Biochemistry involves the study of the chemical transformations and the intricate concert of processes that take place in living organisms. Through coursework and research in our department, our biochemistry students use a chemical lens to explore some of the most fundamental biological processes such as metabolism, protein synthesis and manipulation, large and small molecule synthesis for medicinal or therapeutic applications, human health, and beyond.  Biochemists engage in observation, analysis, and experimentation with living things or chemical models of living things, breaking down natural substances into their components, replicating chemical processes that occur in the physical world, and creating substances to fulfill specific needs. Biochemistry concepts underpin many facets of human health, disease detection and prevention, and bioengineering. The multidisciplinary nature of the biochemical sciences ensures that there will be exciting job opportunities for biochemistry professionals in both traditional fields and emerging sectors such as chemical biology, nanobiotechnology, biopharmaceutical development, environmental sustainability, chemical computing, and advanced manufacturing techniques.

Our students work with enthusiastic faculty that are teaching and research leaders at the forefront of their fields and enjoy direct hands-on access to cutting-edge equipment and instrumentation, ensuring they are well-prepared to hit the ground running when they enter the work force. Our program’s curriculum, which is certified by the American Chemical Society, helps students gain a strong foundation in chemistry as well as in biology. Coursework covers topics that span a continuum ranging from understanding the structure, properties, and behavior of atoms, to molecules, materials, and complex chemical and biological systems. In addition, our curriculum goes past conveying fundamental scientific knowledge by providing dedicated opportunities for students to engage in scientific inquiry while refining their critical thinking, analytical reasoning, and problem-solving abilities. Through laboratory work, interactive classes, and cutting-edge research opportunities, our students hone technical and professional skills needed to succeed after they graduate. Our prioritization of high-quality instruction and student development positions our graduates for gainful employment after graduation or to explore advanced degrees in STEM, medicine, veterinary science, pharmacy, nutrition, and many other fields. Recent biochemistry graduates have pursued a wide variety of careers, including research scientists working in both industrial and government settings, academic scholars ranging from national laboratories to universities and high schools, health care researchers and providers, engineers, entrepreneurs, lawyers, scientific consultants, and policy makers.