Statement Of Chemical Engineering

Out of all of the skin care products in the world, your bathroom cabinet needs to be filled with products researched and designed by me. When I entered high school, I discovered my passion for selecting lip sticks, lip glosses, lotions, perfumes, and makeup foundations. You name it. After learning about the connections between the information in my chemistry class and these items, a light bulb went off! I maintained an A average in chemistry throughout the whole year! Additionally, in 2014, I became a student in the Academy of Engineering and Technology, which also heightened my interests in chemistry. In a science fair at that academy, there was a chemistry course where we made colorful slime, and during that process, I learned that I get an adrenaline rush when I am mixing different chemicals together to see what the outcome is. Majoring in chemistry at Norfolk State University will definitely prepare me for a very successful future in chemistry! My ultimate goal is to conduct research and development for chemical cosmetics. I plan to obtain employment at the greatest companies in the world such as L'Oréal and Avon.

Until about 2 years ago I was not quite sure what path I would choose for my future career, let alone what path I would choose when I arrived at college. I tended to be adept at subjects such as science and mathematics throughout my high school life, however I was never particularly fond of any one subject in particular. However, that changed my senior year of high school when I enrolled in AP Chemistry. I was intrigued by chemistry when I attended the pre-AP Chemistry course, however I was not particularly interested at that moment. However, AP Chemistry came with a plethora of hands-on experiments and procedures that existed to illustrate basic concepts of chemistry. Although it may sound mundane, I was amazed at some of the concepts we learned being implemented in front of our eyes, and I was especially

From a young age, I have been fascinated by making things and learning how they work. My educational experience and community service projects have given me an appreciation for engineering from project managing and constructing my Eagle Scout project to enjoying my chemistry and physic classes. I plan on obtaining a degree in Engineering because I enjoy taking something from conception to production and I am interested in the science and math behind

As I grew older, my love for the sciences grew. Since I enjoyed science, I took as many science courses in high school as possible to find the right concentration for me. Through the classes, I discovered that I enjoy biology and chemistry the best because I love learning about the principles of life. It is always exciting to learn about the ways of nature and all the complex processes in organisms that work together in harmony to create that single organism. Furthermore, the complex processes of life all have a chemistry background.

At TAMU to become a chemical engineer, you will work in the engineering department. A chemical engineer works with chemicals, materials, and energy combined with physics. If interested in engineering, it is important that you take these high school courses: Biology, Calculus, Computer Science, Electronics, Engineering, and Geometry. Chemical engineers make around $58,830 a year to $154,840 a year. As a chemical engineer, you can work in multiple industries: Design and Construction, Electronics, Energy and fuels. Setting up a career plan with TAMU may entitle you to a good job in the future. For example, a job at Hershey. This Career path is great for making money and is not hard on you in college. In America, we are short thousands of engineers. This means that you will have a great acceptance rate at careers in engineering in the future.

Accelerated Chemistry I is a demanding course that involves critical thinking and problem solving. Throughout the course you will be asked to analyze data, draw conclusions, process new information, and build your own understanding of chemistry concepts. Only after you have investigated new ideas will you discuss them formally. The model we will be using in class is - engage, explore, explain, evaluate. You will be asked to analyze common occurrences such as melting ice cubes and burning candles in order to understand the chemical processes that allow them to occur. You will analyze the relationship between macroscopic properties and microscopic structures, which in turn will help you to gain a better understanding of the world around you,

After taking AP Chemistry, I knew that I wanted to study chemistry in college. I also have been a very inquisitive person my whole life, wondering why things are and how things worked. My inquisitive nature and love of chemistry is why chemical engineering appeals to me. I am drawn to Biomedical engineering due to its application of both chemistry and biology to solve medical problems. Doing a complete 360, I am interested in art history, because not only do I find art fascinating, but I also find it mesmerizing how artists visually represent and were inspired by the world around them.

Attending GHP has been a dream of mine since 8th grade. The idea of spending a whole month on a college campus, expanding my knowledge is exhilarating. I have always found that I am immensely engaged in science. Being in AP Chemistry has broadened my horizons and interest in understanding why matter matters. I have fallen in love with the subject and I'm happy to know that balancing chemical equations and the laws of thermodynamics will stick with me for the rest of my life. I hope to expand my grasp on the subject while attending GHP.

I intend to be a chemistry major in college. In addition, I hope to make chemistry my career, ultimately obtaining a PhD and becoming a researcher in a laboratory. Both of these are motivated by my passion for chemistry, discovered in sophomore Honors Chemistry and cultivated in AP Chemistry and by studying for the Chemistry Olympiad. Some other careers I might consider, though with less fervor than chemistry for now, include intellectual property (patent lawyer) and chemical engineer.

As a kid, out of curiosity, I used to study the ingredients in household chemicals. A lot of dangerous substances had very useful applications. Chlorine, for example, is both a poison to humans and the thing that makes pools swimmable. This kind of paradox about common household chemicals and what they do to water is what led me to take rigorous science courses in high school, where I nurtured my passion for chemistry, as well as biology, and physics. I participated in chemistry league competitions and Olympiads as a way to build my knowledge piece by piece, like building lego. I studied atomic structure, covalent bonds and ionization energy asking myself: Why? How do molecules stick to each other? When would it be advantageous to unstick them?

Therefore, the concepts make sense to the knowledge I previously learnt, especially when combined with the other sciences. The more I learn, especially this year in the university introductory courses, the more exciting and interesting chemistry becomes. This excitement of making sense of my previous knowledge needs to continue, as I told myself, and I would need to take chemistry as my major to do so.

The idea of seeing a project come to life is what provokes my desire to become an engineer. In the past, engineers have created the greatest historic innovations such as health technology. My passion for chemical engineering is seeing how the fundamental theories of Chemistry, Physics and Math can be applied to create an innovative industry. In very concrete ways, engineers

Learning Chemistry, Maths and Physics never got me tired. I’ve started to experience enthusiastic feelings towards those subjects during my high school as I was acknowledged to proceed with my upper school in science stream. I couldn’t agree more that being a science student is very challenging as it involves critical thinking which relates with the theories and practical. However, after a couple of months of learning, I came to realize that I have been intrigued by those subjects despite the challenging parts of understanding. Hence, I really look forward to further my studies in Chemical Engineering which involves deeper understanding of those subjects.

Chemistry is ubiquitous and its prevalence is evident in everything right from environment, biology and even in technology. It is this versatility, which aids me in gaining insight in every field of science. Being a graduate in Bio-analytical Chemistry and Organic chemistry, my enthusiasm and inclination grew towards quantitative and qualitative analysis of natural and synthetic compounds in research laboratory. It is with this passion, I look forward to unravel the mystics of analytical chemistry through theoretical and practical knowledge. Therefore, I would like to apply for the Doctoral Program in Analytical Chemistry at University of Massachusetts - Dartmouth.

I particularly love experimenting with the challenges involved in understanding Chemistry. The different aspects of Chemistry, as well as the continually changing requirements of our society, fascinate me. I wish to build up my career as a renowned researcher and participate in the cutting-edge research in the field of Chemistry. I also dream to have hundreds of publications in conferences and Journals with high impact factor. I believe that pursuing higher studies will be the best way for me to start the journey towards my goal. Moreover, the Ph.D. degree would not only extend my understanding of what I have learned until now but also help me to develop my career as an academician in future. A doctoral degree could help me to train up myself in finding; evaluating and documenting a research problem in a methodical way that I need most to become an organized and meticulous researcher in future. In every society, doctorates are widely recognized as exceptional talents and intellectual elites since they can have a significant contribution to the world through their research on analyzing the existing problems and finding feasible solutions.