COURSE CURRICULUM

The Bachelor of Science degree in Biochemistry at Kent State University provides students with a strong foundation in both the chemical and biological sciences, preparing them for careers in research, medicine, or graduate studies in biochemistry and related fields. The program emphasizes the chemical processes underlying biological systems and equips students with the knowledge and laboratory skills necessary to study molecular structures, enzyme activity, metabolism, and gene expression. Core courses in biology, chemistry, and mathematics are complemented by advanced coursework in biochemistry, including physical biochemistry, biomolecule structure and function, metabolism and gene expression, and analytical chemistry techniques. Laboratory experience is a key component of the curriculum, giving students hands-on training in experimental design, data analysis, and modern scientific techniques, which is essential for careers in research or for preparation for medical and professional programs.Students begin with foundational courses such as biological foundations, cell biology, genetics, microbiology, and general chemistry, progressing to organic and inorganic chemistry and specialized biochemistry courses. Mathematics courses, including calculus and probability and statistics for the life sciences, provide the quantitative skills necessary to analyze experimental data and understand biochemical models. Physics courses are also included, offering options that cover general and university-level physics with laboratory components. This integration of mathematics, physics, and chemistry ensures that graduates have a comprehensive understanding of the physical and biological sciences.Additional requirements include Kent Core courses in composition, humanities, fine arts, and general electives, ensuring a well-rounded education. Students may also pursue foreign language study and can select concentrations or additional requirements depending on career goals, such as pre-medical or pre-dental preparation. Upon completion of the program, graduates are well-equipped to enter graduate studies, pursue careers in industrial or government laboratories, or meet the prerequisites for professional programs in medicine, dentistry, and related fields, while also meeting requirements for certification by professional organizations like the American Chemical Society.