Program Overview
Bachelor of Science in Physics
The Bachelor of Science in Physics at University of Redlands offers advanced training in the fundamentals of physics, preparing you for graduate studies or technical fields.
Degrees Offered
- Bachelor of Science
Program Types
- Undergraduate, Major, Minor
Mode of Study
- On Campus
Department
- Physics
School / College
- College of Arts and Sciences
What is a physics degree?
Physics investigates and models nature in the most precise and fundamental ways possible. It is a driving force in the continual scientific and technological revolutions that define the modern world. The Bachelor of Science in Physics program offers rigorous training in the fundamentals of physics, from classical to quantum mechanics. The program prepares you for graduate studies or technical field applications. Graduates will be well grounded in all aspects of physics and equipped to choose a specialized area for further their study and research.
Why should you major in physics at Redlands?
If you are a motivated student interested in physics and research, then you will excel in the physics program at University of Redlands. Outside of regular coursework, you will have the opportunity to perform research with expert faculty, who will mentor you in small and intimate classes, allowing for 1:1 guidance and mentorship. Outside of the University, you will have additional opportunities for research during the school year or over the summer with organizations like the Stauffer Center for Science and Mathematics, the National Science Foundation's Research Experiences for Undergraduates (REU) program, and the Department of Energy's Science Undergraduate Laboratory Internships (SULI) program. Additionally, for students interested in pursuing astronomy, the physics department is proud to host an automated telescope on Appleton Hall. Donated by the Taylor family, the Astronomy Student Taylor Robotic Observatory (ASTRO) is used for research and education projects. As a graduate of the physics program, you will be prepared to continue to graduate school to study physics, astronomy, engineering, and medicine or jump straight into the job market in high-paying fields like software, engineering, education, or management.
Classes you'll take
Major requirements
Completion requirement
Physics
Complete ALL of the following courses:
- PHYS231 - General Physics with Lab I
- PHYS232 - General Physics With Lab II
- PHYS233 - General Physics III
- PHYS310 - Electronics Applications
- PHYS331 - Classical Mechanics
- PHYS332 - Electricity and Magnetism
- PHYS341 - Quantum Mechanics
- PHYS344 - Thermal Physics
- PHYS349 - Advanced Experimental Physics
- PHYS391 - Junior Seminar
- PHYS491 - Senior Seminar
Related Field Requirements
Complete ALL of the following courses:
- MATH121 - Calculus I
- MATH122 - Calculus II
- MATH221 - Calculus III
- MATH235 - Differential Equations
Electives
Complete at least 4 courses in the following course sets:
- BS.PHYS Category A
- AND BS.PHYS Category B
Choose four courses, with at least one from each category.
Minor in Physics
Minoring in physics at Redlands will provide you with an understanding of the basic laws of the physical universe. When combined with a major in another science, you will be well prepared for graduate study in the sciences. To view specific requirements and coursework information, visit the current university catalog.
Completion requirements include:
Requirements: 32 credits
Choose one from the following sequences:
- Sequence A: PHYS 231 and 232
- or Sequence B: PHYS 220 and 221
Additional Physics courses 12 credits: PHYS 233 and 8 credits in 300-level courses (except PHYS 391)
Mathematics 12 credits: MATH 121, 122, and 221
Requirements
- Physics 231-233, 391 and 491
- And at least 10 additional credits at the 300-level
- Math 121, 122, 221, and 235
What you'll learn
Core physics concepts
You will gain understanding of the fundamentals of physics, from classical mechanics to quantum mechanics.
Computational techniques
You will learn to proficiently utilize basic computational techniques to model physical systems, even those lacking analytical solutions.
Theoretical and analytical skills
You will develop an ability to theoretically model and experimentally explore physical systems.
Effective communication
You will be able to communicate physics concepts, processes, and results effectively, both verbally and in writing.
Graduates pursue careers as
Theoretical Physicists
Developing mathematical models to explain the fundamental forces and particles that govern the universe.
Astrophysicists
Studying the properties and behavior of celestial bodies and the cosmos, exploring the mysteries of the universe.
Medical Physicists
Applying physics principles to develop and improve medical imaging and radiation therapy for better healthcare outcomes.
Optical Engineers
Designing and creating optical systems, such as lenses and lasers, for applications in industries like telecommunications and medicine.
Career Prep
The University of Redlands offers many ways to prepare you for life after graduation.
Featured faculty
Every Redlands faculty member is an active practitioner in their field. The classes they teach emerge from their unique research and practices, and they’re passionate about what they’re sharing. At Redlands, faculty are invested in and committed to your success.
- Martín Hoecker-Martinez
- Eric Hill
- Alan DeWeerd