The field of Chemical Engineering has been defined as follows:
Chemical engineering is the profession in which knowledge of mathematics, chemistry, physics, biology, and other natural sciences gained by study, experience, and practice is applied with judgment to develop economic ways of using materials and energy for the benefit of humankind. The profession encompasses a broad spectrum of products and the processes used to make them, using chemical, biological, or physical transformations in a safe, sustainable, and economical manner. The lead society of this engineering discipline is the American Institute of Chemical Engineers (AIChE) with a webpage at http://www.aiche.org .
Upon graduation with a degree in Chemical Engineering, opportunities for employment will fall within the following fields (click on the image to open a larger view:)
In becoming a Chemical Engineer, a student will focus studies in the following areas (in addition to core subject areas) at the college and university levels (click on the image to open a larger view:)
COURSEWORK FOR TRANSFER:
The following diagram illustrates a recommended two-year transfer plan leading to a bachelor's degree in Chemical Engineering (click on the image to open a larger view:)
To ensure that you are ready for courses as shown, please take note of the prerequisite flowchart shown below (click on the image to open a larger view:)
The Voluntary Statewide Transfer Compact for Engineering has recently expanded to include institutions offering bachelor's degree programs in Chemical Engineering. The document can be viewed here. You can download the entire Chemical Engineering Tuning Packet, which outlines critical skill areas needed by students and graduates of Chemical Engineering programs, here.
Institutions of higher learning participating in the Voluntary Statewide Transfer Compact for Engineering may be seen by clicking the button below. This means that these institutions have agreed: a) to teach courses at the lower level as listed in the Academic Course Guide Manual, updated and published each year by the Texas Higher Education Coordinating Board, and 2) to accept the courses listed for transfer into the Civil Engineering program at the university level as specified in the Compact.
For further or more specific information regarding transfer to a Chemical Engineering program in a Texas university, it is recommended that you contact the engineering department at the institution in which you are interested. For questions regarding the Tuning project or the Compact itself, please contact Mary Smith, Program Coordinator, or Debbie Rodriguez, Program Specialist at the Texas Higher Education Coordinating Board.