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Communication & Teamwork

Individual Public Speaking Example

During my undergraduate research at American University, I delivered multiple solo oral presentations on my psychopharmacology work, including a full individual talk at the Robyn Rafferty Mathias Student Research Conference in March 2023. I presented findings on conditioned taste avoidance and conditioned place preference induced by the synthetic cathinone eutylone, translating complex behavioral neuroscience results into a clear, structured scientific narrative for a public academic audience. 

Below are writing samples from published papers the I presented on:

Group Public Speaking Example

As part of the Summer Undergraduate and Graduate Experiences in Research program funded by the NASA DC Space Grant Consortium, I contributed to a group presentation where our research cohort delivered coordinated presentations summarizing summer findings. In this setting, I presented my section of the project while integrating my work with the contributions of my collaborators, demonstrating the ability to present as part of a unified team and adapt communication style to a shared format. 

Teamwork Example

My teamwork capabilities are demonstrated through extensive collaborative research in both the Psychopharmacology Laboratory and the Learning, Behavior, and Addiction Laboratory at American University. I worked within multi-person research teams conducting behavioral assays, managing schedules for animal testing, maintaining shared data records, and coordinating experimental replication across lab members. These roles required clear communication, division of responsibilities, and consistent collaboration to generate reliable behavioral neuroscience data and support multiple peer-reviewed publications. 

CATALYZE Competition

Participating in CATALYZE, a shark tank style commercialization competition, I led the technical communication for Hognosis, a pathogen screening platform for the swine industry. I focused on explaining the core technology, specifically the use of nanoString multiplexing to test for up to 800 pathogens simultaneously from a single sample. By translating complex genomic data into a clear value proposition, I demonstrated how this method provides a comprehensive alternative to traditional testing, significantly reducing costs and diagnostic timelines. This experience strengthened my ability to communicate sophisticated scientific innovations to external stakeholders and highlighted the impact of advanced diagnostics on agricultural productivity.

Contact

I'm always looking for new and exciting opportunities. Let's connect.

123-456-7890 

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