Learn how to use advanced mathematics and computing in creative and insightful ways, get hands-on experience using scientific apparatus, and complete projects in electronics and computational physics through Illinois Tech’s physics programs.
More in Physics
Illinois Tech’s Department of Physics offers all the advantages of studying in a program at a small, private school, but with a global reach. It provides a rigorous, academically demanding education that is relevant and grounded in real-world experience. Students can take advantage of personal attention from faculty advisers and the opportunity to do important research during their undergraduate years. The faculty works and conducts research all over the world, including at CERN, the world’s largest particle physics laboratory, and at world-class facilities near Chicago such as Argonne National Laboratory and Fermilab.
Career PathwaysPhysics at Illinois Tech is not easy. But when you finish the program, you’ll find that many different graduate school and professional options await. Illinois Tech physics graduates learn skills that can be used in many other areas—like finance, law, business, or engineering. These include quantitative skills, analytical thinking skills, and problem-solving skills—skills that are in high demand. These skills help our students gain admission to top graduate schools and get jobs at places like NASA, Google, IBM, Argonne, Fermilab, University of Chicago, Textura, Alcatel-Lucent, and more. Possible career and educational pathways include:
Most people who go into the STEM workforce after graduating with a bachelor’s degree in physics work in engineering, according to the American Institute of Physics and Society of Physics Students. Common job titles include systems engineer, electrical engineer, design engineer, mechanical engineer, process technician, engineering technician, and many more.
The second most common area of employment for people with a bachelor’s degree in physics is in computer hardware and software, according to the American Institute of Physics and Society of Physics Students. This includes software engineers, programmers, web developers, information technology consultants, systems analysts, technical support staff, and analysts.
According to the American Institute of Physics, about 10 percent of people who earn a bachelor’s degree in physics work for a national laboratory or government facility as a scientist or technician. Sample titles include accelerator systems operator, advanced technology engineer, engineering physicist, laboratory technician, radar developer, and systems engineer.
Other research and technical opportunities for people with a bachelor’s degree include research assistant, research associate, research technician, lab technician, lab assistant, accelerator operator, and physical sciences technician.
According to the American Institute of Physics, of the people who graduated with a bachelor’s degree in physics in 2017 and 2018 who responded to a survey, 48 percent went to graduate school. Of those, 60 percent studied physics or astronomy; 19 percent studied engineering; and 21 percent studied something else: mathematics, medicine, education, physical sciences, computer science, social sciences, law, business, humanities, or another topic.
Department of Physics faculty at Illinois Tech are on the forefront of teaching and research in areas of modern physics, including nanoelectrofuel battery technology, neutrino oscillations, superconducting radio frequency cavities, and more.
More Powerful Than a Supercomputer: Illinois Tech Named a Partner in $575 Million Initiative to Develop New Quantum Computer
Illinois Institute of Technology has been named a partner with Fermilab National Laboratories’ Superconducting Quantum Materials and Systems Center (SQMS), which has a goal of building and operating a...
As Pedro Rivero Ramirez (Ph.D. PHYS 3rd Year) strives to solve the riddle of mass generation, he will pioneer methods that optimize the power of quantum computing. These efforts could alter our...
Nearly 20 years ago, Daniel Kaplan, professor of physics and director of the Center for Accelerator and Particle Physics at Illinois Institute of Technology, joined an international consortium of...
“The research opportunities at Illinois Tech helped me understand how gratifying conducting original research is. As an undergraduate I already felt part of the scientific community as I was given the opportunity to work in a lab, attend conferences, and communicate with well-established scientists at other institutions. I credit Illinois Tech for inspiring my career path and continued success.”