COURSE CURRICULUM

The Bachelor of Science in Chemistry curriculum is designed over four years to provide a strong foundation in chemical principles while developing advanced analytical and laboratory skills. In the first year, students focus on core subjects such as university chemistry, calculus, and introductory science. Chemistry courses with labs introduce fundamental concepts and experimental techniques, while mathematics strengthens problem-solving abilities. Communication and humanities courses help students develop critical thinking and writing skills, creating a balanced academic base.In the second year, the curriculum becomes more specialized and intensive. Students study organic chemistry and analytical chemistry, learning about the structure, reactions, and analysis of chemical compounds. Laboratory work plays a major role, allowing students to gain hands-on experience with modern techniques. Physics and advanced mathematics are also included to deepen understanding of scientific principles and support complex problem-solving in chemistry.The third year focuses on advanced topics that explore the theoretical and practical aspects of chemistry in greater depth. Students take courses such as physical chemistry, inorganic chemistry, and biochemistry, which provide insight into chemical systems, energy changes, and molecular structures. Laboratory courses like instrumental analysis further enhance technical skills, while communication and leadership courses prepare students for research and professional environments.In the fourth year, students engage in highly specialized and research-oriented learning. Courses such as computational chemistry, spectroscopy, nanomaterials, and advanced organic chemistry introduce modern developments in the field. The program culminates in a two-part senior project, where students conduct independent research and apply their knowledge to real-world chemical problems. Overall, the curriculum equips graduates with strong theoretical knowledge, practical expertise, and research experience, preparing them for careers in industry, research, or further studies in chemistry and related fields.The Bachelor of Science in Chemistry with a concentration in Biochemistry and Chemical Biology is structured over four years to integrate chemistry and biology, helping students understand life at the molecular level. In the first year, students build a strong scientific foundation through courses in biology, chemistry, and calculus. Biology and chemistry labs introduce essential experimental techniques, while communication and introductory science courses develop analytical and academic skills. This combination prepares students for more advanced interdisciplinary studies.In the second year, the curriculum becomes more focused on core scientific principles. Students study organic chemistry and physics, which are essential for understanding chemical reactions and physical processes in living systems. Statistics is also introduced to support data analysis and research interpretation. Alongside technical courses, humanities and elective subjects provide a broader perspective and enhance critical thinking.The third year emphasizes advanced chemistry and biological integration. Courses such as analytical chemistry and inorganic chemistry develop students’ ability to analyze substances and understand chemical structures. Anatomy and physiology provide insight into the human body, linking chemical processes to biological functions. Physical chemistry further deepens understanding of energy, thermodynamics, and molecular interactions. Leadership and communication courses prepare students for teamwork and research environments.In the fourth year, students specialize in biochemistry and molecular biology. Courses like biochemistry, advanced biochemistry, molecular genetics, and cell biology focus on the chemical processes within cells and organisms. Laboratory work, including instrumental analysis, strengthens technical expertise. The program culminates in a senior project sequence, where students conduct independent research and apply their knowledge to real-world scientific problems. Overall, the curriculum provides a strong interdisciplinary education, preparing graduates for careers in biotechnology, pharmaceuticals, research, or advanced studies in science and medicine.