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Chemical engineering

Chemical engineeringTraditionally, chemical engineers develop and apply manufacturing processes that transform raw materials into foods, detergents, textile fibers, metals, plastics, rubber, paper, paints, fertilizers and fuels. However, chemical engineers can do much more.

If you study chemical engineering at Texas A&M, the skills you learn will allow you to use elements from all areas of engineering, science, mathematics and technology to design and produce new plastics, ceramics, superconductors and alloys. You'll be able to help deal with toxic wastes and other kinds of soil, water and air pollution. Your skills will move new biotechnology processes from the laboratory to the factory. View our full description

You'll begin by studying the fundamentals of chemistry, physics and mathematics, plus related engineering fields and the social sciences.

In your senior year, you'll get a chance to use what you have learned in a major design project that will require you to apply what you have learned to solving a realistic problem.

You'll use state-of-the-art laboratories to apply classroom discussions to real problems.

Career opportunities for chemical engineers are almost endless in fields ranging from designing chemical manufacturing facilities and petroleum production to pharmaceuticals and health care. Chemical engineers qualify for positions ranging from basic research to management because their training emphasizes problem-solving skills, breadth, versatility and strong scientific fundamentals.

Research and teaching offer additional opportunities for those who pursue advanced degrees in chemical engineering.

Chemical engineering at Texas A&M

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