Program Overview

The physics curriculum at California Lutheran University addresses the question of how and why things work, from the forces which govern subatomic particles to the large-scale phenomena which shape our universe as a whole. The fundamental nature of physics accounts for its relevance not only in engineering and technology but also in the life and earth sciences. The various introductory courses offered by the Physics Department are thus tailored to meet the different needs of physics majors, students in other sciences and liberal arts students, in particular future teachers. The physics faculty members use a blend of interactive lectures, illustrative demonstrations and hands-on laboratory exercises to enhance students’ comprehension of the material.

Cal Lutheran offers both the bachelor of science and bachelor of arts in physics, as well as a physics minor. The B.S. program is well suited for students interested in graduate studies in physics or engineering or in careers in industry. The B.A. is a more liberal physics degree, where students can explore the relationship of physics with another field of interest.  The minor strengthens the training of students majoring in other fields by providing high-level technological knowledge and enhanced problem-solving skills.

Beginning physics students gain a strong background in classical physics, modern physics and applied mathematics. Upper division courses focus on both theoretical topics and experimental techniques. These small upper division classes, together with close supervision by the faculty, provide a uniquely personalized learning experience for the students. Students develop employer-valued work-ready skills in areas such as electronics, optics and Matlab programming.

Physics students are encouraged to become actively involved in undergraduate research. In collaboration with Physics Department faculty, Cal Lutheran students develop next generation detectors and perform data analysis for experiments conducted at the CERN laboratory, use data obtained from telescopes throughout the world to improve models of massive stars and develop and assess models of superconducting compounds using the department's high-performance computing resources. Physics majors also participate in summer undergraduate research programs at other universities and national laboratories as well as internships with local industries.

Cal Lutheran Physics graduates have a strong record in obtaining employment after graduation and, for those who opt to continue studies in graduate school, are accepted into strong physics and engineering programs at universities throughout the nation.