B.S. in Biochemistry
What will I study as a biochemistry major?
If you desire to make an impact on people by applying biblical knowledge and Christian faith to science professions in our world, then you are well-suited for this major. The interdisciplinary biochemistry program promotes the value and understanding of living systems at the molecular level, and coursework that integrates scientific theory and application with biblical principles and practice in the health science community. Career-relevant learning topics and highlights include:
- Principles of cellular and molecular biology, genetics and development
- Understanding of chromosome and membrane structure and gene expression
- Organic chemistry with special emphasis on reaction mechanisms
- Laboratory techniques for the isolation and purification of organic molecules
- Chemical methods of analysis, including titrimetry, electrochemisty, spectroscopy and chromatography
- Mathematical treatment of bioenergetics and biochemical kinetics
- Fundamentals of experimental and instrumental design
- Principles behind quality management in a professional biochemistry lab
Bible and Theology Coursework
As part of Biola’s commitment to a biblically centered education, most undergraduate students complete 30 credits of biblical and theological studies as a part of their degree program. Learn more about our Bible and theology core.
Career Outlook and Preparation
What can you do with a Bachelor of Science in Biochemistry?
With a strong biochemistry foundation and extensive laboratory experience, you will be prepared to pursue positions in industry or academia, or graduate studies in a variety of science programs across chemistry, biology and other science/health/technology fields. Your studies will prepare you to impact the world for Jesus Christ in public- or private-sector research institutes, biotechnology companies, universities, government agencies, forensic science services and medical facilities, working in such careers as:
- Consumer products research scientist
- Medical geneticist
- Pharmaceutical sales representative
- Environmental scientist
- Medical and clinical laboratory technologist
- Biochemist or biophysicist
- FDA inspector
- Research and development scientist
- Crime lab analyst
In addition, many graduates of Biola's biochemistry program pursue graduate studies, while others move into research positions or other scientific career-building opportunities. Professional highlights include:
- Clinical scientist with focus on scientific methodologies
- Researcher at Children’s National Hospital
- Loma Linda University, M.D./Ph.D. program
- Texas A&M University, Veterinary Medicine Program
- University of Michigan, Ph.D. program in the College of Pharmacy
- University of Southern California, Ph.D. program in Biostatistics
- Vanderbilt University, Ph.D. program in Materials Science
- Graduate studies (M.D. or Ph.D.) at highly acclaimed universities such as: University of California, Los Angeles; University of California, San Diego; University of Southern California; Michigan State University; Tulane University; University of Chicago; University of Washington; University of Arizona; Washington State University; University of Texas
11% job growth
According to the Bureau of Labor Statistics, job growth for forensic science technicians is projected to be much faster than average between 2021 and 2031.
BLS projections are not specific to Biola University students or graduates.
The integration of science and Christianity fascinates me, it is possible! I am blessed to be encouraged by our professors who love science, but love God even more.
The beautiful intricacies of God's creation weave faith, science, reason, medicine and the human condition into a wonderful tapestry. The skills and perspectives that were shared with me at Biola are invaluable.
I utilized the same critical thinking in philosophical and theological texts as I did with scientific theories and evidence and found them all complementary in leading me closer to the incredible beauty and wonder of our God.
... It has been helpful to remember that despite those who laugh at God being in control of anything, they're spending their time discovering how things work in the laws that he made for creation.
...the faculty went out of their way to support my career ambitions and encouraged me throughout the entire process and helped me pursue my ambitions while maintaining my faith.
Biochemistry, B.S. '12
Schedule a Visit
Learn more about this program by attending an upcoming event for prospective students and parents, or by scheduling a personalized visit.
Tuition and Financial Aid
Attaining a degree from Biola is more affordable than you might think — dramatically lower than the “sticker price” in most cases — with 100% of incoming undergraduate students receiving some form of financial aid.
Associate Professor of Chemistry
- B.S. Chemistry, UC Berkeley
- Ph.D. Chemistry, Virginia Tech, Concentration: Analytical Chemistry
Assistant Professor of Chemistry
- Ph.D., Seoul National University, South Korea
- M.S., Seoul National University, South Korea
- B.S., Chungbuk National University, South Korea
Research Professor of Science, Technology and Health
- Ph.D., Baylor University
- M.S., Baylor University
- M.S., University of Houston-Clear Lake
- B.S., Baylor University
- Postdoctoral Fellowship - Baylor College of Medicine
American Chemical Society (ACS) Club
Associated with the national society of the same name, the American Chemical Society (ACS) Club unites students who are interested in exploring chemistry outside of the classroom. Members are encouraged to participate in our field trips, demonstration team, research projects and science awareness days. Please email firstname.lastname@example.org if you are interested.
Biola Health Careers Club
The Health Careers Club is a student-led group designed to bring together, educate and support Biola students pursuing future healthcare careers.
Professor Richard Gunasekera – The Nano group is interested in using molecular nanomachines in various biomedical systems ranging from antibiotic resistant bacteria, viruses, cancer, and tissues- to eradicate, to deliver drugs, and/or open up membranes to address disease conditions in the cells and tissues. In this research Directed Research students learn various biochemical, molecular, microbiological techniques, learning to apply and use Molecular Nanomachines (MNM) that can open up cell membranes to kill cancers and infectious agents such as viruses and bacteria. See:
Professor Richard Gunasekera – The Cancer group is interested in testing natural products (medicinal plants, phytochemicals, nutraceuticals) and other drugs in biomedical systems and cancer models to prevent and treat cancer and disease. In these studies students learn cancer cell and tissue culture techniques and test plant based drug extracts for mechanisms by which they inhibit or destroy cell proliferation and tumor growth. See:
Genomics and Genetics
Professor Richard Gunasekera – The Genomics group bioinformatically studies the function and purpose of various gene families, particularly those that have not been studied very well. This involves the human genome regions that have been called the junk DNA region and Orphan genes. We also analyze Forensic DNA and other Forensic Science cases for the judiciary and provide expert analysis and advice. See: