California State University

What you'll study

This programme combines core courses in physics and chemistry with supporting mathematics, laboratory work and elective options across earth sciences, astronomy and materials science. In the early years you will take foundational modules such as calculus-based physics, general chemistry with laboratory, and multivariable calculus. Progressing into upper-division study, typical topics include classical mechanics, electromagnetism, thermodynamics and statistical mechanics, introduction to quantum mechanics, physical chemistry, optics, and experimental methods.

Practical training is emphasised: students complete multiple laboratory courses, computational and data-analysis modules, and at least one substantial research project or capstone experience supervised by faculty. Elective clusters allow specialisation in areas such as environmental physics, planetary science, materials and nanoscience, instrumentation and sensor technology, or applied spectroscopy. Many campuses also offer coursework or pathways that support preparation for single-subject teaching credentials.

Entry requirements

Admission to the California State University system typically requires a high-school diploma or equivalent and completion of college-preparatory subjects. Applicants are expected to have studied mathematics through precalculus or calculus and at least one laboratory science (biology, chemistry or physics) in high school. Campuses assess applications holistically, considering academic record, required coursework, and any relevant experience; some campuses may expect placement readiness for university-level calculus or require completion of specified preparatory subjects.

Transfer students from community colleges are common in the CSU system; transfers should present completed lower-division science and mathematics coursework and meet campus-specific unit and GPA guidelines. Prospective students whose first language is not English should consult the campus for English proficiency requirements.

Career prospects

Graduates with a Bachelor’s in Physical Sciences move into a wide range of careers. Typical entry-level roles include laboratory technician, research assistant, environmental technician, quality-control analyst, instrumentation specialist and technical roles in manufacturing or aerospace. The programme also provides a strong foundation for careers in data analysis, scientific instrumentation, technical sales, science writing and patent-paralegal work (often with additional qualifications).

Many students use the degree as preparation for graduate study in physics, chemistry, materials science, earth sciences or engineering, or for professional training such as teaching credentials and programmes in engineering or applied sciences. Employers value the degree’s combination of quantitative skills, laboratory experience and problem-solving ability.

Why study at California State University

The California State University system emphasises accessible, applied education with strong links to local industry and government laboratories. Undergraduate students benefit from hands-on laboratory facilities, opportunities for faculty-mentored research, and practicum or internship placements with regional employers. Campuses typically offer supportive advising, transfer pathways from community colleges and options to combine the physical sciences degree with complementary minors or credential programmes.

Studying in the CSU system also offers a diverse student community and numerous campus resources for career development, undergraduate research funding and student organisations in the sciences. The programme’s flexibility makes it well suited to students seeking a practical, interdisciplinary science education that can be tailored to academic or professional goals.