Chemical Engineering is a broad discipline of engineering which utilizes basic principles of science, chemistry, mechanics, biology, and engineering to effectively utilize, create, design, manufacture and transport substances and energy. It also involves research and development in all areas of chemical engineering.
Chemical engineers are responsible for the production of products and solutions that make our lives easier by improving productivity, energy efficiency and health. Many of these products are used commercially by individuals or companies.
Chemical engineers have to be very accurate and detail oriented so that they can analyze and interpret data. They must be capable of synthesizing new and improved processes, new materials, and new ways of using existing processes. They must also be able to demonstrate their findings to their supervisors and other engineers.
While this field of science and engineering may seem quite complicated, it does require some technical skills. This field can be quite exciting as well as stressful at times.
Chemical engineers should not be intimidated by large amounts of complexity. They can learn the scientific principles behind the products that they develop. In fact, there are many books that can help them to understand the theory of thermodynamics as well as the chemistry that is involved with the chemical reactions.
Chemical engineers are very versatile. As long as they are able to apply their knowledge, they can be employed by a variety of different companies. Chemical engineers can work in the aerospace field, biomedical industries, manufacturing industries, the energy industry, environmental engineering, water treatment facilities and even in academia.
There are a number of schools where engineering graduates can get a degree in Chemical Engineering. These include the College of Engineering at California Polytechnic State University, the California Institute of Technology, the Massachusetts Institute of Technology, and the University of California at Berkeley.
Those looking to advance their career in this field will need to take certain courses and pass certain examinations. Those looking to get into the field of medicine, for example, should get a degree in biology or chemistry before they can become an engineer. Those looking to work in the defense industry will need to get a degree in either mechanical engineering or electrical engineering. Those wanting to work in the biomedical or environmental sectors of science can look towards a graduate school.
The first step is to decide which type of degree program you are going to pursue. If you have a Bachelor's Degree, you can go directly to work in a lab or an office building. Those with a Master's degree will have a great deal more freedom when it comes to their job choices, but they will also be able to use their knowledge and abilities to create more innovative products and processes.
There are some degree programs that are accredited and recognized by both the United States and other countries. These programs will give a person an advantage when it comes to getting jobs and advancing in the field. These . . . . . . programs are usually offered at colleges and universities that specialize in a certain area of Chemical Engineering.
There are also graduate school programs that are offered online. There are universities that offer a number of online programs that can lead to a Bachelor's or Master's degree in Chemical Engineering. Some of these universities are accredited by the United States Department of Education.
Those who want to pursue a Master's degree in Chemical Engineering will need to complete a rigorous program including theoretical and practical training. This is often combined with a one year internship.
Many people who choose this field also choose to obtain a doctorate in Chemical Engineering. The requirements for obtaining this degree will vary depending on whether they choose to get a Bachelor's degree or a Master's degree. In order to achieve a Doctorate degree, a student needs to complete an additional four years of study.