COURSE CURRICULUM

The nanoscience physics program is an advanced and interdisciplinary degree that focuses on understanding how light, electromagnetic radiation, and matter behave at the nanoscale, where materials often exhibit unique and unexpected properties compared to their larger forms. Students in this program gain both theoretical knowledge and practical experience, allowing them to explore how physical principles change when working with extremely small structures. The curriculum begins with a strong foundation in mathematics and science, including precalculus, calculus, general chemistry, and introductory biology, along with courses in communication and digital literacy. As students progress, they move into more specialized subjects such as computer programming, organic chemistry, and classical physics, which build the analytical and technical skills necessary for advanced study. Laboratory work is a key component of the program, giving students hands-on experience in experimenting with materials and understanding nanoscale phenomena. In later terms, students study topics such as optics, advanced physics laboratories, and nanoscale science courses that focus on designing and analyzing materials at a microscopic level. Courses like modern physics and quantum mechanics introduce students to complex theories that explain how particles and energy behave at very small scales. The program also includes electives and general education courses to ensure a well-rounded academic experience. Overall, this degree prepares students for careers in research, technology, and scientific innovation by combining physics, chemistry, and biology concepts. It is ideal for students who are curious, detail-oriented, and interested in exploring cutting-edge scientific developments while gaining valuable laboratory and problem-solving skills needed in modern scientific fields.