Online Programs in Chemical Engineering
Chemical engineers apply engineering and chemistry principles to bridge manufacturing and science solving problems involving the use of chemicals and their production. It is more complicated and very different from regular chemistry because chemical engineering involves controlling chemical reactions and harnessing chemical reactions in commercial applications. Chemical engineers are often involved in the development and designing of equipment in chemical manufacturing, supervise production in manufacturing and treating byproducts, testing, and chemical manufacturing of pulp and paper, photographic equipment, and electronics.
Students majoring in chemical engineering learn the importance of reorganizing molecules structure and chemical process designs that pharmaceuticals, foods, petroleum, and chemicals can undergo. They also have the skills and expertise to help protect the environment from hazardous waste and potential pollution. With the knowledge that chemical engineers possess today, their duties overlap in several fields and they use their chemistry principles in areas such as electrical engineering, mechanical engineering, mathematics, physics, and chemistry. Many chemical engineers choose a particular field or chemical process to specialize in, such as polymerization or oxidation, or chlorine bleach, automotive plastics, pesticides and fertilizer development. Chemical engineers main concerns are the safety of customers and workers and the affect of chemicals manufactured on the environment. Unlike years ago, today's chemical engineers require the up-to-date computer technology skills necessary to achieve, optimize and maximum efficiency in all production and research phases. They require the skills and knowledge to apply their computer skills to statistical quality control, automated control systems, and chemical process analysis.
They predict that the job outlook and overall employment for chemical engineers will remain slow through 2012. Although there is a decline in the chemical manufacturing industries overall employment, with their continued research in the development of more efficient chemicals and new chemicals, there are openings for jobseekers in the pharmaceutical manufacturing industries. Many will accept positions in non-manufacturing industries such as testing and research and service industries. Due to many chemical engineers reaching retirement age, leaving the labor force, or changing occupations, many new job openings will result.
Over half of all chemical engineering graduates work in the manufacturing industries such as petroleum refining, electronics, paper, chemicals, and related manufacturers and industries. Some choose positions in chemical companies in the development and research areas or accept jobs with technical, scientific, or professional service firms. Some chemical engineer majors further their education and obtain their master's and doctorial degrees.