A degree in applied physics provides the foundation for a wide range of career opportunities in high-technology industries, including research and development, product design and testing, sales, and quality control.
Why Study at Iowa?
Iowa's Department of Physics and Astronomy offers a renowned faculty and challenging courses on a variety of subjects, with course work emphasizing problem solving, logical thinking, and technical skills. Advanced classes usually have 15-20 students, allowing for a high level of individual attention.
Applied physics students gain a solid foundation in physics course work and can choose from four areas of concentration (optics, solid-state electronics, computer science, or medical physics).
Outside of class, students have opportunities to do research, apply for internships at national laboratories, and participate in the Society of Physics Students, which coordinates field trips and activities to foster student-faculty interaction and scientific learning.
In addition, Iowa students are extraordinarily successful at competing for research opportunities at other top universities and at research laboratories.
Students in the Bachelor of Science (BS) program in applied physics take several of the courses required for the BS in Physics and choose a concentration in one of four areas.
Areas of concentration:
- Computer science
- Solid-state electronics
- Medical physics
Students also complete a one-semester internship or practicum.
Review Applied Physics in the General Catalog for more details.
Applied physics majors need to meet the requirements for admission to the College of Liberal Arts and Sciences.
Admission Requirements Tabs
Most undergraduate students in applied physics participate in research projects. Some students work directly with faculty members.
Faculty, Facilities, and Resources
Iowa's program is recognized for its top-notch research. Its 29 faculty members work in astronomy and in nine areas of physics, including atomic and molecular, condensed-matter, high-energy, mathematical, medical, nuclear, optical, plasma, and space physics. Departmental research garners more than $16 million a year in external support.
Several faculty members are fellows of professional associations such as the American Physical Society and the American Geophysical Union. One is an elected member of the National Academy of Sciences. The late James Van Allen, a longtime professor and renowned space researcher, discovered the Earth’s radiation belts—named the Van Allen Radiation Belts in his honor.
The department has two optical telescopes and a radio telescope on the roof of Van Allen Hall and a fully automated telescope in Arizona. The optical telescope facility, run by students, is used for teaching and research projects. The department also maintains a full machine shop and 24-hour computer labs.
Additional resources on the UI campus include superconducting fabrication facilities, the Iowa Advanced Technology Laboratories, and the Optical Science and Technology Center. Varied labs are devoted to plasma, medical, atomic, high-energy, and molecular physics. Several ultrafast laser labs, a III-V molecular beam epitaxy lab, and a high-resolution X-ray diffraction lab also are available.
Iowa City is only a few hours’ drive from the Fermi National Accelerator Laboratory and Argonne National Laboratory.
Iowa graduates have job placement rates ranging from 86-100%, depending on their area of study, and our Pomerantz Career Center offers multiple resources to help students find internships and jobs.
Physics and astronomy graduates have mastered skills that are readily transferable to a number of fields, including research, engineering, software development, teaching, finance, biomedical research, and consulting.
About 70 percent of physics and astronomy graduates go on to graduate school. With help from the department’s in-house recruiting office, they win acceptance to some of the best graduate programs in the country.
Apply to the College of Liberal Arts and Sciences.