Do you have questions about getting involved with mentored research as an undergraduate? Ask experts who are undergraduates themselves!
These peer mentors are currently working on their own research projects, and are available to talk to you about the research process. They have the experience and training to answer questions such as:
- “How do I get started with my research?”
- “Will I get paid to work on research, or am I eligible for a special scholarship?”
- “How do I find a faculty mentor who will oversee and guide my work and training?”
How to Meet with a Peer Mentor
We use Microsoft Bookings to schedule in-person or virtual meetings between students and our peer mentors. After first selecting whether you want to have a 30-minute in-person or a virtual meeting (hosted on Microsoft Teams), you can then select a time based on our peer mentors’ availability. You can also optionally select the peer mentor you want to meet with. We ask you for your name, WSU email, and a few details about your academic and research interests. Once you book an appointment, a reminder about the meeting will be sent to the email you provided.
Please note: Mentors are not available during summer break, WSU breaks, WSU holidays, the week before final examinations, or the week of final exams. Be sure to double check the WSU academic calendar to confirm these dates. (You will see that peer mentors’ availability on Microsoft Bookings should account for these breaks.)
Fall 2026: The first day for Fall 2026 appointments is Tuesday, September 1. The last day for Fall 2026 appointments is Friday, December 4.
Spring 2027: The first day for Spring 2027 appointments is Monday, January 11. The last day for Spring 2027 appointments is Friday, April 23.
About Our Peer Mentors
Jocelynn Brown
Hometown:
Major:
Minor:
Interesting fact:
Research activities:
Major:
Minor:
Interesting fact:
Research activities:
Thomas Cline
Hometown: Vancouver, Washington
Major: Chemistry and Physics
Minor: Mathematics
Interesting fact: I have a German Shepard named Chance living with me in Pullman this year.
Research activities: I am currently doing research in the Kevin Kittilstved lab; I started in the spring 2025 semester. I am currently working on quantifying kinetics and energetics of the reduction of Cr atoms in Cr:Sr2TiO4 using electron paramagnetic resonance spectroscopy. I’ve been working on this project since around February 2025.
Major: Chemistry and Physics
Minor: Mathematics
Interesting fact: I have a German Shepard named Chance living with me in Pullman this year.
Research activities: I am currently doing research in the Kevin Kittilstved lab; I started in the spring 2025 semester. I am currently working on quantifying kinetics and energetics of the reduction of Cr atoms in Cr:Sr2TiO4 using electron paramagnetic resonance spectroscopy. I’ve been working on this project since around February 2025.
Sasha Green
Hometown:
Major:
Minor:
Interesting fact:
Research activities:
Major:
Minor:
Interesting fact:
Research activities:
Tiana LaFollette
Honors College Student
Hometown: Zillah, Washington
Major: Neuroscience Pre-Medicine and Psychology
Minor: Chemistry
Interesting fact: When I am not in lab, I love to spend time with my cat Cooper! (He is a rare cat!), or I love to play games with friends.
Research activities: I have been working in the Dr. Gary Wayman lab for around 3 years now! I have been working on a variety of projects!
The first project is working on insulins affect in the developing hippocampus. Here I have studies P8 day old mice neurons seeing how intranasal insulin administration affects their synaptic development in the CA1 Region of the hippocampus. With this project, I have also studied how BDNF (Brain-Derived Neurotrophic Factors) and its receptor TrkB (Tropomyosin Receptor Kinase-B) had affects in the neurons, and how insulin affected the already affected neurons.
For the second project, I have been working on Kappa Opioids. I have been working on cloning different types of Kappa Opioids like Oprl1 (Opiod receptor like 1) and others! I mainly have been working on the cloning process of these kappa opioids, but I have started to put them into neurons to see the effects of these Kappa Opioids.
For the final project, I have been working on a paternal test. This test is to run male mice on a treadmill, later pairing them with a female mouse. Then, study their offspring to see how the hippocampus was affected due to the “father” exercising.
All this work has led to national awards at conferences at ABRCMS; SURCA awards, and even Oral Presentations for the honors college. I love research and everything it has done for me in my life! I am so excited to help others get involved in research and find their passion : )!
