Studying neuroscience at Gonzaga allows students to explore the intricacies of the brain and nervous system, combining disciplines such as physiology, molecular biology, genetics, anatomy, psychology, biochemistry, physics, and computer science. This interdisciplinary field addresses fundamental questions of human existence and the mechanisms influencing behavior and cognition.

Students not only gain a profound understanding of life's biological and psychological aspects but also develop critical skills in problem-solving and research methodologies. This knowledge empowers graduates to contribute to advancements in neurological disorders, mental health, memory, and aging. Beyond professional gains, neuroscience enriches personal growth by providing profound insights into consciousness and the human experience, making it a rewarding academic pursuit at Gonzaga.

What You'll Study

The B.S. in Neuroscience at Gonzaga is an interdepartmental program which means students will take courses from all over the university including the departments of Biology, Chemistry & Biochemistry, Human Physiology, Physics, and Psychology. This interdisciplinary approach will allow students to gain skills from a diverse set of STEM and social science fields.  Some of the topics that will be explored in the curriculum include:

• Foundational Concepts – Students will begin their studies by taking courses in introductory biological and psychological concepts, inorganic and organic chemistry, genetics, and physics.

• Advancing Knowledge and Expertise – In their major specific courses students will explore the field with in-depth studies in cellular neurophysiology, systems and behavioral neuroscience, neuroanatomy, and cognitive neuroscience.

• Integrative Learning – Neuroscience majors will develop and apply skills in classes that cover statistics, scientific writing, reading primary literature, grant development along with opportunities to apply these skills in independent research. Students will also integrate what they are learning in the liberal arts through the university core with their scientific studies to explore how neuroscience shapes society.

• Tailored Electives – After building a strong basis of understanding students will be able to tailor their studies to several different areas including cellular and molecular, physiological and anatomical, philosophical, computational and theoretical, and behavioral and cognitive or design their own path by combining any of the courses that interests them.

https://www.gonzaga.edu/college-of-arts-sciences/departments/neuroscience