Bachelor of Science in Biochemistry

The Bachelor of Science in Biochemistry at the School of Mathematics, Science and Engineering prepares students for careers of discovery in biotechnology, medical research, pharmaceutical chemistry or the health professions.

 

Why Biochemistry?

The study of the chemistry and chemical processes occurring in living things, biochemistry is a fascinating field of study with myriad of applications. Biochemistry provides critical knowledge that forms the foundation for new developments in healthcare, nutrition and wellness, pharmaceuticals, forensic processes and much more. Biochemists’ work is vital to our understanding of the inner workings of the body, and consequently to how we live and care for them.

 

Biochemistry Curriculum

The B.S. in Biochemistry is a 120-hour degree program designed to give students a strong foundation in the chemical and biological sciences. Students can expect an exciting and challenging program with courses that span a broad array of study, including organic and physical chemistry, research methods, cell biology, enzymology and molecular biochemistry among others. As part of their studies, students will have the opportunity to work with high-tech instruments and in the NMR facility.

Biochemistry and chemistry majors are also encouraged to enrich their studies by participating in research under the direction of faculty as part of their courses, independently or via the Welch Summer Research Series.

They may also pursue advanced work as part of the Cardinal Chemistry Scholars, a National Science Foundation-funded scholarship program, that offers professional development and support for research endeavors.

Click here for Biochemistry course descriptions.

B.S. in Biochemistry Checklist

B.S. in Biochemistry Four-Year Degree Plan

 

Careers in Biochemistry

There are many careers open to students with a biochemistry degree. Students wishing to pursue medical school or advanced study in fields such as pharmacy or other health fields will be well prepared to move on to such professional programs. Students may also advance directly to the workforce as a clinical research assistant, lab technician, forensic scientist or other positions in biotechnology, product development, higher education, private labs, government, hospitals and medical centers, to name a few.