Hometown: Zillah, Washington
Major: Neuroscience Pre-Medicine and Psychology
Minor: Chemistry
Interesting fact: When I am not in lab, I love to spend time with my cat Cooper! (He is a rare cat!), or I love to play games with friends.
Research activities: I have been working in the Dr. Gary Wayman lab for around 3 years now! I have been working on a variety of projects!
The first project is working on insulins affect in the developing hippocampus. Here I have studies P8 day old mice neurons seeing how intranasal insulin administration affects their synaptic development in the CA1 Region of the hippocampus. With this project, I have also studied how BDNF (Brain-Derived Neurotrophic Factors) and its receptor TrkB (Tropomyosin Receptor Kinase-B) had affects in the neurons, and how insulin affected the already affected neurons.
For the second project, I have been working on Kappa Opioids. I have been working on cloning different types of Kappa Opioids like Oprl1 (Opiod receptor like 1) and others! I mainly have been working on the cloning process of these kappa opioids, but I have started to put them into neurons to see the effects of these Kappa Opioids.
For the final project, I have been working on a paternal test. This test is to run male mice on a treadmill, later pairing them with a female mouse. Then, study their offspring to see how the hippocampus was affected due to the “father” exercising.
All this work has led to national awards at conferences at ABRCMS; SURCA awards, and even Oral Presentations for the honors college. I love research and everything it has done for me in my life! I am so excited to help others get involved in research and find their passion : )!
Allison Mata
Honors College Student
Hometown: Boise, Idaho
Major: Physics, with a specialization in astrophysics
Minor: Mathematics
Interesting fact: I love to cook and go hiking.
Research activities: I have been involved in research with Dr. Maria Charisi and her international research group since October 2024. I have worked on improving methods of locating supermassive black hole binaries (SMBHBs) that form as a result of galaxy mergers in our universe. Supermassive black holes (SMBHs) are millions to billions of times the mass of our own Sun and observational evidence has shown that a large fraction of galaxies in the universe host a SMBH at its center. If the galaxies merge, the central SMBHs begin to orbit one another and form a binary. My research focuses on modeling the light produced from SMBHBs by ground-based telescope surveys such as the recent Legacy Survey of Space and Time (LSST). The hope is to establish a robust baseline expectation of when the black holes will be detectable in the survey through simulating the observations and applying current statistical analysis models.
This research has taught me a lot about scientific collaboration, applying research methods, and building skills. I have also built a robust network of international collaborators working with Dr. Charisi and her international research group while studying in Crete, Greece at the FORTH Institute of Astrophysics. I have been able to present my research at WSU during SURCA and multiple regional, and national conferences. All of this has worked towards my goal of obtaining a Ph.D. in Astronomy and Astrophysics and being a professor at research institution.
Hometown: Boise, Idaho
Major: Physics, with a specialization in astrophysics
Minor: Mathematics
Interesting fact: I love to cook and go hiking.
Research activities: I have been involved in research with Dr. Maria Charisi and her international research group since October 2024. I have worked on improving methods of locating supermassive black hole binaries (SMBHBs) that form as a result of galaxy mergers in our universe. Supermassive black holes (SMBHs) are millions to billions of times the mass of our own Sun and observational evidence has shown that a large fraction of galaxies in the universe host a SMBH at its center. If the galaxies merge, the central SMBHs begin to orbit one another and form a binary. My research focuses on modeling the light produced from SMBHBs by ground-based telescope surveys such as the recent Legacy Survey of Space and Time (LSST). The hope is to establish a robust baseline expectation of when the black holes will be detectable in the survey through simulating the observations and applying current statistical analysis models.
This research has taught me a lot about scientific collaboration, applying research methods, and building skills. I have also built a robust network of international collaborators working with Dr. Charisi and her international research group while studying in Crete, Greece at the FORTH Institute of Astrophysics. I have been able to present my research at WSU during SURCA and multiple regional, and national conferences. All of this has worked towards my goal of obtaining a Ph.D. in Astronomy and Astrophysics and being a professor at research institution.
