Chemical engineers design processes and equipment for the production of commercial chemicals in a variety of industries. They work in sectors such as energy, health , fuel, food , paper and pulp, pharmaceuticals, biotechnology and electronics. Some chemical engineers specializing in areas such as oxidation, polymerization or nanomaterials focus on specific products. The career of chemical engineers include training and teaching of physics, mathematics, mechanical and electrical engineering, chemistry and manufacturing processes.

chemical engineer

Middle and high school

Chemical engineering is a scientific field, so early education in middle and high schools will include math and science. In middle school, advanced science classes and classes available, pre-algebra and algebra, are fundamental to the preparation of the scientific career base. In high school math classes in algebra, geometry, trigonometry and pre-calculus are courses essential basic for college science. Science classes in high school physics, chemistry and biology to prepare students for college-level science, and statistics classes and computer science are useful. The courses in summer schools in the local community in the advanced college level science offer additional training in scientific studies.


Undergraduate education

An associate degree in chemistry or engineering is a good start for candidates for chemical engineers, but a four-year degree is essential for most entry opportunities. Chemical engineers require a degree in chemistry, engineering or a closely related scientific careers to start their specialization. The courses of undergraduate chemical engineering include calculus, separation processes, chemical physics, statistics, thermodynamics, process measurements and controls modeling of chemical processes and separation processes.
Postgraduate studies

The master’s and doctoral degrees in chemical engineering are usually required for research and advanced engineering management titles. A licensed professional engineer is required for many positions, including senior engineering, government agencies and teaching positions at state universities. Becoming a professional engineer registered and licensed take at least four years and requires the approval of the examination of “Principles and Practice of Engineering”.

Professional Organizations

Professional organizations for chemical engineers as the “American Institute of Chemical Engineers”, the “National Organization of Black Chemists and Chemical Engineers” and “American Chemical Society”. Professional organizations offer resources industry and current research, continuing education opportunities and career guidance, as well as industry publications and magazines such as “Chemical Engineering Progress”, “Process Safety Progress”, “Accounts of Chemical Research” and “Chemical and Engineering News” (“Progress in Chemical Engineering”, “Process Safety Progress”, “Accounts of Chemical Research” and “Chemical and Engineering News”). Join a professional organization such as student provides professional guidance and possible employment opportunities.