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Taking the next steps to a biochemistry career means going deeper into the science. At CSUN, you'll build the skills to pursue a doctoral degree or research-oriented job.

Why Earn a Master's in Biochemistry?

Many of the most interesting (and in-demand) jobs in biochemistry require advanced training and specialization in a particular area. A Master of Science degree in biochemistry can lead to your next step in the field.

Once you graduate, you'll be prepared to apply to a doctoral program, as well as medical, dental or veterinary school. In addition, you'll gain the kind of valuable research and lab skills necessary to compete for jobs in industry.

Why Earn a Master's in Biochemistry at CSUN?

Recognized Research

Researchers in CSUN's Department of Chemistry and Biochemistry are hard at work on projects funded by organizations including the National Institutes of Health (NIH) and the National Science Foundation (NSF). You'll have a chance to be part of that research — work that often results in coauthored publications and presentations at local, regional, national or international meetings.

Contribute to the Field

Every CSUN grad student conducts original research under the supervision of a faculty member. You'll get hands-on attention that will set you up for future success.

Real Labs. Real Experience.

CSUN's labs are equipped with the same kinds of state-of-the-art equipment you'll find in Ph.D. labs and industry. When you bring that kind of experience to the table, prospective employers take note.

Lifetime Support

The support you get after your academic career can be as important as the help you receive to make it happen. Many CSUN students qualify for financial assistance such as tuition fee waivers, and paid positions as teaching associates or graduate and research assistants.

What You'll Learn

This research-intensive program allows specialization in areas including:

• Biochemistry: Explore the chemistry that governs natural processes at work in plants, animals and microorganisms.
• Molecular biology: Learn about DNA, RNA and the processes behind the ways cells work and interact with each other.
• Structural biology: Use tools such as NMR spectrometry and crystallography to investigate the structure of macromolecules in order to understand how they function.
• Bioorganic chemistry: This blend of organic chemistry and biochemistry seeks to understand the chemical processes at work in biological functions.

As a student in the master's program in biochemistry, you will complete a thesis based on original research you conduct under the guidance of one of our faculty members. You'll also present two seminars: One on a current literature topic and another on your research. By the time you graduate, you'll have developed exemplary lab skills and cultivated the ability to work through scientific problems.

In addition to graduate-level classes listed in the University Catalog, faculty frequently offer specialty courses that highlight their cutting-edge research.

You will also be expected to serve as a teaching assistant after training.