We know you learn best when you can roll up your sleeves and dive in. That's why we offer hands-on opportunities that give you the freedom to explore your passion through real-world work and prepare for a fulfilling career.

Student
Academic Programs

Choosing the right major starts with a simple question: What are you passionate about?

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Student
University Honors Program

If you're ready for an academic challenge worthy of your ambition, look no further.

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Faculty
Our Faculty

Our professors are invested in your personal and academic success from day one.

Meet our Faculty
Engage the world with integrity.

We cultivate a liberal arts learning environment that is student-centered, welcoming, and inclusive. We encourage students, faculty, and staff to explore and expand knowledge and to contribute their talents and abilities to fully engage their communities and world with integrity.​

The Cal Lutheran Experience

Communication
Communication major photo of student or faculty

I think one of the most important tools in helping students discover and live their purpose is getting them to understand not to take their experiences for granted. In teaching critical thinking, we often privilege this action as questioning but it can be a part of the creative process, too. As the British writer Neil Gaiman said, 'You can take for granted that people know more or less what a street, a shop, a beach, a sky, an oak tree look like. Tell them what makes this one different.'

Russell Stockard
Professor
Exercise Science
Exercise Science major photo of student or faculty

Class topics like adaptations to exercise, motion capture analysis, and exercise in different climates were very exciting because of their practical application to my work. Also, each class was very reading and writing intensive, which prepared me for graduate school by improving my ability to dissect a research article for relevant information.

Jonathan Goldstein '19

Physics
Physics major photo of student or faculty

My research was in the area of neutrino physics, in association with the MicroBooNE collaboration at Fermi National Accelerator Laboratory. I was interested in coming up with a function to describe the optical response of a photomultiplier tube while submerged in liquid argon. This function would aid in reducing simulation time for MicroBooNE. From this project, I learned how to design and construct a small scale experiment, collect and analyze data, and produce a talk and scientific paper on my findings.

Eric Henderson '14

Read Eric's Story

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