Bachelor in Engineering Physics

Engineering physics combines core physics with applied engineering methods, preparing students to work on the physical and technical problems that sit between pure science and engineering practice. The curriculum typically covers classical and quantum mechanics, electromagnetism, thermodynamics, and mathematical methods, alongside engineering-oriented subjects such as materials science, electronics, and instrumentation. Laboratory work is a significant part of the program, giving students hands-on experience with measurement, experimental design, and the physical systems that underlie technologies such as semiconductors, optics, and sensors. Students also typically develop programming and numerical modeling skills used to simulate and analyze physical systems. Graduates of engineering physics programs work in fields such as semiconductor and electronics manufacturing, optics and photonics, materials development, aerospace and defense, and energy technology, as well as in research and development roles more broadly. The combination of theoretical physics and applied engineering training also prepares graduates well for further graduate study in physics, materials science, or various engineering disciplines. This bachelor's degree in Engineering Physics is offered by Ankara University, located in Ankara, Turkey. The program is taught in English and lasts 4 years, structured to build from foundational physics and mathematics toward applied, laboratory-based engineering coursework. The English-medium instruction allows international students to pursue this technical degree at a Turkish university without a Turkish-language prerequisite.