In an increasingly global and interdependent society, there is a need for diversity in thought, background, and experience in science, technology, engineering and mathematics. How do you see yourself contributing to the diversity of Caltech's community? (200 word max)
From Napoleon's battles to genetic engineering; from Communism in China to Fermat's Last Theorem: my studies and experiences in different fields, from Philosophy to Biology, broadened my mechanisms of logic, reasoning and analysis of scientific issues. Throughout my High School years, the insights and skills I acquired when studying Geography or Sociology, for example, granted me with widen tools of thinking, decomposing and solving problems.
Studying Symbolism poems helped me to gather the apparently uncorrelated pieces and build the big picture; to look for the essential information, removing pointless data. Also, the cause-consequence perception I acquired when studying Historical events and their development broadened my approach of Mechanic and Thermodynamic problems. Similarly, the different sequences of amino acids and their correlation to codons and proteins provided me unconventional insights into Permutation and Combinatorial Analysis.
It's like unraveling knots: there are infinite possibilities, but choosing the right dot may save you a lot of time. Likewise, take a look at Rafaello Sanzio's School of Athens: the convenient and suitable use of each color is what makes it a masterpiece - that's the "interest" I want to bring to Caltech's community.
the "interest"
From Napoleon's battles to genetic engineering; from Communism in China to Fermat's Last Theorem: my studies and experiences in different fields, from Philosophy to Biology, broadened my mechanisms of logic, reasoning and analysis of scientific issues. Throughout my High School years, the insights and skills I acquired when studying Geography or Sociology, for example, granted me with widen tools of thinking, decomposing and solving problems.
Studying Symbolism poems helped me to gather the apparently uncorrelated pieces and build the big picture; to look for the essential information, removing pointless data. Also, the cause-consequence perception I acquired when studying Historical events and their development broadened my approach of Mechanic and Thermodynamic problems. Similarly, the different sequences of amino acids and their correlation to codons and proteins provided me unconventional insights into Permutation and Combinatorial Analysis.
It's like unraveling knots: there are infinite possibilities, but choosing the right dot may save you a lot of time. Likewise, take a look at Rafaello Sanzio's School of Athens: the convenient and suitable use of each color is what makes it a masterpiece - that's the "interest" I want to bring to Caltech's community.