Explore the Possibilities

At UD, we offer our chemistry students rigorous academic programs and opportunities for student- and faculty-led research with a goal of employment in the exciting world of science. Our graduates excel in the fields of academia, industry and government and often pursue post-graduate education.

Our programs begin with basic skills and we build on those skills to advance the knowledge and research experience you need to succeed in industry, business and higher education. Our faculty are here to guide you on the path to success.

Programs of Study



Every Student Is Unique. So Are We.

Hands-On Learning and Research Opportunities

Whether students are in upper-level teaching laboratories or individual faculty research laboratories, they gain hands-on experience with modern chemical instrumentation as they study research problems. Some research projects result in student-authored publications.

UD has strong support for undergraduate research, including the honors program, College of Arts and Sciences Dean's Summer Fellowships, Integrated Science and Engineering Summer CoRPs and the Berry Summer Thesis Institute. Our department has the longest standing undergraduate research program at UD.

Outstanding Facilities

Our facilities occupy most of the four floors of the Wohlleben wing of UD's Science Center complex. Our state-of-the-art instructional labs, equipped with Fourier Transform nuclear magnetic resonance spectrometers and computer-interface lab experiment modules, are among the finest to be found anywhere.

Upper-level students gain hands-on experience with a Bruker 300 MHz FT NMR, high pressure liquid chromatography, a GC-mass spectrometer system, a laser Raman system, as well as Fourier transform infrared, fluorescence and ultraviolet spectrometers.

Desktop and mainframe computer access and high-speed parallel computing clusters are also available for studies in computational chemistry. Specialized equipment supporting research in X-ray crystallography, biochemistry, nanotechnology, inorganic and organic synthesis and electroanalytical studies are also available, including scanning tunneling microscopy, and atomic force microscopy equipment in UD’s Nano Engineering Science and Technology Center.

Defined Learning Outcomes

  1. Students will be able to address a scientific problem and present a solution in a written and oral format to a scientific audience.
  2. Students will have the knowledge to succeed in graduate school, professional school or professional employment.
  3. Students will be able to apply modern lab techniques to the solution of chemical problems.
  4. Students will be able to succinctly define the term "chemistry" and explain its significance a relevance to the modern world.

Bachelor's Plus Master's Program

UD's Bachelor's Plus Master's program allows academically gifted students the opportunity to obtain both a B.S. and M.S. degree in a shorter amount of time than would normally be required.

Undergraduate Scholarships

In addition to University scholarships, the Department of Chemistry offers undergraduate scholarships.



Chemistry News
Ryan Zmuda with faculty mentors Ju Shen and Vijayan Asari
Research
10.15.2025

Fellowship program pairs students with science, engineering faculty for summer research link-arrow link-arrow

The SECC fellowships provide students opportunities to work with two faculty, one from the sciences and one from engineering, for an extended summer research experience.
Shawn Swavey, professor of chemistry (left). and Kristen Krupa, chair of UD's department of chemical and materials engineering, in a lab
Engineering
10.02.2025

Nearly $500K NIH grant to help UD researchers explore lung cancer detection, treatment link-arrow link-arrow

The National Institutes of Health has awarded nearly a half-million dollars to two University of Dayton researchers exploring strategies for the detection and potential treatment of non-small cell lung cancer.  
Sustainability
11.14.2024

A new Green Labs Program at University of Dayton link-arrow link-arrow

The implementation of this type of program on campus would save energy, water, materials and money.