Student-led Groups
The Biology Equity and Action Representatives (BEARs) Coalition
The BEARs directly empower underrepresented students (BIPOC, first-gen, low-income, LGBTQIA+, etc.) aspiring to be involved in biology at Oxy, closing the gaps that obstruct many with these identities from pursuing opportunities in STEM. The BEARs have continued to facilitate community sessions where students can pose questions and voice concerns on various topics.
AMP and Biology Peer mentors
The Academic Mastery Program (AMP) is a crucial support structure for biology majors. AMP offers weekly collaborative workshops that are designed and run by experienced student facilitators. They work closely with faculty to produce challenging worksheets relevant to class material (BIO130 and CHEM 120/220). The program advances the learning goals of students at all skill levels and develops study habits that allow for deeper engagement with the material.
Boundless Brilliance
is a nonprofit group that not only fosters equity and diversity in STEM in the local community, but also creates a diverse and welcoming community to give Occidental students a sense of belonging and develop their confidence in STEM. Students who have participated in Boundless Brilliance develop extensive leadership skills and demonstrate greater confidence in explaining complex scientific concepts to others.
Post-Grad Opportunities
Oxy biology alumni are regular recipients of Fulbright Awards and NSF Graduate Research Fellowships.
Katie Vhynal ’25: Fulbright Research Fellow in Malaysia
In Malaysia, Katie will conduct an eight-month independent research project in Mulu National Park to explore host specificity of the Ophiocordyceps fungi that parasitizes ants in tropical rainforests. Katie’s proposal seeks to learn more about interaction specificity from the perspective of natural history and molecular genetics, a compelling combination of traditional and contemporary techniques.
Eliza Kirsch ’22: NSF Graduate Fellowship
At the University of Southern California, Eliza is currently investigating anthropogenic impacts on California wildlife from a variety of perspectives, including the genetic consequences of habitat loss in Savannah Sparrows (a saltmarsh bird), the ecotoxicological effects of wildfires on urban predators, and the influence of light pollution on bobcat behavior.
JP Flores ’21: NSF Graduate Fellowship
At UNC-Chapel Hill, JP is currently using a novel genomic technique to study the role of 3D chromatin structure in response to environmental stress, a topic that enhances our understanding of human development, cancer progression, and response to invasive pathogens more broadly.