Pace University Behavioral Neuroscience Research Pathways to Dartmouth College
Securing a competitive research position at an Ivy League institution requires more than just good grades. It demands hands-on laboratory experience, strong faculty mentorship, and a proven ability to conduct independent scientific inquiries. The academic journey of Anastasiia Kirdiianova, a recent graduate from the Dyson College of Arts and Sciences, perfectly illustrates how targeted research opportunities at Pace University in the USA can lead directly to advanced roles at prestigious institutions like Dartmouth College. By examining her path through the behavioral neuroscience program, prospective students can understand exactly how to structure their own undergraduate careers for long-term scientific success.
Building a Strong Foundation in Behavioral Neuroscience at Pace University
Behavioral neuroscience is a demanding interdisciplinary field that bridges the gap between psychology and biology. Students must develop a deep understanding of how biological processes in the nervous system influence behavior. At Pace University, the Bachelor of Science in Behavioral Neuroscience is designed to provide exactly this kind of rigorous, results-focused academic environment. The curriculum requires students to engage heavily with core scientific principles, from cellular biology to complex behavioral analysis.
For students like Kirdiianova, the coursework serves only as the starting point. The real advantage of studying at Pace University lies in the accessibility of the faculty and the structure of the academic programs. Rather than waiting until graduate school to touch advanced laboratory equipment, students are encouraged to apply classroom theories to practical settings early in their undergraduate careers. This early exposure is critical for developing the technical precision and analytical thinking required in modern research facilities. Explore our related articles for further reading on how to maximize your undergraduate science degree.
Securing Undergraduate Research Opportunities in the USA
The United States is home to some of the most advanced scientific research programs in the world, but securing a spot in these laboratories as an undergraduate can be highly competitive. Pace University addresses this challenge by offering structured avenues for student-faculty collaboration. A prime example is the Provost’s Student-Faculty Undergraduate Research/Creative Inquiry Award Program. This initiative provides funding and structured support for students to work closely with seasoned researchers over the summer months.
Kirdiianova utilized this program to work under the guidance of Professor Jeanmaire Molina. This initial collaboration was instrumental in teaching her the foundational skills of academic research, from literature reviews to experimental design. Gaining entry into such programs requires students to be proactive. Reaching out to professors whose work aligns with your interests, attending departmental seminars, and demonstrating a genuine curiosity about scientific problems are essential steps for any undergraduate looking to secure research opportunities in the USA. Schedule a free consultation to learn more about how to navigate undergraduate research applications.
Developing Independence Through Faculty Mentorship
While initial research experiences are often heavily guided by faculty, true professional development occurs when a student learns to operate independently. After establishing her foundational skills, Kirdiianova transitioned to working with Professor Matthew Marcello. In this laboratory setting, the focus shifted toward independent problem-solving and creative experimental design.
This phase of her education highlights a crucial aspect of scientific training: the transition from a passive learner to an active contributor. Independence in the laboratory means knowing what to do when an experiment fails, troubleshooting equipment issues, and optimizing protocols without step-by-step supervision. For aspiring researchers, actively seeking out opportunities to take ownership of a project—even a small one—is the best way to develop the confidence and competence that hiring managers at top-tier institutions look for.
The Role of Model Organisms in Neuroscience Research
During her time in Professor Marcello’s lab, Kirdiianova gained specific experience working with C. elegans, a microscopic nematode. While it may seem unusual to study a tiny worm to understand complex neurological concepts, C. elegans is one of the most important model organisms in behavioral neuroscience. It possesses a fully mapped nervous system consisting of exactly 302 neurons, allowing researchers to draw direct correlations between specific cells and behavioral outputs. Mastering the handling, genetic manipulation, and behavioral tracking of C. elegans is a highly specialized skill set that directly prepared Kirdiianova for her next career step.
Presenting Research at National Conferences
Conducting research in isolation is rarely beneficial for a budding scientist. To build a career in the sciences, researchers must be able to communicate their findings effectively to the broader academic community. Pace University actively supports students in attending and presenting at regional and national conferences.
Kirdiianova’s academic portfolio includes presentations at the Eastern Colleges Science Conference, where she received recognition in the Ecology section, as well as awards in the Biology Poster Presentation series. These events are more than just resume boosters; they are high-stakes networking environments. Presenting a poster requires a researcher to defend their methodology, explain their data, and answer unscripted questions from peers and established scientists. This rigorous communication training ensures that graduates are not just capable lab technicians, but well-rounded scientists capable of contributing to academic discourse.
Transitioning from Pace University to Dartmouth College
The culmination of these experiences—rigorous coursework, funded summer research, independent laboratory work, and conference presentations—created a highly competitive profile. Following her graduation in 2026, Kirdiianova accepted a full-time Laboratory Technician II position at Dartmouth College’s Department of Biological Sciences.
In this role, she contributes directly to neuroscience research focused on the nervous system of C. elegans. Moving from an undergraduate researcher to a full-time technician at an Ivy League institution is a significant leap. It requires a demonstrated ability to manage long-term projects, maintain complex laboratory infrastructure, and train other researchers. The fact that Kirdiianova secured this position immediately after completing her undergraduate degree at Pace University is a testament to the effectiveness of the university’s hands-on, mentorship-driven approach to science education. Submit your application today to start building your own research portfolio.
Actionable Advice for Aspiring Neuroscience Researchers
For current and prospective students looking to replicate this level of success, Kirdiianova’s advice is straightforward but often overlooked: ask questions. Speaking up during your first and second years of college does more than just clarify lecture material. It establishes you as an engaged student in the eyes of your professors. Faculty members are much more likely to invite an inquisitive student into their laboratory than one who remains silent in the back of the room.
Furthermore, do not limit your search for research opportunities to your specific major. The techniques learned in an ecology lab, for example, can often be applied to behavioral neuroscience. Cast a wide net, be willing to learn new skills outside your immediate comfort zone, and treat every laboratory task—no matter how tedious—with professionalism. Persistence and a willingness to learn are the most valuable traits an undergraduate researcher can possess.
Evaluating University Programs for Long-Term Scientific Success
When evaluating colleges and universities in the USA, prospective science students should look beyond standard rankings and campus aesthetics. Investigate the specific research opportunities available to undergraduates. Are there dedicated funds for student-faculty research? Do undergraduates co-author papers or present at conferences? What model organisms or specialized equipment are available on campus?
Pace University’s structure within the Dyson College of Arts and Sciences ensures that undergraduate students are not competing with graduate students for laboratory time. The focus on resume-building experiences and personal mentorship means that students graduate not just with a degree, but with a verifiable track record of scientific productivity. Whether your ultimate goal is medical school, a doctoral program, or an immediate entry into the biotechnology workforce, the skills cultivated through undergraduate research are indispensable.
Additionally, consider the geographic location of the university. Being located in the New York metropolitan area provides Pace University students with distinct advantages. Proximity to major medical centers, pharmaceutical companies, and leading research universities creates a dense network of potential collaborators, internship sites, and future employers. The transition from Pace University to Dartmouth College is a clear example of how a strong regional network can facilitate national career mobility. Students who take advantage of their surroundings—attending external seminars, seeking off-campus internships, and networking with professionals in the area—compound the value of their on-campus education. Have questions? Write to us! to learn more about what to look for in a neuroscience program.
