Explore the chemistry of life
Stevenson's Bachelor of Science in Biochemistry integrates and applies chemical and biological principles to the exploration and understanding of the chemistry of living organisms.
Bachelor of Science
The Bachelor of Science in Biochemistry program grounds you in the chemical, physical, and biological principles that characterize living systems. The program develops your interdisciplinary mindset to prepare you to embrace the interdependent nature of these areas of study. You will develop a wide range of technical skills required in the modern workforce in both research and industrial environments.
Working with modern instrumentation in well-equipped facilities, you will gain excellent lab and analytical skills that will prepare you for future employment or furthering your studies.
Upon completion of the Bachelor of Science in Biochemistry, graduates will be able to
- Apply knowledge of chemical principles to the understanding of living systems.
- Describe the ways in which biomolecules contribute to the structure and function of cells.
- Design and execute scientific experiments using the scientific method.
- Interpret scientific data and communicate findings.
- Exhibit behaviors consistent with the professional and ethical standards of the discipline.
- Evaluate current scientific advances using knowledge of biochemical principles.
- Evaluate scientific discovery in terms of its scientific merit and its ethical, societal, and global implications.
Why Study Biochemistry?
You will develop excellent hands-on laboratory and analytical experience, preparing you for employment in a variety of biochemical fields, graduate study in biochemistry or related areas, or a career in a variety of professional arenas, such as:
- Veterinary medicine
- Physical therapy
Courses & Requirements
Courses and Requirements
The courses listed below are required for completion of the bachelor's degree in Biochemistry. Students must also complete the requirements for the Stevenson core curriculum. Specific pre- and co-requisites for each course are listed in the course descriptions.
Some secondary requirements, which are noted by an asterisk (*) in the list below, can also be used to fulfill a core curriculum requirement. Courses with one or more pre- or co-requisites are listed in the course description.
- BIO 113 Biology I: Cell Biology and Genetics
- BIO 113L Biology I: Cell Biology and Genetics Lab
- BIO 230 Genetics
- BIOCH 327 Biochemistry
- BIOCH 327L Biochemistry Lab
- BIOCH 427 Advanced Biochemistry
- CHEM 115 General Chemistry I
- CHEM 115L General Chemistry I Laboratory
- CHEM 115S General Chemistry I SoLVE
- CHEM 116 General Chemistry II
- CHEM 116L General Chemistry II Laboratory
- CHEM 116S General Chemistry II SoLVE
- CHEM 210 Organic Chemistry I
- CHEM 210L Organic Chemistry I Laboratory
- CHEM 211 Organic Chemistry II
- CHEM 211L Organic Chemistry II Laboratory
- CHEM 213 Electronic Literature Searching
- BIOCH 450 Research Capstone
- BIOCH 460 Research Capstone
- BIOCH 460H Research Capstone
- BIOCH 455 Internship Capstone
- BIOCH 465 Internship Capstone
- BIOCH 465H Internship Capstone
++ Students choosing one of the 9-credit senior capstone options can take one less upper level biochemistry elective
Elective courses Group 1
Select two from the following list
- BIO 310 Cell Biology
- BIO 330 Molecular Genetics
- CHEM 333 Physical Chemistry
Elective courses Group 2
Select three from the following list (one must be CHEM, one must be BIO or MT and at least two of the courses must be at the 300 level or higher):
- BIO 203 Microbiology
- BIO 255 Techniques in Molecular Biology
- BIO 310 Cell Biology (if not used as a group 1 elective)
- BIO 322 Human Physiology
- BIO 330 Molecular Genetics (if not used as a group 1 elective)
- BIO 335 Immunology
- BIO 355 Advanced Techniques in Molecular Biology
- BIO 430 Bioinformatics
- BIOCH 365 Independent Research in Biochemistry
- CHEM 310/310L Analytical Chemistry and Analytical Chemistry Lab
- CHEM 320/320L Inorganic Chemistry and Inorganic Chemistry Lab
- CHEM 330/330L Advanced Organic Chemistry and Advanced Organic Chemistry Lab
- CHEM 333 Physical Chemistry (if not used as a group 1 elective)
- CHEM 340 Medicinal Chemistry
- CHEM 410/410L Instrumental Analysis and Instrumental Analysis Lab
- CHEM 431/431L Physical Chemistry: Quantum Mechanics and Physical Chem: Quantum Mechanics Lab
- CHEM 432/432L Physical Chemistry: Thermodynamics and Physical Chemistry:Thermodynamics Lab
- MATH 235 Statistical Methods
- MATH 220 Calculus I*
- PHIL 415 Professional Ethics*
- PHYS 210 General Physics I*
- PHYS 215 General Physics I with Calculus*
- PHYS 211 General Physics II*
- PHYS 216 General Physics II with Calculus*
- SCI 100 School of the Sciences New Student Seminar
Tracks & Minors
Tracks and Minors
A minor is not offered in biochemistry. Students majoring in biochemistry may not earn a minor in biology or chemistry.
B.S. to M.S. option
The BS/MS option is available for students majoring in Biochemistry who wish to combine their bachelor's coursework with work for a master's degree in Forensic Science in the Chemistry, Biology, or Crime Scene Investigation track. Students choosing this option may earn their master's degree in as little as one year after their bachelor's degree. Students must formally apply for entrance into this B.S. to M.S. option in their junior year. Once admitted into this program, students develop an educational plan in consultation with their advisor.
Calendar of Events
- Art Exhibition: Landscape and Memory (Art Talk)
- Wed Mar 19
- Greenspring Campus
- Spring Instant Decision/Scholarship Days (Transfer Students)
- Fri Mar 21
- Owings Mills Campus
- Mustang Craft Festival
- Sat Mar 22
- Owings Mills Campus
What Can You Do With This Degree?
Graduates of our Biochemistry program embark on many rewarding career choices, including:
• Biomedical Engineer
• Dairy Technologist
Curious about internships and job placement after you graduate? Visit our Office of Career Services.