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Career opportunities in Chemistry
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MTSU Chemistry Major ~ Overview and Career Opportunities
Welcome to the MTSU Chemistry! I know this is an exciting time after high school graduation, yet also a time to start your first step towards your career. Here at MTSU, we work hard to make sure our students find great opportunities in professional jobs and further education. For those pursing an undergraduate degree as a prospective Chemistry student, we would like to tell you a few things about the Chemistry Department at MTSU as we offer a strong curriculum oriented to your career pathway, a new state-of-the art science building, and open doors to potential career opportunities. Chemistry majors at MTSU can expect four years of analytical, biochemistry, organic, inorganic, and physical
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It requires 43 hours of chemistry courses and does not require taking a minor or a second major. In the ‘Biomolecular track [BMT],’ there are no electives needed and requires 8 hours of work in biochemistry. In the ‘Materials Track [MT],’ there are 3-4 hours of electives to focus on other areas of general chemistry. On the other hand, we have the Regular Chemistry Major that has only 36 hours of chemistry courses and does require taking a minor or second major. The regular chemistry major is intended for those who wish to double major in science-related …show more content…
Bureau of Labor Statistics. To highlight chemist, their median annual wage was $73,740 in May 2016. The lowest 10% earned about $42K and highest 10% earned more than $129K. The top two industries in which they worked were mostly federal government jobs, then research development in physical scientists, engineering, and life sciences. Likewise, the top industries for material scientists were computer and electronic product manufacturing and research development. Chemists and materials scientists typically plan and carry out complex research projects, direct technicians in testing and analyzing components and the physical properties of materials. They also instruct technicians on proper chemical processing and testing procedures. Chemists write technical reports and present details of their methods and findings.
Important job qualities needed to be a successful chemist requires analytical skills to carry out scientific experiments, precision, and accuracy in their analyses. They need communicational skills to write reports and give presentations, critical thinking skills to evaluate the validity of their own work and the work of others, and problem-solving skills to develop new chemical products in a long-process of trial and error to reach a meaningful clinical
Chemists are the specialists in chemistry, that interact with chemical properties, and reactions. The earth is made up of different gases. Some of this gases are needed for life in the planet but other gases can be harmful to the living. Gas’s use in regular quantities are favorable to the earth. The world started to become more advance and had to use more of this gases to produce everyday objects and inventions by men. Little did we knew this chemicals we going to affect us in our life. Chemist Jose Mario Molina actually discovered that chlorofluorocarbons were affecting the ozone layer.
You have to have an overall understanding of science and chemistry as well as math. This profession is for outgoing, friendly, loving, caring people who want to make a difference in someone’s life. Education is one of the most important factors in this field. Science is evolving everyday day and it is important to keep up with research. Not only being able to gain knowledge from the years of education but being able to diagnosis patients and giving them the proper treatment. It is important to have good communication skills when having to work with sick children and worried parents. To be able to ask questions by listening to the child and the parent and helping to understand the situation in order to get the child healthy. Diverse is the key to preparation. You will come in contact with many different
	I am attending NYU so that I can get a job later in life. I study chemistry and engineering, in the hopes that I can become a chemical engineer.
...things I like the most about my degree program is that it is not all about academic studies even though it is heavily science-oriented. In that regard, my classes do emphasize atomic physics and chemistry, but they also offer substantial opportunity for practical experience. In the words of Professor Hejny, "It's not just classes; clinicals, homework, and practical experience make this a full-time program."
I have decided to choose this type of science degree because I love the mathematical challenges working out physical chemistry calculations such as equilibrium and lattice enthalpies. Furthermore, I know that chemists have to be f...
Wellnitz during junior year, and this course had a major influence on my selected area of interest. During my high school years at GSMST, I had the chance to work in a lab every single year. I learned the fundamentals on lab safety and equipment in freshman year chemistry. Little by little, I was learning how to use the lab equipment and when to use what type of lab equipment for different lab experiments and scenarios. I was able to spend most of my time in the lab during my AP Chemistry class. At least every two weeks, we had a lab were we could be very hands on and actively learning how chemistry can be applied through experiments. I would always be prepared and ready to collect data and collaborate with my fellow lab partners. For certain types of labs, we were able to design our own experiments so that we could have a chance to think on how acquire certain lab results. I soon began to realize the passion and enjoyment I felt working in a lab when I thought about my science fair project. My science fair group members and I worked long hard hours collecting data all night so that we could prove a simple engineering concept. There were times where we wanted to give up, but the feeling of accomplishment and completion trumped all of that. The thought of success and completing a project in a lab had major influence to my decision in the selected area of
Where having a background knowledge of chemistry is important to understand the theoretical principles such as the chemical bonding and reaction pathways. Some biological and medical understanding is also important. Then next step is applying the mathematical methods to the scientific problems, Through the use of the analytics skills. For that Proficiency in various levels of programming languages is needed. Along with code development, software architecture skills, Computer modelling and statistical analysis methods. Other skills required are Problem-solving skills, Critical thinking, ability to work with and extract information from large datasets, adapting and integrating computer software to solve new categories of problems, as well as the skills in communication and the ability to work in teams are important.
The various processes and concepts involved in industries responsible for the production of innumerable day to day goods have always captured my fascination. The production and processing of chemicals form the crux of such industries. What started as a fascination has turned into a passion, and the next step in this journey is why i am aspiring towards a Master of Science degree in CHEMICAL ENGINEERING at PENN ENGINEERING specializing in {Specialization}.
Though many people fail to realize it, chemistry is a subject essential to everyday life, due to the fact that it is the branch of science that deals with the identification of the substances of which matter is composed. But what we must understand is that everything in the universe is composed of matter, hence chemistry is necessary in learning more about the world and universe that we live in. There are many careers and fields affiliated with chemistry that people pursue to learn more about the composition of the universe, but for now, let us examine the logistics of three of these careers. These three careers involving chemistry are geochemistry, environmental chemistry, and chemical engineering.
Berkeley provides also a graduation plan to help you navigate their programs perfectly. You are required to take two years of chemistry with lab, one year of physics with lab,
Throughout my school career I have always loved chemistry. In Chemistry there was always a sense that there was more, there was always something new and exciting to be discovered and theories to be proven (or even disproven). Chemistry was the main subject with a real practical aspect to it during school and it is this, along with my genuine fascination with the subject, which fuels my desire to study it further.
Chemistry, biology, and environmental science are a few of the many opportunities that are available. I built my walls with an Associates of Science in Chemical Technology. I was hired by Eastman Chemical Company in 1991 and worked in the chemical pilot plant organization. I was able to us my engineering and computer science experience from the military and my education in chemistry. Chemical production and manufacturing plants were built to make material and chemicals for customers.
Having a degree in chemistry opens the door to a wide array of careers. These jobs include chemical engineer, analytical chemist, and pharmacologist. The job that has me most interested is a Chemical Engineer. These top of the line engineers turn raw materials into useful products. They can make petrochemicals,
Chemist performs laboratory and field tests to monitor the environment and investigate sources of pollutions. A job as a water purification chemist falls under the broader career category of environmental science and protections. Water purification chemists must be comfortable working in a laboratory setting as well as in the field, and they must be comfortable communicating their findings and opinions to others.