COURSE CURRICULUM

The Biology program at University of North Texas prepares students for a wide range of careers in the biological sciences as well as advanced graduate and professional study, including medical, dental, veterinary, and healthcare-related programs. The curriculum provides students with strong scientific knowledge, laboratory experience, and research skills that can be applied in environmental science, biotechnology, healthcare, education, government, and scientific research. Graduates may pursue careers in environmental management and conservation, helping protect ecosystems, wildlife, and natural resources through scientific analysis and sustainability efforts. Opportunities also exist in government agencies, higher education institutions, biotechnology companies, pharmaceutical sales, laboratory technology, and scientific research organizations. Students interested in teaching may prepare for careers in secondary school science education, while others continue into professional schools for medicine, dentistry, veterinary medicine, or other healthcare professions. The program combines classroom learning with practical laboratory and research experiences that help students understand biological systems at molecular, organismal, and ecological levels. Coursework includes Bacterial Diversity and Physiology, which examines microorganisms, their biological functions, and their roles in health and ecosystems; Genetics, focusing on heredity, gene function, and molecular inheritance; and Principles of Ecology, which explores interactions between organisms and their environments. Comparative Animal Physiology helps students understand how animals function and adapt biologically across different species and environments, while Physical Chemistry for Life Science integrates chemistry and biology to explain biological processes at the molecular level. Students may also study Biodiversity and Conservation of Animals, which focuses on wildlife diversity, species preservation, conservation strategies, and environmental challenges affecting animal populations. Throughout the program, students develop valuable skills in scientific reasoning, laboratory analysis, critical thinking, data interpretation, and problem-solving that are highly applicable across scientific and healthcare industries. Faculty members provide mentorship and opportunities for hands-on learning through laboratory work, field studies, and research projects. Overall, the Biology degree combines broad scientific training, practical research experience, and interdisciplinary learning to prepare students for careers in life sciences, environmental work, healthcare professions, and advanced academic study.