Department of Physics
Science Building 112
(216) 687-2425
https://artsandsciences.csuohio.edu/physics/physics
Petru S. Fodor, Chair
Kiril Streletzky, Undergraduate Program Director
Description
The study of physics provides a crucial understanding of the world around us though the study of the fundamental laws governing matter and energy. The field of physics has been instrumental in the development of advanced materials, electronic and optical devices, medical equipment, quantum computing, and AI, impacting every aspect of our way of life. Studying physics fosters critical thinking, quantitative proficiency, and the ability to research and organize information, and infer new ideas.
What careers can this major prepare you for?
The ability to think critically, solve complex problems, develop effective models, and use a broad array of technical tools, makes physicists attractive to employers in the both the private as well as the government sectors. Physicists typically pursue careers in research and development (R&D), science, engineering, medicine, education, law, and finances. Some typical job classes/titles include: Engineering (systems engineer, engineering technician, electrical engineering, project engineer, optical/photonics engineer, mechanical engineer, test engineer, process engineer, production engineer, design engineer, manufacturing engineer, application engineer, data engineer, scientist); R&D (research assistant, researcher, research technician, junior specialist, patent examiner, accelerator operator, physicist); Programming/Software (software engineer, software developer, data analyst, data scientist, machine learning engineer, consultant); Education (high school/middle school physics/math/science teacher); Finance/Business (data analyst, research analysts, quantitative analyst, investment banker, sales engineer); Medical (medical physicist, radiation officer) (https://www.aip.org/statistics/physics-trends-common-job-titles-for-new-physics-bachelors)
What skills are developed within this major?
Skills developed within this major include: extensive analytical capabilities to solve quantitative problems involving complex data sets; ability to conduct experiments, analyze data and develop theories; broad knowledge of natural laws and technical expertise relevant to all other sciences: biology, chemistry, geology, environmental science, math and data analytics, computer science, and all branches of engineering; proficiency in using computer technology and mathematical modeling; ability to prepare technical reports.
Information
The BS prepares students for graduate programs in Science and Engineering and for a career in technical professions. There are two options for students to choose from when pursuing this degree depending on their career goals and interests: (i) General Focus - for students whose primary academic goal is to pursue further graduate studies in physics or related fields; and (ii) Applied Physics - for students whose intent is to pursue technical careers immediately after graduation. The BS also offers an Honors version that builds on the General Focus option.
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