Murray State University

What you'll study

The Engineering Physics curriculum builds a strong foundation in calculus, classical and modern physics, and core engineering principles. Early coursework typically covers calculus-based mechanics, electromagnetism, waves and optics, thermodynamics, and laboratory methods. Students then move into intermediate and advanced modules such as quantum mechanics, solid state physics, materials science, electronics and circuits, control systems, numerical methods and computational physics.

Practical laboratory experience and instrumentation training are emphasised throughout the degree. Many programmes include hands-on courses in electronics, optics and measurement techniques, plus computational modelling using languages and tools commonly used in research and industry. The degree commonly culminates in a senior design or capstone project where students apply physics and engineering principles to a real-world problem, often working in teams and presenting results in written and oral form.

• Calculus (multivariable, differential equations)
• Classical mechanics and electromagnetism
• Modern physics and quantum mechanics
• Materials science and solid state physics
• Electronics, circuits and instrumentation
• Computational physics and numerical methods
• Laboratory methods and experimental design
• Senior capstone or research project

Entry requirements

Applicants should have completed a secondary school programme with strong achievement in mathematics (including algebra, geometry and preferably pre‑calculus or calculus) and physics. Typical preparation includes two or more years of mathematics and at least one year of laboratory science. Admissions decisions also take into account overall academic record, recommendation letters and a statement of purpose outlining interest in physics and engineering.

Prospective students whose first language is not English should meet the university's English proficiency requirements through an accepted test or credential. Transfer students are evaluated on college coursework already completed; calculus and introductory physics courses are advantageous for transfer admission into the major.

Career prospects

Graduates with an Engineering Physics degree have flexible career pathways because the programme combines analytical physics training with engineering practice. Common roles include research and development technicians, instrumentation and test engineers, product development engineers, applications engineers, and roles in optics, photonics, semiconductor and materials industries. Graduates are also well prepared for graduate study in applied physics, electrical or mechanical engineering, materials science and related fields, or for roles in data science and software development where strong quantitative skills are valued.

Because the degree emphasises laboratory skills, experimental design and computational modelling, alumni are attractive to employers in manufacturing, energy, aerospace, medical devices and instrumentation, as well as national laboratories and research institutions. The combination of hands-on experience and theoretical depth also supports entrepreneurial ventures and patent‑related careers.

Why study at Murray State University

Murray State offers a learning environment with relatively small class sizes that enables close interaction with faculty and greater access to laboratory resources. Students benefit from opportunities to participate in undergraduate research projects with faculty across physics and engineering‑related disciplines, gaining practical experience early in their studies. The programme’s emphasis on applied laboratory work and capstone projects gives students tangible experience in experimental methods and team‑based engineering design.

Located in western Kentucky, Murray State has connections with regional industry and research partners that can help students secure internships and experiential learning placements. The university also provides academic advising, career services and support for students planning graduate study, helping to translate classroom learning into career outcomes or advanced degrees.