' to me - the presentation of the physical principals within a love story proved to be extremely captivating. Following the debate regarding students' declining abilities and the 'dumping down' of the A-levels I have undertaken a study of material from the older, and in my opinion more challenging, 1996 syllabus. Books such as 'Essential Principles of Physics' by Whelan and Hodgson have been particularly enlightening in this respect.
 
I feel that theoretical concepts are easier to understand and more easily absorbed when they are tangible and therefore I have applied to the Year in Industry scheme, hoping that this will enhance the application of my mathematical and physical skills. Due to personal issues during the A-level exam period I was unable to achieve my potential and did not meet all my predicted grades. In order to amend this I have chosen t o retake some modules during my gap year whilst at the same time studying a new subject and expanding my language skills.
I consider that my multicultural upbringing, including 12 years in Japan, Dubai and the Sudan have led to me being a well-rounded and colorful person. As a consequence of this time I benefited by gaining knowledge about different traditions, an insight into diverse cultures, and a furtherance in my linguistic abilities. This granted me the ability to adapt to different environments swiftly and comfortably, which would explain my enthusiasm for meeting new people. Moreover, the contrast in the living standards in these different environments has shown me the importance of science and technology in our lives. 
Professionals have confirmed for me that bioengineering is an intellectually challenging field, requiring commitment and motivation. I have always believed in fully devoting myself to all that I do, and with my particular interests and experiences, I feel that only an opportunity to study bioengineering at university will enable me to express my abilities in their entirety.