BSc in Physics in Carbondale United States | Southern Illinois University Carbondale

The Bachelor of Science in Physics undergraduate program equips students with fundamental knowledge of classical and modern physics principles, opening doors to diverse career paths. At SIUC, physics majors can pursue a general BS degree or specialize in Computational Physics, Materials Science/Nanophysics, or Biomedical Physics. A physics degree paves the way for rewarding careers, as the field remains at the forefront of scientific breakthroughs that shape modern science.

SIUC's Physics Department delivers an exceptional undergraduate experience with personalized attention for majors. Students gain hands-on experience through advanced laboratory courses covering modern physics, laser technology, and optical sciences. Our research-focused department features faculty actively engaged in cutting-edge projects, where upper-level undergraduates can contribute to meaningful research. This participation helps students develop practical skills beyond classroom learning while experiencing authentic physics work. Undergraduate research opportunities span experimental fields including cryogenics, surface science, applied materials, fluid dynamics, superconductivity, magnetic studies, spectroscopy techniques, and radiation physics. Theoretical physics enthusiasts can explore quantum phenomena, condensed matter systems, atomic structures, computational modeling, statistical thermodynamics, and nuclear physics through faculty-guided projects.
SIUC's Physics Department delivers an exceptional undergraduate experience with personalized attention for majors. Students gain hands-on experience through advanced laboratory courses covering modern physics, laser technology, and optical sciences. Our research-focused department features faculty actively engaged in cutting-edge projects, where upper-level undergraduates can contribute to meaningful research. This participation helps students develop practical skills beyond classroom learning while experiencing authentic physics work. Undergraduate research opportunities span experimental fields including cryogenics, surface science, applied materials, fluid dynamics, superconductivity, magnetic studies, spectroscopy techniques, and radiation physics. Theoretical physics enthusiasts can explore quantum phenomena, condensed matter systems, atomic structures, computational modeling, statistical thermodynamics, and nuclear physics through faculty-guided projects.