COURSE CURRICULUM

The Bachelor of Science in Physics at Wright State University is a rigorous STEM-focused degree designed for students seeking extensive preparation in theoretical physics, experimental research, advanced mathematics, and scientific problem-solving. The program provides a strong foundation for graduate study in physics, engineering, and related scientific fields, while also preparing graduates for careers in research, technology, industry, education, and government. Students develop the ability to apply fundamental physical principles to real-world problems through mathematical modeling, computational techniques, data analysis, laboratory experimentation, and scientific reasoning. Learning outcomes emphasize solving complex problems using calculus, differential equations, linear algebra, and computer programming, while also developing skills in teamwork, communication, and multidisciplinary collaboration. The curriculum includes modern and advanced topics such as Analytical Mechanics, Electricity and Magnetism I and II, Quantum Mechanics I and II, Statistical Mechanics, Applied Optics, Advanced Physics Laboratories, and a two-semester Senior Research Project. Students gain hands-on experience through innovative Connected Physics Laboratories focused on Internet of Things (IoT) instrumentation and experimental measurement techniques. Elective options allow specialization in areas such as Astrophysics, Lasers, Nuclear and Particle Physics, Solid State Physics, Mathematical Physics, Classical Mechanics, and Microfabrication Sciences. Supporting coursework in chemistry and advanced mathematics includes Calculus I–III, Complex Variables, Partial Differential Equations, Differential Equations, and Linear Algebra. The program also offers a Physics Honors Program for high-achieving students, requiring a minimum 3.2 GPA and additional upper-level physics coursework beyond degree requirements. Students may further accelerate their education through a combined bachelor’s and master’s degree pathway, allowing selected graduate courses to count toward both degrees and reducing the total time needed to earn a master’s degree. Graduates leave with strong analytical, computational, experimental, and research skills that are highly valued across scientific and technical industries. Career opportunities include research scientist, physicist, engineer, software developer, data analyst, educator, laboratory specialist, consultant, and graduate researcher. The degree provides exceptional preparation for advanced study and leadership roles in rapidly evolving scientific and technological fields worldwide.