Due to the changing relationship between human society, the economy and the natural environment, chemical and environmental engineers have many opportunities to make a meaningful and long-lasting contribution to their field. Students in this department work together to create multidisciplinary solutions that address today and tomorrow’s most pressing global problems.
Here in the ChEE department, we offer a unique, first two-year curriculum for the undergraduates in our programs through the integration of basic math, chemistry, physics, materials, transport phenomena, statistics and systems analysis, which also allows students to seamlessly transfer from one program to another if they so desire. When students graduate from our department, they are prepared to make a difference in the chemical and environmental engineering field with have satisfying careers in private research firms, testing laboratories and government agencies, and in a wide array of industries in the chemical, pharmaceutical and manufacturing fields.
Students gain knowledge to apply chemical reactions and separations to the development and production of new materials. Students learn how to design and optimize largescale processes to produce petrochemicals, plastics, fibers, fuel cells, pharmaceuticals and microelectronics.
Students gain knowledge in green engineering design to explore sustainable solutions for controlling pollution and preserving resources. Common applications for environmental engineering include the analysis and design of water and wastewater treatment systems, solid waste substance management, air pollution control and sustainability.
All of our faculty members have extensive and impressive research backgrounds, conducting many government- and industry-sponsored research that address topics from nanotechnology and robotics to tissue engineering and fuel cell research. Faculty work closely with students in their research activities.
For questions about undergraduate and graduate programs and degrees, visit the CEAS undergraduate or graduate admissions pages, live chat with us by clicking the "live chat" button at the bottom of your screen, or email us:
August 23, 2024
University of Cincinnati professor Greg Harris has spent years discovering novel methods of nerve repair after traumatic incidents, and he’s working with UC’s Tech Transfer office to patent his technology.
July 19, 2024
Panagiotis (Peter) Smirniotis has been at the University of Cincinnati's College of Engineering and Applied Science since 1994. He is known for impactful, interdisciplinary research focusing on various environmental and energy problems. Recently, he was honored with the inaugural David F. Ollis Award for lifelong achievements from the International Scientific Society of Semiconductor Photocatalysis and Solar Energy Conversion. The award is named after the influential professor and pioneer in the field.
June 21, 2024
Katelin “Katie” Weitzel was first drawn to the University of Cincinnati by the esteemed College of Engineering and Applied Science, but her decision was solidified by the groundbreaking work of Dr. Dionysios Dionysiou in the Department of Chemical and Environmental Engineering. Weitzel’s interest in water treatment came from growing up in Michigan and witnessing firsthand the impact of a water crisis. During her time at UC she has been awarded the Rindsberg Fellowship, a Graduate Student Award in Environmental Chemistry, and recently was named Graduate Student Engineer of the Month by CEAS.
