Biochemists are at the forefront of innovation, developing life-saving medicines, designing synthetic meats, and advancing genetic engineering. Our Biochemistry BS program at Saint Mary's College of California balances theoretical knowledge with hands-on experimental work, providing a solid foundation in this dynamic field. Guided by our renowned and approachable faculty, you'll develop critical thinking skills, delve deeply into laboratory procedures, and master the art of scientific communication. Our small class sizes and proximity to "Biotech Bay" foster a supportive community and offer unparalleled networking opportunities. 

Graduates of our program are well-prepared for successful careers in biotechnology, academia, medicine, and beyond.

 

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Biochemistry Major Curriculum

Biochemistry, BS

BS

By majoring in biochemistry, students will obtain a solid foundation in fundamental biochemical concepts; acquire the tools to independently investigate a topic; and develop habits of critical thinking and communication that reinforce many of the College's core curriculum goals. This program of study prepares students for many options, such as advanced study in graduate or professional schools, teaching at the K-12 level, or employment in the biotechnology or pharmaceutical industries.

Learning Outcomes

  • PLO1: Demonstrate knowledge in core concepts of biochemistry; including energy and matter transformation, macromolecular structure and function, information storage and flow, and homeostasis.
  • PLO2: Apply qualitative and quantitative biochemical knowledge to different contexts.
  • PLO3: Demonstrate methodological competency in experimental biochemistry, including developing a hypothesis, designing and conducting appropriate experiments, and interpreting data using appropriate equations, quantitative modeling, and simulation tools.
  • PLO4: Utilize and critically assess the scientific literature in biochemistry and related fields.
  • PLO5: Effectively communicate concepts and/or research in biochemistry and related fields, in both written and oral formats.

Requirements

Lower Division Chemistry

The following lower-division chemistry courses are required for the major. Because biochemistry bridges the fields of biology and chemistry, the lower-division requirements are nearly the same as those for the two respective major programs.

  • General Chemistry I (4 units)
  • General Chemistry I Laboratory (1 units)
  • Organic Chemistry I (4 units)
  • Organic Chemistry I Lab (1 units)
  • Organic Chemistry II (4 units)
  • Organic Chemistry II Lab (1 units)
  • General Chemistry II (4 units)
  • General Chemistry II Lab (1 units)

Mathematics

The following mathematics courses are required for the major. The skills and content in these courses are required for chemistry and biochemistry upper division courses, particularly physical chemistry.

  • Calculus I (4 units)
  • Calculus II (4 units)

Physics

Two semesters of physics are required for the major. The concepts in these courses are foundational for many concepts in chemistry and biochemistry upper division courses. These courses are essential for physical chemistry. Take ONE of the following groups:

  • General Physics I (4 units)
  • General Physics I Laboratory
  • General Physics II (4 units)
  • General Physics II Laboratory
  • Introduction to Physics I (4 units)
  • Intro to Physics I Lab (1 units)
  • Introduction to Physics II (4 units)
  • Intro to Physics II Lab (1 units)

Biology

Introduction to Cell Biology, Molecular Biology, and Biochemistry is required for the major.

  • Intro Cell & Molecular Bio (5 units)
  • Intro Cell & Molec Bio Lab

Upper Division Courses

The following upper-division courses are required.

  • Structural/Physical Biochem (5 units)
  • Structural/Phys Biochem Lab
  • Metabolic Biochemistry (5 units)
  • Metabolic Biochemistry Lab
  • Molecular Biology (5 units)
  • Molecular Biology Lab
  • Chemical Literature (1 units)
  • Analytical Chemistry (5 units)
  • Instrumental Chem Analysis (5 units)
  • Quantum Mech & Spectroscopy (4 units)
  • Thermodynamics and Kinetics (4 units)
  • Independent Study (1-4 units)
  • Fundam. of Cell and Mol. Biol (1 units)
  • Independent Study (1-4 units)
  • Transfer Course (1-5 units)
  • Structural/Physical Biochem (5 units)
  • Structural/Phys Biochem Lab
  • Metabolic Biochemistry (5 units)
  • Metabolic Biochemistry Lab
  • Independent Study (1-4 units)
  • BIOCHEM UD Elective (1-5 units)
  • Independent Study (1-4 units)
  • Mentored Research (1-4 units)

What can you do with a degree in Biochemistry?

A BS in Biochemistry teaches students how molecular biology, chemistry, and physics work together, and how this knowledge can be applied to challenges in medicine, biotechnology, and environmental science.
(*Some careers may require graduate school or additional study).

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Biochemist or Research Scientist
Conduct experiments on proteins, enzymes, and metabolic pathways to advance knowledge in medicine, biotechnology, and environmental science.

Biotechnology or Pharmaceutical Research Associate
Develop, test, and evaluate new drugs, vaccines, diagnostics, and laboratory tools used in healthcare and industry.

Medical or Clinical Laboratory Scientist
Analyze biological samples to support disease diagnosis and treatment in hospitals, clinics, and research labs.

Forensic Scientist
Use biochemical and analytical techniques to examine evidence and support criminal investigations.

Toxicologist
Study how chemicals, drugs, and environmental pollutants affect living systems, supporting safety assessments and regulatory decisions.

Genetic Engineer or Molecular Biologist
Manipulate DNA and cellular processes to create innovations in medicine, agriculture, and synthetic biology.

Chemical or Bioprocess Engineer
Design and optimize biological production systems such as fermentation, biomaterials, and large-scale pharmaceutical processes.

Academic Researcher or Professor
Pursue advanced study and contribute to scientific discovery through research, teaching, and mentorship

 

Saint Mary's Testimonials

“The Biochemistry program at Saint Mary’s College helped me to develop scientific skills in both the lab and in theory. The professors are always willing to help you out and provide guidance and assistance whenever you need it. My Biochemistry cohort was composed of some of the best people I have ever met. The biology, chemistry, and physics courses allowed me to be well-rounded in the sciences. Expectations are high, but the community is always there to help when you need it.”

Jacinto Obregon, '21

Meet Brianna Bibel

Meet Brianna Bibel ’16, ‘The Bumbling Biochemist’ on a Mission

A Saint Mary’s professor helped Bibel fall in love with research. Today, she wants to inspire others to do the same—in the classroom and through social media that reaches tens of thousands worldwide.
 

School and Department Information