Biochemistry Degree and Training Programs

You can earn your Bachelor of Science, Master of Science or Doctor of Philosophy (Ph.D.) in Biochemistry. Read this article to learn more about the typical coursework in these degree programs, and what kind of careers they can prepare you for. Schools offering Biology degrees can also be found in these popular choices.

What Type of Programs Provide Biochemistry Training?

If you're looking for biochemistry training, you can earn your Bachelor of Science in Biochemistry, Master of Science in Biochemistry and Molecular Biology or Ph.D. in Biochemistry. Online programs are rare; most of those that are available are offered at the master's degree level.

EducationBachelor's, master's, or doctorate degree programs
Enrollment RequirementsHigh school diploma for a bachelor's, 4-year degree for a master's or doctorate
Common Courses Molecular biology, genetics, chemistry, organic chemistry, cell function
Career OptionsCollege professor, researcher, management position

What Do I Need to Enroll?

You only need a high school diploma or the equivalent to enroll in a bachelor's degree program. A 4-year degree is the minimum qualification needed to enroll in a program to earn your Master of Science or doctorate; however, your undergraduate degree will need to be in biochemistry, chemistry or biology. Some Ph.D. programs look for students who have master's degrees. Whether you decide to earn your Master of Science or Ph.D., you'll also need to have completed undergraduate coursework that included physics, calculus and chemistry labs.

What Can I Learn?

Bachelor of Science programs provide foundational coursework in chemistry, organic chemistry and biochemistry. You'll also take courses in molecular biology, genetics and cell function.

Once you enter a master's degree program, you can expect to take biochemistry coursework that explores gene expression and advanced organic chemistry. Master's degree programs commonly emphasize the benefits of biochemistry study on the medical and pharmaceutical fields. Programs will provide ample research opportunities, and will commonly require a thesis project.

Ph.D. programs provide a terminal education in the biochemistry field. You can expect to complete some advanced coursework in many areas before you complete focused research. General areas of study may include microbial genetics, biological control mechanisms, gene expression, structural biology and enzyme mechanisms. You can also complete multidisciplinary research in an area of your choosing, which may involve food, the environment or pharmaceutical products.

Why Should I Earn a Degree?

While a Bachelor of Science degree can qualify you for a biotechnology career, you can also continue your education as a graduate student. Students commonly opt to continue their biochemistry education with a master's degree, or they branch out by enrolling in a veterinary, medical or dental school program.

Master of Science programs will provide you with extensive research training that you can apply in a management or technical position. You'll also be able to collaborate with doctors, chemists, researchers and other professionals on interdisciplinary projects. A Ph.D. program can serve the same purpose, but with a Ph.D., you'll also be qualified for university-level teaching positions.

To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:

  • 1. Degree Options:
The schools in the listing below are not free and may include sponsored content but are popular choices among our users. Tuition and costs will vary across programs and locations. Be sure to always request tuition information before starting a program.

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