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Earn your undergraduate and graduate degrees in chemical engineering in just five years (depending on your course load). Through a combination of advanced coursework, research opportunities and experiential learning, you???ll develop a deep understanding of chemical engineering principles and gain practical skills for solving complex engineering problems. Prepare to succeed in various industries, including pharmaceuticals, energy and environmental engineering.

Delve into the practical, theoretical and research aspects of chemical engineering, with a focus on preparing for professional and academic pursuits. Have the opportunity to participate in the Honors or Scholars Program and work on an honors thesis under the guidance of a faculty member. Additionally, if you are part of the Upper Division Honors and University Scholars Program, you may enroll in graduate-level courses in Chemical and Biomedical Engineering, and have opportunities for conference attendance and participation in Accelerated Master???s Programs.

Dive into a flexible curriculum with options for thesis, project or course-only tracks, allowing you to customize your graduate experience. Core courses for all tracks include Advanced Thermodynamics, Advanced Transport Phenomena and Advanced Reactor Design or Advanced Separation Processes.

Become an expert in chemical engineering. With a focus on advanced research, you'll engage in faculty-sponsored research projects and publish your findings. Pursue a personalized course of study through thesis, project or course-only options, providing flexibility for your research and academic pursuits.

Develop a fundamental understanding of chemical principles and lab techniques. This minor can complement a variety of majors and enhance your career prospects in industries such as pharmaceuticals, environmental science and materials science. The minor consists of 24 credit hours.