Taylor Page
Honors College Student
Hometown: Kennewick, Washington
Major: Biochemistry
Minor: Chemistry
Interesting fact: In my free time, I love to sew! My most recent project was making a big quilt.
Research activities: I have been involved in research since the beginning of my time at WSU, and have now been in Dr. Kanako Hayashi’s lab for over 2 years. During this time, I have focused on women’s health and reproductive biology. I first worked on a project investigating non-steroidal therapies for endometriosis, which gave me my first experience with molecular techniques and helped me understand how research can address unmet needs in medicine. Currently, my project aims to investigate the role of uterine FBXW7 during pregnancy using a mouse model. FBXW7 has been characterized for its role during cancer as a tumor suppressing gene, but its function in the uterus during gestation remains largely unexplored. Understanding its role may uncover key mechanisms in implantation and successful pregnancy, potentially shedding light on causes of infertility. This project has given me the opportunity to gain experience across many techniques, from mouse handling and treatments to data analysis. My work includes histology, PCR and qPCR, surgical techniques, and microscope imaging, allowing me to build a broad and versatile research skill set.
Research has been an exciting place for me to grow both personally and professionally. I have presented my work at SURCA here at WSU, as well as at regional conferences, where I’ve learned how to better communicate my project to both specialists and broader audiences. Being part of a lab has not only given me hands-on skills but also a strong sense of purpose. I am excited to help other undergraduates find their place in a lab on campus!
Hometown: Kennewick, Washington
Major: Biochemistry
Minor: Chemistry
Interesting fact: In my free time, I love to sew! My most recent project was making a big quilt.
Research activities: I have been involved in research since the beginning of my time at WSU, and have now been in Dr. Kanako Hayashi’s lab for over 2 years. During this time, I have focused on women’s health and reproductive biology. I first worked on a project investigating non-steroidal therapies for endometriosis, which gave me my first experience with molecular techniques and helped me understand how research can address unmet needs in medicine. Currently, my project aims to investigate the role of uterine FBXW7 during pregnancy using a mouse model. FBXW7 has been characterized for its role during cancer as a tumor suppressing gene, but its function in the uterus during gestation remains largely unexplored. Understanding its role may uncover key mechanisms in implantation and successful pregnancy, potentially shedding light on causes of infertility. This project has given me the opportunity to gain experience across many techniques, from mouse handling and treatments to data analysis. My work includes histology, PCR and qPCR, surgical techniques, and microscope imaging, allowing me to build a broad and versatile research skill set.
Research has been an exciting place for me to grow both personally and professionally. I have presented my work at SURCA here at WSU, as well as at regional conferences, where I’ve learned how to better communicate my project to both specialists and broader audiences. Being part of a lab has not only given me hands-on skills but also a strong sense of purpose. I am excited to help other undergraduates find their place in a lab on campus!
Amelia Ramirez Vargas
Hometown:
Major:
Minor:
Interesting fact:
Research activities:
Major:
Minor:
Interesting fact:
Research activities:
Bruce Redden
Hometown:
Major:
Minor:
Interesting fact:
Research activities:
Major:
Minor:
Interesting fact:
Research activities:
Katy Touretsky
Honors College Student
Hometown: Yoqneam, Israel and San Jose, California
Major: Neuroscience Pre-Med
Minor: Spanish and Biology
Interesting fact: I love to read, and I used to be a Taekwon-Do Instructor.
