Next Steps

Neuroscience, B.S.

As a neuroscience major at Whitworth University, you'll develop a comprehensive understanding of the most complex and influential organ in the human body: the brain. Through our interdisciplinary approach, you will explore the brain's functions and its impact on behavior, cognition and overall human experience.

Neurological disorders rank as the second highest cause of death and the highest cause of disability worldwide. This makes neuroscience a critical area of study if you're interested in academic research, industry applications or a medical career.

Why major in neuroscience at Whitworth?

Develop a holistic understanding of neuroscience. Our unique, interdisciplinary programming combines rigorous scientific training with courses integrating areas such as ethics, cognitive processes and spirituality.
Gain hands-on learning through a capstone experience. Choose between a major research project, an off-campus internship related to neuroscience or educational outreach at K-12 schools.
Learn practical research and clinical skills through the use of advanced imaging techniques and live animal studies – opportunities that are often not available at larger institutions and are essential for graduate school admission and professional success.
Work closely with faculty members on research projects and receive personalized mentorship and guidance.
Cultivate leadership and teamwork skills through interdisciplinary coursework and collaborative projects.
Connect your faith and worldview with your studies. Whitworth's neuroscience major uniquely integrates faith and learning by examining the intersections of science and spirituality.
Belong to a vibrant community. The program builds camaraderie through collaborative research, interactive coursework, and fun social events with other departments and programs.
Become who you're meant to be.

Students majoring in neuroscience have a wide range of career options

The field of neuroscience is experiencing rapid growth, with a projected 17 percent increase in job opportunities over the next decade.

Students can pursue careers in:

Academic and industrial research
Medicine and healthcare professions
Physical and occupational therapy
Cognitive and clinical neuroscience

Our recent biology department grads' job and graduate school placements include:

Debora Calderon, Ph.D. student in cognition and neuroscience, University of Texas at Dallas
Seth Foust, certified TMS technician, NeuroStim TMS Centers, Spokane

Opportunities outside the classroom

Develop and execute an independent research project and present it at a regional or national conference.
Intern at a community agency or organization where you will integrate key neuroscientific concepts with community practice.
Gain teaching experience in a K-12 classroom while instructing students about brain science.
Visit biotech companies in Spokane and Seattle, including a visit to the Allen Brain Institute.
Enjoy regular interactions with diverse cultures and organizations to help understand how studying the brain is viewed in different communities.