PERSONAL STATEMENT To the optimist, the glass is half full. To the pessimist, the glass is half empty. To the engineer, the glass is twice as big as it needs to be. It is an honor and delight to write this personal statement to express my intentions, interests and share my aspirations and career objectives. I dare to claim that thinking big, out of the box and being innovative has been the vital ingredient of my personality. I firmly believe that key to success is an amalgam of perseverance and creativity. Out of many facets, inquisitive behavior of science is the one which charms my heart the most. At the commencement of my ninth grade, as a part of my school trip, I visited a General Motors plant to understand the working of assembly lines in large scale factories. Hands down, it was the most beautiful and interesting thing I had ever seen in my entire life. This trip kindled the love I have developed for automobiles which, at the conclusion of my higher secondary studies, made my decision unequivocal to pursue Mechanical Engineering. I have completed my Bachelors in …show more content…
These visits inspired me to dig in more into automotive and design aspects of engineering which led me to join a local automobile garage for a couple of months. Little did I know, subjects like automobile engineering and IC engines in third year would become a piece of cake. Though temporary, after the completion of this two month affair, I not only developed the skill to relate engineering principles but also reverse engineer things. This new perspective helped me fathom impending subjects meticulously. Simultaneously, after attending a workshop conducted by IIT Delhi on autonomous robotics, I developed a soft corner for robotics as well and later developed two minor projects namely, an eight sensor line follower and an all-terrain vehicle
Barry expresses the need for a scientist to possess “passion, patience, creativity, self-sufficiency, and courage” (Barry 7-8). He further explicates the word courage as not a pivot by which the pioneer dashes into the unknown but as the beacon by which the investigator must accept, utilize, and even “embrace” (Barry 10). Barry also uses diction to support the ultimatum he presents as the character of scientific research by using the word “ultimately” in lines 19 and 49. The word “ultimately” is a readily usable term that reiterates the finality of any notion, and Barry makes excellent use of it because it allows him to create a profound characterization of scientific research— his ultimatum revolves around the uncertainty which paradoxically captures the meaning of scientific research as concrete theorization founded upon infinite possibility. The pandering of intellectual curiosity to physical emotions is an irony that is not lost on Barry; he reaffirms that “to move forcefully and aggressively” requires “confidence and strength deeper than physical courage” (Barry 20-22).
Rachel Mendleson 's report in the August 15th issue titled, "Raising Young Einsteins," highlights Youth Science Canada 's Smarter Science framework and Program Director Mike Newnham 's work to engage Ontario teachers in its use - as well as photos from Canada-Wide Science Fair 2011. Framing the challenge, Mendleson notes that: "Though neither well defined nor understood, innovation is widely believed to directly influence a company’s (and country’s) bottom line. And yet, when it comes to instilling this trait in our youth, the evidence suggests that Canada’s on a slow slide to mediocrity.... Despite maintaining stable, above-average scores, Canada’s relative ranking on the OECD’s prestigious Programme for International Student Assessment,
Many people already see scientists as intelligent, but it is not as common to hear that scientists have “passion, patience, creativity, self-sufficiency, and courage.” Popular culture may promote scientists as automaton-like and lacking sentiment, or perhaps as the classic mad scientist, but Barry’s description of scientists shows that they are indeed real people whose work requires a great determination and confidence and extends beyond the realm of pure intellectualism. Using simple, but positive language allows Barry to create empathy in the reader for the scientist, but perhaps more importantly, to convey his message to a broad
John M. Barry addresses his feelings about scientists and their research through the piece from, “The Great Influenza,” an account of the 1918 flu epidemic. He adopts a speculative tone and utilizes rhetorical strategies such as fallacies, metaphors, and word choice to characterize scientists research. Barry describes the positive mind set and the requirements to be a scientists. The requirements of being a scientist would not only be, “intelligence and curiosity,”but to also to be open minded and to have courage.
