Prompt: Describe how you will use your Purdue education to achieve your personal and professional goals.
It was by pure chance that I stumbled upon the children's book George's Secret Key to the Universe at my local bookstore in 2007. With my godfather beckoning me to "get a move on", I picked it up in a rush and proceeded to the cashier, not knowing that it would open a new door later on. The cleverly outlined and detailed explanations that introduced outer space to children opened a new area for me to invest my free time in. Interest turned into passion and five years later, I decided to become an Aerospace Engineer so I can serve aboard the International Space Station (ISS).
By taking up Further Mathematics, Physics and Chemistry at the British A-Level, I have been able to nourish my passion for outer space. Additionally, I constantly pursue my interest in physics by reading The Universe in a Nutshell and science journal, New Scientist, in order to set a strong foundation for Astronautical Engineering.
While I acknowledge that becoming a qualified astronaut is an extremely complex professional goal, I also understand that the steps I must take to achieve it are many, and being admitted into Purdue is just the first step.
If I get admitted into Purdue, I plan to use the computer programming science selective-in combination with the other courses I am required to complete in the First-Year Engineering Programme-to maximal effect in order to improve my computational skills that will prove useful in aeronautical communication aboard the ISS.
Through reading and research, I have developed an idea of integrating explosively pumped flux compression generators into propusion systems that will maximise efficiency for space expeditions, and Purdue's i2i Learning Laboratory promises a great opportunity for me to explore-and attempt to develop this idea. The hands-on experience an engineering undergraduate receives at Purdue's Engineering department offers is one of the many reasons why Purdue's Aerospace programme is ranked fourth in the USA and I feel that the rigor and depth of the course will help me stand out when I graduate.
Furthermore, by collaborating with the vast international community that thrives within the West Lafayette campus, I aim to share and develop new ideas with many like-minded students and get a broader perspective on the world around me.
1) Any suggestions for a good conclusion? A bit stuck here.
Thanks in advance.
It was by pure chance that I stumbled upon the children's book George's Secret Key to the Universe at my local bookstore in 2007. With my godfather beckoning me to "get a move on", I picked it up in a rush and proceeded to the cashier, not knowing that it would open a new door later on. The cleverly outlined and detailed explanations that introduced outer space to children opened a new area for me to invest my free time in. Interest turned into passion and five years later, I decided to become an Aerospace Engineer so I can serve aboard the International Space Station (ISS).
By taking up Further Mathematics, Physics and Chemistry at the British A-Level, I have been able to nourish my passion for outer space. Additionally, I constantly pursue my interest in physics by reading The Universe in a Nutshell and science journal, New Scientist, in order to set a strong foundation for Astronautical Engineering.
While I acknowledge that becoming a qualified astronaut is an extremely complex professional goal, I also understand that the steps I must take to achieve it are many, and being admitted into Purdue is just the first step.
If I get admitted into Purdue, I plan to use the computer programming science selective-in combination with the other courses I am required to complete in the First-Year Engineering Programme-to maximal effect in order to improve my computational skills that will prove useful in aeronautical communication aboard the ISS.
Through reading and research, I have developed an idea of integrating explosively pumped flux compression generators into propusion systems that will maximise efficiency for space expeditions, and Purdue's i2i Learning Laboratory promises a great opportunity for me to explore-and attempt to develop this idea. The hands-on experience an engineering undergraduate receives at Purdue's Engineering department offers is one of the many reasons why Purdue's Aerospace programme is ranked fourth in the USA and I feel that the rigor and depth of the course will help me stand out when I graduate.
Furthermore, by collaborating with the vast international community that thrives within the West Lafayette campus, I aim to share and develop new ideas with many like-minded students and get a broader perspective on the world around me.
1) Any suggestions for a good conclusion? A bit stuck here.
Thanks in advance.