COURSE CURRICULUM

The Master of Science in Cellular and Molecular Biology offers both thesis and non-thesis pathways that provide students with advanced scientific training in molecular biology, genetics, biochemistry, bioinformatics, and biomedical research. The thesis option requires a minimum of 38 credits and is designed for students interested in research-intensive careers or doctoral studies. Students begin with foundational coursework in molecular genetics, genomics, scientific literature evaluation, nucleic acid biochemistry, molecular biology techniques, and protein biochemistry while also gaining hands-on laboratory experience through specialized lab courses. The thesis track includes Independent Study for Thesis Preparation followed by Thesis I and Thesis II, where students conduct original faculty-guided research over multiple academic terms and complete a substantial scientific thesis project. The non-thesis option requires a minimum of 39 credits and is designed for students seeking professional careers in biotechnology, healthcare, pharmaceuticals, laboratory sciences, or industry-based research. Non-thesis students complete similar core coursework in molecular genetics, cell culture, nucleic acid biochemistry, protein biochemistry, and advanced cellular biology while focusing more heavily on laboratory training, data analysis, and comprehensive scientific understanding rather than independent thesis research. Students in this pathway complete a comprehensive examination to demonstrate mastery of scientific concepts, research interpretation, and analytical skills. Both options provide flexibility through a wide range of electives that allow students to specialize in emerging areas of modern biological science such as bioinformatics, immunology, molecular biotechnology, pharmacology, medicinal chemistry, tissue engineering, nanobiotechnology, environmental microbiology, precision medicine, receptors and signaling, nutritional genomics, virus and disease research, and advanced computational biology. Additional opportunities include internships, independent studies, research projects, and advanced bioinformatics programming using Python and database systems for biological research. The curriculum emphasizes advanced laboratory techniques, computational analysis, experimental design, scientific communication, and interdisciplinary problem-solving skills that are essential for modern biomedical and biotechnology careers. Through rigorous coursework, laboratory experiences, research opportunities, and specialized electives, students develop expertise in analyzing biological systems, interpreting scientific data, conducting advanced molecular research, and applying scientific knowledge to healthcare and biotechnology challenges. Overall, the program prepares graduates for careers in biotechnology, pharmaceuticals, biomedical laboratories, healthcare research, government and private research institutions, precision medicine, and advanced doctoral or professional studies in biological and medical sciences.