Although it is difficult, one can become an Engineer, especially a Chemical Engineer, after a traditional Chemistry Undergraduate program, but other kinds of engineering are also possible. A chemistry degree, coupled with sufficient School of Education preparation, can lead to a worthwhile career in Elementary through High School Science teaching, a field whose needs will never decrease. The shaping of young minds which chemistry teaching affords the individual is worth considering. In any case, during your University studies, you should establish a continuing relationship with at least one member of the chemistry faculty, so that you can in a timely fashion, seek input into the kinds of decisions that you are likely to face as your education proceeds. From summer employment possibilities, to timing considerations concerning applications to graduate and professional schools, to possible awards and scholarships, your best starting source for help and advice is a faculty member.
Chemistry covers many subjects, many methods, and many objectives which are difficult to categorize.
Other important areas of chemistry at the advanced undergraduate or graduate level are biological chemistry, polymer chemistry, environmental chemistry, and materials science. Although every effort has been made to make this handbook accurate, the official regulations and degree requirements are those given in the University's general catalog. We urge every student majoring in chemistry or just considering majoring in chemistry to consult with a chemistry faculty advisor early in the student's career. This assures a most efficient and effective program of study and minimizes potential misunderstandings and scheduling problems. The table below outlines the differences.