The Honors Tutorial College Bachelor of Science program in physics, offered through the Department of Physics and Astronomy, provides exceptional students with an intensive and highly individualized education grounded in both classical and modern physics. Through close, one-on-one work with faculty tutors, students progress well beyond the scope of traditional coursework while developing strong analytical, mathematical, and research skills.
Curriculum
Students must complete at least 120 credit hours, maintain a minimum GPA of 3.5, and fulfill all university and Honors Tutorial College requirements.
The curriculum includes:
- A comprehensive sequence of physics tutorials and advanced lecture courses
- Laboratory courses emphasizing experimental methods
- A rigorous mathematics sequence supporting advanced physics study
- University writing, quantitative reasoning, and Honors Tutorial College seminar requirements
View Full Curriculum in the Academic Catalog
Honors Tutorials and Thesis
Students complete a series of five physics tutorials that replace or supplement traditional coursework and allow for in-depth exploration of core and advanced topics. Tutorials are graded according to syllabi established at the start of each semester and may include exams, problem sets, written work, and performance during tutorial meetings.
All students complete a senior honors thesis or approved professional project. Research and thesis writing typically occupy a substantial portion of the senior year and are conducted under the close supervision of a faculty advisor. The completed thesis must be approved by the advisor, Director of Studies, and Dean of the Honors Tutorial College.
Research
Physics students are strongly encouraged to gain research experience, either within Ohio University laboratories or through internships at other universities, research centers, or national laboratories. Research often begins in the junior or senior year, though opportunities may arise earlier, and frequently forms the basis of the senior thesis.
Research areas include:
- Condensed matter and surface science, including thin films, semiconductors, and disordered materials
- Nuclear and particle physics, exploring the fundamental structure of matter
- Biophysics, applying experimental and computational methods to living systems
Advanced students interested in teaching may also be eligible for paid teaching assistant appointments