Physics

Minor in Physics

About the Physics Minor

Embark on an exploration of the universe with the Physics Minor. In this program, you will study the fundamental laws that govern our existence. Whether pursuing a career in science or simply interested in the cosmos, our minor equips you with a versatile skill set and a unique perspective. Join us on this journey, where you will not only understand the universe but also shape its future.  

Why Study Physics at CWU?

At CWU, we believe in learning by doing.

Our innovative laboratories—including a Planetarium, Biophysics Lab, Electronics Lab, and Observatory—and research opportunities allow you to apply theoretical principles to the physical world, embracing multiple learning styles into our courses. With a Physics Minor, you will stand out in the job market, from research and technology to business and policymaking. 

Where is this program offered? 

• Ellensburg

How much does this program cost?  

Explore information on Cost, Aid, and Value to make an informed decision about investing in your education at CWU.

Where can I find more information?

Please visit the CWU Academic Catalog for current information about admission requirements, course descriptions, learner outcomes, and credit information. 

Highlights 

Where Science Meets Acoustics 

CWU Physics Professor Andy Piacshek operates the CWU Acoustics Research Lab located in Discovery Hall. This facility's specialized equipment and capabilities include an Anechoic chamber, which is nearly silent. His research has included studying how sounds and vibrations travel in complex situations, including testing stringed instruments to determine if they sound better after being played for a long time. “We want to help people in the real world, but we also have a curiosity about how things work,” he said. “That’s just part of being a scientist.” 

Committed to Our Community 

In 2021, the National Science and Aeronautics Administration (NASA) awarded CWU $8.5 million over the next four years to build STEM interest in underrepresented communities. Physics Professor Darci Snowden serves as director of the program, which first received funding in 2015. “The point of this program is to use NASA science to engage and motivate rural and underrepresented students so that they stay interested in pursuing STEM careers in our region,” Snowden said, noting that a specific objective of the grant is to reach Native American students. One reason the program has been so successful, Snowden added, is that program partners get out into the communities they serve and engage with residents of all ages, developing long-term connections with parents, teachers, and community leaders.