Bridging the Mind and the Lab: How Bodhi Hirsch is Shaping the Future of Neuroscience at WSU

For many students, the undergraduate experience is a quest for a degree; for others, it is an apprenticeship in discovery. Bodhi Hirsch, a neuroscience major within Washington State University’s (WSU) College of Veterinary Medicine, firmly belongs to the latter category. With an academic trajectory that spans the rigorous precision of mathematical modeling to the intricate tactile work of wet-lab immunohistochemistry, Hirsch has transformed his innate curiosity about the human brain into a sophisticated research career. As he prepares to graduate in May 2027, he stands at the precipice of doctoral studies, representing the next generation of researchers poised to unravel the mysteries of cognition, behavior, and neurological disease.

The Genesis of Curiosity: From Oakland to the Palouse

The journey for the Oakland, California native began not in a laboratory, but in the abstract realm of philosophy and psychology. Hirsch’s initial draw to neuroscience was rooted in a fundamental, human question: What constitutes a choice?

"I have always been fascinated by the inner workings of our brains and what goes into our decision-making and thought processes," Hirsch explains. "Studying neuroscience has given me tools to start asking those questions rigorously rather than just wondering about them."

Transitioning from the urban density of the Bay Area to the rolling hills of the Palouse provided a stark contrast, but one that Hirsch found instrumental to his growth. At WSU, he found an environment that encouraged deep dives into complex subjects, supported by minors in chemistry and biochemistry. The transition from wondering about the brain to systematically analyzing its functions became the defining arc of his undergraduate years.

Mentorship and the Art of "Sitting with the Question"

A defining pillar of Hirsch’s success at WSU has been his close collaboration with Dr. Elissa Schwartz. In the academic world, mentorship is often the hidden variable that determines whether a student merely passes or truly excels. For Hirsch, the Schwartz lab was the crucible in which his identity as a researcher was forged.

"Dr. Schwartz helped me evolve into a better researcher and student," Hirsch says. "She trusted me with real problems early on and taught me how to sit with a question that doesn’t resolve quickly. That changed how I approach my coursework and research. Her mentorship is a large part of why I decided to pursue research as a career."

This ability to "sit with the question"—to tolerate the ambiguity and frustration inherent in the scientific method—is perhaps the most vital skill a young researcher can acquire. It shifts the focus from seeking immediate answers to understanding the mechanism of the inquiry itself.

A Dual-Track Research Strategy: Dry Lab vs. Wet Lab

Hirsch’s research portfolio is notable for its versatility. He currently splits his time between two distinct environments: the dry lab of Dr. Schwartz and the wet lab of Dr. McLaughlin. This bifurcation of experience has provided him with a comprehensive toolkit that few undergraduates possess.

The Mathematical Frontier

In Dr. Schwartz’s laboratory, Hirsch focuses on the computational side of science, specifically the mathematical modeling of viral infections. This "dry lab" work requires an analytical mindset, translating biological phenomena into data sets and predictive equations. It is an exercise in abstraction, allowing him to see the broad patterns of biological systems that might otherwise be invisible.

The Biological Reality

Conversely, his work in Dr. McLaughlin’s lab provides the tactile counterpoint. Here, Hirsch investigates the effects of cannabis on neurological structures in rat models. This "wet lab" environment demands precision—not just in data collection, but in physical execution.

"These experiences have allowed me to contextualize the content that I have learned in my classes," Hirsch notes. "For example, when doing immunohistochemistry, I was able to recognize structures I had studied in Neuroanatomy (404). Seeing the physical manifestation of what I read in a textbook bridges the gap between theory and reality."

Academic Advice: The Power of Intentionality

When asked what advice he would offer to incoming students in the College of Veterinary Medicine, Hirsch advocates for a strategy of active engagement. He warns against the comfort of the "back row," arguing that the true value of a university lies in the relationships formed with faculty.

"My biggest piece of advice would be to gain research experience and challenge yourself with hard courses that have smaller class sizes," he suggests. "It is much easier to build relationships with professors this way. Smaller, more intensive classes also force you to focus and engage rather than blend into the background."

Hirsch’s path serves as a blueprint for success: prioritize the laboratory over the lecture hall when possible, and seek out the "hard" classes where invisibility is impossible and intellectual growth is mandatory.

Life Beyond the Bench: The Palouse Experience

While his academic focus is intense, Hirsch maintains a healthy equilibrium through a deep appreciation for the Pacific Northwest. The wilderness of the Palouse and the nearby mountains in Idaho serve as his recharge stations.

"After a long week, it feels great to be able to drive out into the wilderness to relax and reflect with friends," he shares. "It’s pretty amazing being surrounded by the Palouse and the mountains in Idaho."

This connection to the environment is balanced by a surprising past life—or rather, a past side-hustle. Before committing full-time to the rigors of neuroscience, Hirsch worked as a stagehand for major touring acts. The resume of artists he has supported reads like a festival headliner list: Rufus Du Sol, Zach Top, Janet Jackson, Creed, and The Cure. This experience in the high-pressure, technical world of live production perhaps contributed to the poise he now displays when navigating the demands of complex scientific research.

Implications for the Future: The Road to a PhD

As Hirsch prepares his applications for PhD programs across the country, he does so with a sense of clarity that is rare for an undergraduate. He is looking for a program that will allow him to continue his dual-pronged approach to neuroscience—integrating behavioral analysis with deeper, data-driven investigations into brain function.

The implications of his work are significant. By mastering both computational modeling and wet-lab techniques, Hirsch is part of a new wave of interdisciplinary scientists who do not see these fields as separate, but as interconnected layers of the same mystery.

"WSU has given me a broad range of experience to carry into this next chapter, along with connections that can help me take that step," Hirsch says. "Having worked in two labs with very different methodologies, I feel prepared for the demands of graduate-level research. I’m excited to find a program where I can keep asking questions about the brain and behavior."

Conclusion: A Profile of Potential

Bodhi Hirsch represents the ideal outcome of the modern research university: a student who has moved beyond the passive consumption of information to become an active contributor to the scientific community. His journey from Oakland to the halls of WSU, and soon to a doctoral program, is a testament to the power of curiosity, the necessity of rigorous mentorship, and the value of a balanced life.

As he prepares to graduate in May 2027, the scientific community can expect to see his name on the bylines of influential studies. For now, he continues to do what he does best: asking questions, sitting with the answers that don’t come easy, and looking toward the next horizon with the steady confidence of a researcher who has already learned that the most profound discoveries are often found in the most challenging places.