The chemical industry, because of its dynamic leadership and willingness to invest in research, is one of the most progressive of the major industries. The undergraduate chemical engineering program at The Ohio State University is directed toward preparation for professional service in the years ahead and for continuing education in graduate studies. The curriculum begins with the study of physics, mathematics, and chemistry, with special emphasis on the latter. These fundamental concepts are then integrated into studies of chemical engineering unit operations and chemical processes. The last year of study is devoted largely to the research, development, and design aspects of chemical engineering, in which many concepts, including economics, are brought together in the final design and optimization of a complete chemical process.
Computer use is stressed.
In addition to the basic program, students elect courses in areas of specialization such as polymer engineering, environmental engineering, process dynamics, optimization, rheology, catalysis, biomedical engineering, biochemical engineering, or other technical areas related to chemical engineering. Candidates for the degree Bachelor of Science in Chemical Engineering can also satisfy the requirements for the premedical and predental program by taking appropriate technical electives. The following curriculum and list of minimum requirements for the degree Bachelor of Science in Chemical Engineering are effective for all students entering the University without prior college credit. For a description of the first year's course work, refer to the premajor program . Chem Eng 200 is also offered in Winter Quarter and Chem Eng 201 in Spring Quarter.