Research activities: Since beginning my undergraduate studies at Washington State University, I have maintained continuous engagement in neuroscience research, joining the Delevich lab in my first month on campus. I have been recognized for academic and research excellence through multiple competitive awards, including the Auvil Fellowship Scholarship (2024, 2025), the Peter A. Zornes Scholarship, and the Neuroscience Endowed Scholarship (2024), and secured independent funding through the Alcohol and Drug Abuse Research Program (ADARP) to support my own year-long project. My research investigates the long-term effects of adolescent cannabis vapor exposure on region-specific microglial activation, corticostriatal circuitry, and anxiety-related behaviors, integrating behavioral neuroscience, immunohistochemistry, and advanced image analysis. Beyond my primary project, I have contributed to five additional studies, developed technical expertise in microscopy, machine learning, Python-based data analysis, rodent surgeries, dissections, and behavioral paradigms, and trained numerous new researchers—several of whom have since presented their own work. I have collaborated across disciplines to integrate computational approaches into neurobiological research, and I am a co-author on a manuscript currently under review for publication. I have presented at SURCA spring 2025, and I am scheduled to present at the Annual Biomedical Research Conference for Minoritized Scientists (ABRCMS 2025) in San Antonio—for which I was awarded a travel grant—and at SURCA 2026.
Hometown: Yoqneam, Israel and San Jose, California
Major: Neuroscience Pre-Med
Minor: Spanish and Biology
Interesting fact: I love to read, and I used to be a Taekwon-Do Instructor.
Research activities: Since beginning my undergraduate studies at Washington State University, I have maintained continuous engagement in neuroscience research, joining the Delevich lab in my first month on campus. I have been recognized for academic and research excellence through multiple competitive awards, including the Auvil Fellowship Scholarship (2024, 2025), the Peter A. Zornes Scholarship, and the Neuroscience Endowed Scholarship (2024), and secured independent funding through the Alcohol and Drug Abuse Research Program (ADARP) to support my own year-long project. My research investigates the long-term effects of adolescent cannabis vapor exposure on region-specific microglial activation, corticostriatal circuitry, and anxiety-related behaviors, integrating behavioral neuroscience, immunohistochemistry, and advanced image analysis. Beyond my primary project, I have contributed to five additional studies, developed technical expertise in microscopy, machine learning, Python-based data analysis, rodent surgeries, dissections, and behavioral paradigms, and trained numerous new researchers—several of whom have since presented their own work. I have collaborated across disciplines to integrate computational approaches into neurobiological research, and I am a co-author on a manuscript currently under review for publication. I have presented at SURCA spring 2025, and I am scheduled to present at the Annual Biomedical Research Conference for Minoritized Scientists (ABRCMS 2025) in San Antonio—for which I was awarded a travel grant—and at SURCA 2026.
Kate Yoon
Honors College Student
Hometown: Weiser, Idaho
Major: Biochemistry (Pre-med)
Minor: Psychology
Interesting fact: I have been playing the clarinet for 9 years and the saxophone for 4 years.
Research activities: Since January 2024, I have been conducting research in Driskell Laboratory at Washington State University, focusing on the mechanisms of scarless skin regeneration. This research explores why mammals heal more effectively when young and aims to uncover genetic and cellular factors to promote regenerative healing and combat aging.
My project examines whether dermal Lef1 expression is essential for scarless wound healing during development. By analyzing H&E-stained skin wound sections from wild-type and Dermal Lef1 knockout mice, I quantify hair regeneration as a measure of functional skin repair. These findings could inform treatments to induce regeneration in adult tissues.
I have also participated in UNIV 104, the Research Scholars Program, and presented at SURCA. These experiences has strengthened my expertise and passion for research, and I am committed to mentoring others interested in exploring it.
Hometown: Weiser, Idaho
Major: Biochemistry (Pre-med)
Minor: Psychology
Interesting fact: I have been playing the clarinet for 9 years and the saxophone for 4 years.
Research activities: Since January 2024, I have been conducting research in Driskell Laboratory at Washington State University, focusing on the mechanisms of scarless skin regeneration. This research explores why mammals heal more effectively when young and aims to uncover genetic and cellular factors to promote regenerative healing and combat aging.
My project examines whether dermal Lef1 expression is essential for scarless wound healing during development. By analyzing H&E-stained skin wound sections from wild-type and Dermal Lef1 knockout mice, I quantify hair regeneration as a measure of functional skin repair. These findings could inform treatments to induce regeneration in adult tissues.
I have also participated in UNIV 104, the Research Scholars Program, and presented at SURCA. These experiences has strengthened my expertise and passion for research, and I am committed to mentoring others interested in exploring it.