COURSE CURRICULUM

The Bachelor’s in Physics at the University at Albany is designed to build a strong conceptual and analytical understanding of fundamental physics principles while allowing students to specialize in advanced areas of interest. The program begins with a structured introductory sequence covering core topics such as mechanics,electromagnetism, and the structure of matter. Students complete courses in Physics I (Mechanics), Physics II (Electromagnetism), and Physics III (Structure of Matter), which establish the foundation for more advanced study. Alongside these lectures, students complete a corresponding laboratory sequence that provides hands-on experience in experimental physics through Physics Lab I, II, and III or equivalent general physics labs.As students progress, they take higher-level physics courses that deepen their understanding of classical and modern physics. These include Mathematics in Physics or advanced analysis courses, Waves, Classical Mechanics, Electromagnetism (Statics and Electrodynamics), Quantum Physics I, Thermodynamics, Statistical Physics, and Advanced Physics Lab. This sequence ensures strong preparation in both theoretical reasoning and experimental techniques. Supporting coursework in mathematics is a key component of the program, including Calculus I and II (or honors equivalents) and Calculus of Several Variables, which are essential for advanced physics problem-solving. Students also complete a chemistry sequence, choosing from general or advanced chemistry with laboratory components, to strengthen their understanding of related scientific principles.A distinguishing feature of the program is its emphasis on mentorship, where students work closely with faculty advisors throughout their studies for academic guidance, career planning, and research opportunities. Students may also engage in faculty-led research projects, gaining valuable hands-on experience in areas such as particle physics, cosmology, and electronics. Additionally, students choose one of four concentrations to focus their studies in a specialized area of physics. Overall, the program prepares graduates for careers in research, engineering, technology, education, and graduate study in physics or related fields.