Biochemistry

Tiffin University’s Bachelor of Science in Biochemistry prepares students to understand life at the molecular level and apply that knowledge in real-world contexts. The program blends coursework in biology and chemistry with specialized training in molecular techniques, analytical methods and laboratory research. Students build a comprehensive scientific foundation that supports advanced study and a wide range of careers in health, science and industry.

Through an integrated curriculum and small class sizes, students benefit from personalized instruction and early engagement in scientific research. The program is designed for those pursuing careers in medicine, pharmacy, biotechnology and research, and it also provides the academic preparation required for professional entrance exams such as the MCAT and GRE.

Hands-on experience is central to the program. With access to Tiffin University’s state-of-the-art STEM facilities, students learn by developing and testing hypotheses, analyzing data and presenting findings through written and oral formats. The curriculum supports scientific curiosity, technical skill development and career exploration in a supportive and intellectually rigorous environment.

Professional Biochemistry Training

• Conduct research in areas like cellular biology, metabolism and genetics
• Gain proficiency in laboratory techniques including PCR, electrophoresis and spectrophotometry
• Study the chemical processes that drive biological systems, from protein folding to signal transduction
• Apply knowledge through student-led projects and senior capstone experiences
• Learn to interpret and present scientific literature with confidence
• Prepare for professional and graduate programs in medicine, dentistry, pharmacy and more
• Work closely with faculty mentors engaged in research and academic scholarship

Tiffin University’s Bachelor of Science in Biochemistry is a professional preparation program designed to build confidence, skill and scientific fluency. Students learn to think like biochemists by engaging in activities that mirror real-world practice, including research projects, lab experiments and presentations.

Throughout the program, students develop critical problem-solving abilities and a deep understanding of how chemical and biological systems interact. Courses emphasize the application of scientific methods and analytical reasoning to solve complex challenges in healthcare, pharmaceuticals and biotechnology. In addition, students learn how to evaluate primary research, design and execute experiments and communicate scientific findings clearly and effectively.

The program also prepares students for the rigors of graduate or professional school through coursework aligned with entrance exam content and expectations. Faculty mentorship, small class sizes and immersive learning experiences ensure that students graduate with the technical and professional competencies required for success.

Through this program, students gain the ability to:

• Conduct and interpret experimental research using industry-standard techniques and tools
• Analyze biochemical data and apply findings to scientific and clinical questions
• Communicate complex scientific concepts through written reports, posters and presentations
• Engage in interdisciplinary thinking that connects chemistry, biology and health science
• Explore career options through seminars, faculty-led projects and internship opportunities
• Prepare for entrance exams such as the MCAT, GRE or other graduate assessments

Format

On Campus: Offered in a 15-week semester format with start dates in January and August.

Sample CourseS 

Advanced Topics in Biochemistry (CHM 413) – This advanced course explores the complexity of biochemical systems, with topics including metabolism, energy production, cell signaling and protein folding. Students examine applications like disease mechanisms and pharmaceutical development. By studying key metabolic pathways and regulatory processes, students gain a deeper understanding of how cells function and adapt to physiological changes.

Advanced Topics in Biochemistry Lab (CHM 413L) – Paired with the lecture course, this lab provides hands-on experience with techniques such as DNA extraction, protein purification, and biochemical assays. Students expand on foundational lab skills and engage in independent research projects involving bacterial transformation, enzyme kinetics and scientific data presentation.

STEM Seminar 1 (STH 201) – In this introductory seminar, students begin developing scientific communication and critical thinking skills. They attend research presentations, practice evaluating scientific work and create their own poster presentations based on previous coursework. The seminar promotes collaboration, peer feedback and the ability to clearly present scientific findings.

STEM Seminar 2 (STH 301) – Building on the first seminar, students now conduct a formal scientific literature review and deliver an oral presentation on a topic of their choice. Alongside attending research talks, they engage in thoughtful discussions and learn how to synthesize scientific literature into cohesive, audience-ready presentations.

A degree in biochemistry opens the door to a wide range of careers in healthcare, pharmaceuticals, research, biotechnology and more. Whether students are preparing for medical school or looking to enter the workforce directly after graduation, the program provides a strong foundation in both biology and chemistry, along with practical lab and research skills valued across many fields.

According to the U.S. Bureau of Labor Statistics, employment in biochemistry-related fields is expected to grow faster than average, with strong demand for professionals who can apply their knowledge of living systems to solve complex problems in health, industry and the environment.

Graduates of Tiffin University’s biochemistry program are prepared for roles in clinical labs, pharmaceutical development, environmental science and biomedical research. The degree also provides excellent preparation for advanced study in medicine, dentistry, veterinary medicine, pharmacy and graduate-level science programs.

Possible career paths include:

• Biochemist
• Clinical Research Associate
• Pharmaceutical Scientist
• Laboratory Technician
• Analytical Biochemist
• Forensic Science Technician
• Microbiologist
• Quality Control Analyst
• Environmental Scientist
• Medical Scientist

What is biochemistry?

Biochemistry is the branch of science that explores the chemical processes within and related to living organisms. It combines biology and chemistry to understand cellular structures, metabolic pathways and molecular mechanisms that drive life.

What is a B.S. in Biochemistry?

A Bachelor of Science in Biochemistry is an undergraduate degree that provides students with a strong foundation in both biological and chemical sciences. It prepares students for careers in scientific research, healthcare and biotechnology, as well as for admission into graduate or professional programs such as medical or dental school.

What can I do with a B.S. in Biochemistry?

Graduates can pursue careers in pharmaceuticals, laboratory research, environmental science, forensics, biotechnology and healthcare. The degree also serves as strong preparation for medical, dental, veterinary or pharmacy school, as well as for graduate programs in biochemistry or related fields.