Colorado State University

What you'll study

The programme combines a strong core in classical and modern physics with specialised modules and laboratory work related to nuclear and particle physics. You will build competence in mathematical methods and computational techniques while developing hands‑on skills in experimental design, instrumentation and data analysis.

Core modules and subjects

• Calculus, linear algebra and differential equations for physicists
• Classical mechanics and electrodynamics
• Quantum mechanics and atomic physics
• Statistical and thermal physics
• Laboratory physics sequences emphasising measurement, uncertainty and instrumentation
• Computational physics and data analysis with modern programming tools

Specialist nuclear and particle topics

• Introduction to nuclear physics: nuclear structure, reactions and decays
• Particle physics and the Standard Model
• Radiation detection and measurement, including detectors and spectroscopy
• Accelerator physics and beam instrumentation (where available)
• Applications such as medical physics, radiation safety and nuclear measurements
• Advanced laboratory courses, capstone projects or senior thesis incorporating experimental or computational research

Entry requirements

Admission is to the Bachelor of Science in Physics programme and requires a high‑school diploma or equivalent with strong preparation in mathematics and physics. Successful applicants typically demonstrate:

• Solid background in calculus and pre‑calculus mathematics; prior exposure to physics at high‑school level is strongly recommended
• Evidence of quantitative and problem‑solving ability through coursework, exam results or relevant extracurricular activities
• For international applicants, proof of equivalent secondary qualifications and English language proficiency as required by the university
• Transfer applicants are considered based on college coursework in mathematics and science; faculty advising helps map remaining degree requirements

There are no universally fixed numeric cutoffs provided here; applicants should consult the university admissions pages for programme‑specific guidance and typical profiles of admitted students.

Career prospects

Graduates with a physics degree emphasising nuclear and particle physics have a wide range of career paths. The programme prepares students for postgraduate research as well as professional roles that require strong analytical, quantitative and technical skills.

• Research and development in national laboratories, universities and international collaborations (experimental and theoretical physics)
• Graduate study leading to careers in academia, particle and nuclear physics, or specialised fields such as medical physics
• Technical positions in instrumentation, radiation detection, accelerator operations and nuclear industry
• Data science, software engineering and quantitative roles in finance, technology and engineering firms
• Regulatory, health physics and radiation‑safety roles in healthcare, government and industry
• Secondary‑school physics teaching (with appropriate teacher certification)

Why study at Colorado State University

Colorado State University offers an undergraduate physics programme with access to research‑active faculty and opportunities to participate in hands‑on experimental and computational projects. Small to medium class sizes in upper‑division courses allow close interaction with faculty and research groups.

• Opportunities for undergraduate research projects and senior theses that can lead to co‑authored publications or conference presentations
• Collaborations and internship links with national laboratories, regional research facilities and industry partners provide practical experience beyond the classroom
• Comprehensive advising, career services and extracurricular student groups support professional development and networking
• Location in Fort Collins offers proximity to a range of research institutions and a student‑focused community with outdoor and cultural amenities

Together these features make Colorado State University a strong choice for students seeking a rigorous physics education with particular preparation for careers and further study in nuclear and particle physics.