Chemical engineers apply the principles of chemistry, physics, and engineering to design equipment and processes to transform raw materials into high value products. The food we eat, advanced aerospace materials and systems, the paper we write on, the batteries and semiconductor chips that run our technology and the pharmaceuticals and advanced medical technologies keeping us healthy have all been touched by chemical engineers.
See Articulation Agreements for more details about the colleges who accept this degree.
Students are responsible for knowing transfer requirements and policies, as well as specific course choices and GPA requirements, and are urged to consult the catalog of the institution for which they plan to transfer.
Sample Career Options
This degree can lead to a large number of career possibilities, some of which may include what you find at the right. The majority of these jobs require a bachelor’s degree and this degree can assist you with earning that bachelor’s degree.
- Materials Engineer
- Nuclear Engineer
- Environmental Engineer
- Petroleum Engineer
Use the Career and Program Explorer page to explore more details about the occupations.
Sample Schedule
This sample schedule is provided as a guide for a full-time student who are college level math ready. It is strongly suggested that students beginning their science sequence complete it at the originating college. Not every course is offered every quarter: careful planning is required to complete the degree in the fewest number of quarters. Students should work with their advisor to create an individualized plan. An customized curriculum map can be accessed in Navigate.
