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Biochemistry acts as a bridge between biology and chemistry, focusing on molecular-level life processes. It is an interdisciplinary subject that requires combined coursework in both sciences – as well as mathematics and physics – and prepares students for professional schools like medicine, or industries like biotechnology or pharmaceuticals.

In short, biochemistry focuses on the chemical mechanisms of life. Biology focuses on the overall function and behavior of living organisms. And chemistry focuses on the properties of all matter, both living and nonliving.

A bachelor’s degree in biochemistry can prepare you for entry-level roles in research labs, clinical settings and the biotech industry. It also serves as a strong starting point for master’s or professional programs in fields such as medicine, pharmaceutical or biomedical research.

Here are some potential career paths for biochemistry majors, most of which are projected to see faster than average job growth over the next decade, according to the U.S. Bureau of Labor Statistics (bls.gov).

• Veterinarian
• Forensic science technician
• Medical scientist
• Chemical engineer
• Biochemist
• Agricultural and food scientist
• Microbiologist
• Chemical technician
• Clinical laboratory technologist
• Pharmacist

Yes! Biochemistry is highly relevant for pre-med or pre-health majors. It combines key aspects of biology and chemistry, plus courses in mathematics and physics, offering rigorous training that prepares students for the MCAT and medical school curriculum. The curriculum includes core medical prerequisites, and it is valuable for demonstrating academic rigor to admissions committees.

A B.S. in biochemistry from SMU prepares students for medical school or Ph.D. studies through a rigorous, interdisciplinary curriculum. Students are able to select an American Chemical Society (ACS)-certified track for professional training in biochemistry or a more traditional curriculum, depending on whether their focus is on research or immediate professional school entry. The program also includes specialized, upper-division courses and research opportunities designed to prepare students for the demands of Ph.D. research and provides a strong foundation for MCAT success.

SMU offers extensive undergraduate research opportunities for biochemistry majors, starting as early as their first year. Students can engage in faculty-led research, earn credit, apply for funding and participate in programs like the BRITE (Biomedical Researchers In Training Experience) Scholars Program for students planning research careers in the biomedical sciences. Other research opportunities exist within the Department of Biological Sciences and Center for Drug Discovery, Design and Delivery (CD4).

Biochemistry majors typically apply to doctoral or master’s programs in fields like molecular biology, pharmacology or bioinformatics to specialize in research – or to professional health schools to enter clinical practice as a medical doctor, pharmacist, dentist or veterinarian.

Biochemistry students ������ý can access internships focusing on research, healthcare and industrial applications in the Dallas-Fort Worth area. Key opportunities include paid research fellowships at UT Southwestern Medical Center, and summer research positions in on-campus labs focusing on neuroscience, cancer, drug resistance, gene regulation, inflammation and immunity, structural biology, stress biology, and more. Other internship opportunities are offered through the Hegi Family Career Development Center (CDC).