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Bachelor of Science in Biochemistry and Molecular Biology
Explore the intersection of biology and chemistry with a Bachelor of Science in Biochemistry and Molecular Biology degree from the University of Redlands.
Degrees Offered
Bachelor of Science
Program Types
Undergraduate
Mode of Study
On Campus
Department
Biochemistry & Molecular BiologySchool / College
College of Arts and SciencesWhat is a biochemistry and molecular biology degree?
An interdisciplinary major at the interface of biology and chemistry, the Biochemistry and Molecular Biology degree program is designed to prepare you for careers in biochemistry and molecular biology, and in the related fields of cell biology, microbiology, molecular genetics, or in the health sciences.
Why should you major in biochemistry and molecular biology at Redlands?
Majoring in Biochemistry and Molecular Biology at Redlands will allow you to work closely with faculty and gain the preparation you need for your career or further studies. In a supportive community of peers and in collaborations with nearby research institutions, you will develop strong research and teamwork skills. With hands-on lab experience and senior research projects guided by faculty mentors, you will be prepared to excel in your pursuit of further education or in your career.
Classes you'll take
The major in Biochemistry and Molecular Biology is an interdisciplinary major at the interface of biology and chemistry designed to prepare students for careers in biochemistry and molecular biology, and in the related fields of cell biology, microbiology, molecular genetics, or in the health sciences.
Students who intend to major Biochemistry and Molecular Biology must file an “intent to major” form with the secretary of the departments of Biology and Chemistry at the time they declare their major. This form must be signed by the student and a program advisor.
*The following courses are subject to change. Please check the latest university catalog for all coursework information, program requirements, and learning outcomes.
Students planning to continue their education in graduate or professional school are strongly advised to look at graduate or professional school requirements at universities to which they may apply as they may require specific upper-level courses.
Biology Courses (4 courses/ 15-16 credits)
Of the 5 courses, students may choose between BIOL 325 Medical Genetics (3-4) OR BIOL 326 Neuroscience OR BIOL 332 Nutrition (4) OR BIOL 343 Microbiology (4) OR BIOL 345 Immunology (4) OR BIOL 348 Developmental Biology (4) OR the third course from the Biochemistry and Molecular Biology Advanced Core.
BIOL 200 Principles of Biology: Unity and Diversity (4 Credits)
BIOL 201 Principles of Biology II: Molecular/Cellular Biology and Genetics (4 Credits)
BIOL 239 Molecular Genetics and Heredity (4 Credits)
BIOL 325 Medical Genetics (3-4 Credits)
BIOL 326 Neuroscience (4 Credits)
BIOL 332 Nutrition (4 Credits)
BIOL 343 Microbiology (4 Credits)
BIOL 345 Immunology (4 Credits)
BIOL 348 Developmental Biology (4 Credits)
Chemistry Courses (7 courses/ 28 credits)
Please note, students may choose between CHEM 330 OR CHEM 331.
CHEM 131 General Chemistry (4 Credits)
CHEM 132 General Chemistry (4 Credits)
CHEM 231 Organic Chemistry (4 Credits)
CHEM 232 Organic Chemistry (4 Credits)
CHEM 320 Biochemistry (4 Credits)
CHEM 330 Analytical Chemistry (4 Credits)
CHEM 331 Physical Chemistry I (4 Credits)
CHEM 332 Physical Chemistry II (4 Credits)
Advanced Biochemistry and Molecular Biology Courses (2 courses/8 credits)
Choose two of the following courses:
CHEM 420 Advanced Biochemistry (4 Credits)
BIOL 338 Cell Biology (4 Credits)
BIOL 342 Advanced Molecular Genetics and Genomics (4 Credits)
Capstone Research and Seminar (8-12 credits)
Choose one of the following groups:
BIOL 394 Junior Seminar (0 Credits)
BIOL 460 Senior Research in Biology (4 Credits)
BIOL 461 Senior Research in Biology (4 Credits)
Or
• 3 credits of CHEM 378 Chemistry Research (1–4) (depending on chemistry degree track)
• 1 credit of CHEM 478 Senior Research and Thesis (1)
• Three semesters of CHEM 394 Chemistry Seminar (1)
• One semester of CHEM 494 Communication in Chemistry (3)
Related Field Requirements
Mathematics
Choose one of the following groups:
MATH 121 Calculus I (4 Credits)
MATH 122 Calculus II (4 Credits)
Or
MATH 118 Integrated Calculus I (4 Credits)
MATH 119 Integrated Calculus II (4 Credits)
MATH 122 Calculus II (4 Credits)
Physics
Choose one of the following groups:
PHYS 220 Fundamentals of Physics I (4 Credits)
PHYS 221 Fundamentals of Physics II (4 Credits)
Or
PHYS 231 General Physics I (4 Credits)
PHYS 232 General Physics II (4 Credits)
Undergraduate application deadlines
Fall 2025 - First Year
November 15, 2024 - Early Action
Fall 2025 - First Year
January 15, 2025 - Regular Decision*
Fall 2025 - Transfer
March 1, 2025 - Regular Decision*
Note
*Applications will be reviewed on a rolling basis after the deadline based on capacity.
What you'll learn
You will learn to analyze energy transformation, molecular structure, and function in biological systems. You will also master how information is stored and flows at the molecular level.
You will learn to correctly use methods to analyze the properties and functions of biological macromolecules and biological systems at the molecular level using instrumentation, laboratory techniques, statistics or computational methods.
You will learn to use information and ideas from scientific literature to devise, explain, or defend scientific arguments.
You will learn to use written and oral communication to explain scientific arguments, and relay the conclusions about these arguments that are drawn from described experimental evidence.
What you'll learn
Graduates pursue careers in
As a biochemist you will conduct research to understand the chemical processes within living organisms, contributing to advancements in medicine and biotechnology.
As a molecular biologist you will study the structure and function of molecules in cells to unravel the complexities of life at the molecular level.
As a biomedical researcher you will develop and test new treatments and therapies by exploring the molecular basis of diseases.
As a biotechnology specialist you will apply biochemistry and molecular biology techniques to innovate and improve products in healthcare, agriculture, and industry.
Graduates pursue careers in
Featured faculty
Every Redlands faculty member is an active practitioner in their field. The classes they teach emerge from their unique research and practices, and they’re passionate about what they’re sharing. At Redlands, faculty are invested in and committed to your success.
Susan Blauth
Professor
Caryl Forristall
Professor, Department Co-Chair
Teresa Longin
Professor
David Paul Schrum
Professor
Linda Silveira
Professor
Want to know more?
Get in touch with our admissions team.
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