The Benefits Of Chemical Engineering

Chemical engineering is the branch of science that deals with both the physical and life aspects of science, and it is used in a lot of industries. It consists of designing, building, and using machinery to create something. The people that are part of this field “use chemistry to bridge the gap between scientific invention and manufactured goods” (College Board). Engineering covers a very broad range of fields, but three job titles related to it include biomedical engineering, aerospace engineering, and nuclear engineering. Aerospace engineers deal with designing and building engines that fly, whether it be in the sky or beyond it. Nuclear engineers develop machines that work with and benefit from the use of radiation and nuclear energy. Biomedical

The wages for beginners and experienced workers is very high, starting at $28.59 and going up to $75.56 an hour. This accounts for a yearly salary ranging from $59,470 to $157,160 (Sokanu). The high payment is not the only benefit of the career. Chemical engineers are provided with “paid time off, matching retirement plan contributions, and health insurance” (Browne). The work itself is very beneficial because it stimulates the engineers’ thinking. Their intellects are challenged and they have to work through those challenges to create new products or solve problems. Chemical engineers can have different duties, and this means that they are not limited to doing only one thing and that many doors open up to engineers with different

A chemical engineer should be able to “design manufacturing processes, dream up new uses for chemicals, work with dangerous chemicals or equipment, troubleshoot problems in plants or factories, keep up with new technology, do lab research, write reports, [and] work as part of a team” (College Board). This envelops the four main things they do: create, collaborate, design, and build. They design processes that are needed by companies to fabricate a product; they discover new uses for already existing substances to make them more versatile; they handle dangerous chemicals because they know what precautions to take; they fix problems in factories that have to do with irregularities in levels of a chemical compounds; they stay updated on new technology to make their work more efficient; and they do research, write reports, and work in teams to make sure their findings are accurate. They have to have a full understanding of chemistry to know how elements and compounds react when combined with others. This knowledge is what leads them to come up with entirely new substances like polyethylene (a very commonly used plastic) and even regulate the levels of carbon dioxide mixed into a soda at a soda