Efficiency is minimizing waste and maximizing benefit. I chose to pursue a degree in industrial and systems engineering because I enjoy the challenge of planning things within certain constraints, in the most efficient way possible. When I first began my undergraduate studies, however, I wanted to pursue a degree in the biosciences. From where I began to where I am now is a journey in itself, but I have found a field of study that I love and I'm excited for the future it holds for me.
In high school, I attended an academy that focused their curriculum on the biosciences. I attended the academy because I initially wanted to become a doctor. I always knew that I loved science and math and I knew that this academy would prepare me for college and my career in medicine. I started my undergraduate education majoring in chemical engineering with a focus in biotechnology. Before my first semester ended, I started to realize that the love I once had for the biosciences no longer existed. I realized I liked working with things and people and ideas more so than what I was getting in my classes.
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I began researching my options to find the next best alternative. I spoke to career counselors at my school and they pointed me to industrial and systems engineering. I researched job opportunities within it and was surprised to see how broad my options were. There were opportunities in every industry working with a range of people, ideas and things. The more I looked into the curriculum, the more I realized how perfect the field was for me. I consider myself to be a planner, and I loved that I would be able to learn how to plan more efficiently in a way that was still
As a child I always desired to study math and science. There is just something about solving problems, and finding solutions that catches my attention. Learning about the world, and how it function is very interesting to me. These subjects have help keep me wondering what I could learn next, and the reason being that I am a scholar in my classes. One accomplishment that I am proud of is being on the A&B honor roll.
During my high school years, I pondered upon what my future held for me. The only thing I knew at the time was I loved science. It was during my junior year that I discovered how much joy my AP Psychology course brought me, particularly the units which covered the brain and how it produced behavior. This set me on my path to pursue my undergraduate degree in neuroscience. When I arrived at Randolph-Macon College as a freshman, I had the opportunity to meet a couple of excellent peers whom I will be forever grateful to.
There are many attributes that I could bring to the UW Platteville campus. To start, I am a Christian and I put my faith and my family above everything else. This means that I also uphold the morals and standards set by my faith and family. I love my family and both my parents and my siblings have helped me grow tremendously. I have four siblings ranging from four to fifteen and helping them grow up has also helped me to mature as well.
When I first came to the United State, I did not speak any English, but I had the desire to continue my education and to learn English. Growing up as a child, I only had one dream to become a chemical engineer. However, there have been many different challenges have been part of my journey. I remember starting school when I first came to the United States, at a local community center. Young and dedicated, I decided for the first six months that I would not speak any of my native languages and only focus on English.
When looking at colleges, I seek to find a institution that can help me grow in three specific areas to achieve my educational goals. If I can gain a solid foundation in general knowledge, an ever-increasing ability to critically think, and a well-rounded capacity to interact with and administer computer systems, I will become both prepared and uniquely qualified as I work towards my immediate goal of earning a computer related degree. Both the knowledge and the degree will serve me well as I go on to become an employee entering the highly competitive technology workforce. My interest in computers began as a middle school student.
When I began my undergraduate education at Dickinson College I was unsure what I wanted to do with my life. But I knew from high school that I loved physics, so I took a class, and by the end of my first year I was able to confirm where I belonged. My time as a physics major at Dickinson has presented me with an abundance of opportunities to grow as both a person and as a student. The first time I experienced a class from the perspective of a teaching assistant, I knew I could not let my time in academia come to an end upon graduating. To see fellow students undertaking the same academic pursuits as I once had, and to be able to guide them in these pursuits, is nothing short of magic.
and I knew that with my hardworking nature and dedication, graduate studies would be the best possible way of attaining it. In the graduate sciences program, my goal was to excel in Chemistry and Biology. I loved these courses in high school, but did not understand that to excel in them would mean going beyond the expectations of my high school courses. When I first enrolled in a biology course in college, I initially felt that I would not be able to meet their challenge.
"Time and Tide wait for none", keeping that in mind I decided to sort-out some options for further education after completing my bachelors in field of electrical &electronics engineering,during period of my bachelors i have developed my keen interest in Fields of electronics and other hand electronics is inseparable part of human in 21st century so it's evergreen field . I have completed my bachelors in electrical & electronics engineering from GTU having a CGPA of 6.82. During my bachelors I acquired knowledge related to Power electronics, Industrial automation, Power system, Electrical machines etc. The sprak of getting deeper in the field of electronics ignited in my mind when i came across subject called 'Industrial automation' during my bachelors and that very time i decided to go deep in electronics field.
I have an innate curiosity for how things work. Whether it’s researching the mechanisms of metastasis in cancer cells or learning about how mutations in a single gene can cause disorders that affect the entire body, I have always been fascinated by what causes things to happen the way they do at the molecular level. This curiosity, coupled with my admiration for intimate doctor-patient relationships, fueled my aspiration to become a physician. Through shadowing a hand surgeon and a gynecologist and volunteering at nursing homes, I have engaged with many patients and listened to their unique stories. These experiences have further deepened my interest in medicine and my desire to become a physician.
I enjoy engineering, in fact when I get older I want to become a biomedical engineer. I want to be able to help people. As well as find solutions to help people in their everyday lives. So that hopefully it would make life easier and less stressful for them. I enjoy all the problem solving that comes with engineering.
In elementary school, I always wanted to do something STEM related. Science, especially space, and big machines fascinated me. Thus, I spent a lot of my free time reading about space and trains. Huge engineering projects fascinated me, and in my neighborhood, where the MTA was building a brand-new subway, they could be seen just down the block.
I enjoyed how these problems made me think in ways that were not exactly straight forward. Often times in order to solve these problems I needed to apply multiple concepts together in order to make it possible to solve the problem at hand. From this I learned that I had a talent for problem solving
No matter how many hours it took I never got tired of attempting to solve the puzzle and would not give up until I did. Electrical engineering perfectly follows the path I have been on for my entire life now and I absolutely love the idea of getting to help other people solve their own problems. Electrical engineers are responsible for maintaining and developing electrical control systems that influence our economy and sustain a reliable quality in the safest manner possible (Prospects). These systems can assist with lighting, heating, ventilation, transportation, and production of power (Prospects).
I was not sure what I wanted to study or major in, but once I was introduced to chemistry I began to grow a passion for it. I found myself reading books about this subject on my free time, I understood the topic very well, and I simply felt comfortable when learning about it. After sophomore year, I went on to AP Chemistry with a teacher named Leslie Bailey, this teacher was also a catalyst towards my “success” in being
I continued this all through high school, until my junior year. This is when I decided to take an Introduction to Engineering class. Now the class at first was really fun we learned how to use a program called Autodesk Inventor and I really liked it. Then as time went on I grew less fond of it, and then