With this in mind, my greatest desire is to receive not only an outstanding technical education but also grow as a conscientious and socially responsible individual. In the next four years, I envision myself in an environment that fosters a genuine sense of family among motivated students. I want to belong to a school where I can develop in character as well as in my Catholic faith, even in the midst of rigorous academic work. I look forward to a career in applied sciences, with one foot in the laboratory and the other in the real world. I daydream about discovering creative avenues for positive change and inspiring others to innovate solutions for the complex challenges of our modern
As made evident in Todd Olson’s article “Into the Poison Sky”, inventor Garrett Morgan saved millions of lives with his inventions. Born in Paris, Kentucky, Morgan moved to Ohio as a teen to help support his family and for better opportunities for himself. Morgan possesses the qualities described in Mackenzie Carro and Alessandra Potenza’s article”6 Qualities of a successful Inventor”. Of those six, the three that contributed the most to Morgan’s success were his desire to solve problems, his insatiable curiosity, and his resilience. One trait that Morgan has is problem solving.
Today, in the era of big data, machinery, and STEM (science, technology, engineering and mathematics), it is common to hear that liberal arts degrees and humanities majors are, well, comparatively worthless. Edward Conard, the author of the essay "We don't need more humanities majors", stands by this idea and argues that individuals with degrees in the STEM fields contribute far more to the economy and society than those who major and get degrees in the humanities/liberal arts field. This is actually not the case. Humanities help us understand people through their histories, cultures, and language with majors having an emphasis on languages, literature, music, art, and philosophy. Without humanities, we would not have been able to progress
All in all, I saw a lot of things and got tons of experience. It was also awesome to get to see all the old friends who I hadn’t seen in a while and they really
Assembly Line: Who- Henry Ford What- On December 1, 1913, Henry Ford installed the first assembly line for the mass production of an automobile. On June 4, 1924, the 10-millionth Model T left the assembly line.
As a dreamer and queer woman of color, pursuing a career in STEM has been quite challenging. But I have never let anything get in the way of reaching my goals and dreams. I have swam against the current in order to be where I am today, where I have dreamt of being. I am currently a second year student at Trinity Washington University majoring in biochemistry and minoring in mathematics. I am a dedicated student and an analytical and skilled critical thinker who is eager to learn.
International Journal of Students ' Research in Technology & Management, 2(6), 203-206. The autonomous car or the driverless car can be referred to as a robotic car in simple language. This car is capable of sensing the environment, navigating and fulfilling the human transportation capabilities without any human input. It is a big step in the advancing future technology.
Response to the Part 2: PESTLE Analysis on “Driverless Cars” in My City..... I am working in Hosur, Tamilnadu. Since already Mr. Kesavaraj covered his analysis on Hosur, I would like to take my Native City “Coimbatore, Tamilnadu” for my analysis. “Coimbatore” – Manchester, Nucleus & 4th Largest Cosmopolitan City of South India. It is well known for its year around awesome Climate & world’s Sweetest drinking water “Siruvani”.
One character trait of Albert Einstein that he couldn’t have become so successful without was him being so inquisitive. While at school, he was always bored out of his mind because the lessons were always too easy and boring.
There is this famous saying, ''Develop a passion for learning. If you do, you will never cease to grow". I could not agree more. Growing up as a kid, I vividly recall myself always being enthusiastic to learn and explore. Now I stand on the state where I can proudly say that this passion has driven my growth, motivated me to grow even further and augmented my hunger for quality education.
Personal Statement of Purpose I, Nilay Pramodbhai Patel, take this opportunity to introduce myself as a graduate of Mechanical Department from Gujarat Technological University, Gujarat. I now want to take the next step by specialising in Global Production Engineering (Manufacturing) by undertaking and pursing my postgraduate studies at Technical University of Berlin in the specialism mentioned. I would humbly request you to take time and consider my application to you and put forward this personal statement of my purpose of seeking higher education at your university together with supporting testimonial and recommendation letters from my college and current employers.