The technology-rich environment at Clarke provides students with great hands-on opportunities.
A Biochemistry degree at Clarke University not only prepares you for careers in exciting and growing fields but unlocks an understanding of the life around you. Biochemists explore the chemical processes of organic systems and play a critical role in medicine, materials science, environmental science, and research across a wide variety of industries.
Clarke’s biochemistry major is designed to help you make links between the molecular design of life – be it plant, animal, or human health and nutrition. As a biochemist, you will study how a living organism processes and uses energy, how pharmaceuticals interact with the body, the chemical nature of genes, and more. Thanks to the Marie Miske Center for Science Inquiry, you will have access to the advanced microscopy, modeling software, and other equipment that make observing these molecular miracles possible. As early as your first year, you will have the opportunity to conduct experiments and research that advance your understanding of biochemistry, mathematics, and related sciences under the guidance of experienced and engaged faculty.
One of the most exciting aspects of biochemistry is its increasing interaction with medicine. Biochemists study the molecular basis of diseases such as diabetes, cancer, cystic fibrosis, and AIDS – all areas we explore in Medicinal Chemistry and other courses here at Clarke. If medical school is your long-term goal, a bachelor’s in biochemistry provides an excellent foundation for continued study.
Whether your goal is graduate or professional school or to begin work in the sciences, a biochemistry degree from Clarke University puts you on the path to success. test
Learning in Action
Below is a small sampling courses you may take as a Biochemistry major:
METABOLISM — Deepen your understanding of metabolic, biosynthetic, and degradation pathways.
BIOCHEMICAL METHODS — Learn and practice multiple biochemical techniques, such isolating and purifying a protein from a once living source such as a beef heart or a pig’s brain.
MEDICINAL CHEMISTRY — Gain insight into the chemistry of pharmaceuticals with an in-depth exploration of the molecular reactions.
Life As A Clarke Biochemistry Major
You may pursue one of the following degrees: B.A. Chemistry, B.A. Biochemistry, or B.S. Biochemistry. The degrees differ in the number and types of course required to provide you with flexibility in your studies. You will receive professional guidance from faculty to make this decision. The Clarke Biochemistry Program offers a truly unique undergraduate experience to its majors, including:
- Learn in small classes and experience one-on-one interaction with faculty.
- Conduct research every semester and on projects of your choosing, if you desire.
- Work with modern and well-maintained facilities and industry-grade instrumentation.
- Develop work-ready experience including hands-on training on instrumentation.
- Attend regional and national chemistry conferences (ACS, Pittcon) and present your research.
- Join a close-knit and nurturing community and develop your leadership skills.
- Receive professional mentorship from faculty to assist in internship, graduate school, and job placement.
- Participate in social gatherings and outings such as field trips and attending conferences.
- Make money and gain additional experience by working as a Lab Assistant or Chemistry Tutor.
How You’ll Learn
Clarke’s use of technology is pervasive – from hand-held data collection to molecular modeling. Visualization and the use of software is key to understanding. You will be able to use this equipment and more in the lecture-lab classrooms found in the Marie Miske Center for Science Inquiry. Introductory research classes are an option as early as first year.
Admission to Clarke University
What careers are available with a Clarke Biochemistry degree?
A degree in biochemistry provides a strong foundation in science and mathematics that gives graduates the flexibility to pursue a wide range of careers across Academia, Industry, Government, and Health Care. Some example careers within these sectors include:
Academia: Teacher/Professor, Lab Manager, Researcher, Technical/Grant Writer
Industry: Lab Tech, Research Scientist, Fermentation Scientist, Brew master
Government: Forensic Scientist, Agricultural and Food Scientist (FDA), Environmental Scientist (EPA), Food Regulatory Agent (USDA)
Health Care: Pharmacist, Toxicologist, Physician, Medical Lab Tech
A bachelor’s degree in biochemistry also provides the foundation for many biomedical careers and continuing education paths:
- Medical school
- Dental school
- Pharmacy school
- Graduate school in Biochemistry, Toxicology or biomedical fields
Applicants are considered on an individual basis. Apply to Clarke today to begin your journey.
Program in Pictures
My goal as an instructor is to facilitate students in realizing their educational goals, and to foster a deeper understanding, appreciation, and enjoyment for the subject.
When an alumna at a medical school tells me that she is the go-to person for biochemistry first-year students and credits my course for her preparedness, I know I made an impact.
I believe I push for each student to develop and think deeply about their knowledge of science and not simply give ‘understanding’ to them. We do lots of talking, arguing, laughing, and negotiating our understandings, together as a class group.
The Classroom and Beyond
Our Students & Alumni
I’ve had some really cool experiences in graduate school that are a direct result of the combination of my English and Biochemistry degrees. The UVA chemistry department asked me to join their science communication mentorship due to my “strong science communication skills.” I’m developing content for UVA’s chemistry department in their science communication mentorship. I also want to showcase the varying opinions scientists have in regards to how science should be written, ultimately with the hopes of helping graduate students understand that there is not one “correct” way to convey information.
After Clarke, I earned my Doctor of Dental Surgery from the University of Iowa in 2018. Clarke really was the foundation for my success. At Clarke, I had access to research-grade chemistry instruments. I gained an enormous amount of respect for these high-dollar pieces of equipment. At one point, I was asked to perform periodic maintenance and minor repairs. I can’t think of a better way to understand instrumental methods than to take an instrument apart.
Percent the biochemistry workforce will grow by 2026, according to the U.S. Bureau of Labor Statistics.
Percent of Clarke biochemistry graduates who secured a job in their chosen field or enrolled in graduate school by August.
Chemistry majors rate among the highest in job satisfaction after graduation – 85.2% – according to studentsreview.com.