• Recruited and coordinate physicians to serve as volunteer doctors for the underserved rural community of Knights Landing.• Implemented scheduling via Doodle Poll to reduce emails to providers sent by 10x and to get clinic dates staffed months in advance• Collaborated with community film experts to launch production of promotional videos to publicize the impact of volunteer work on the local community, recruit additional volunteers, and assist with fundraising.

• Performed patient intake in English and Spanish for an average of 5 patients per shift, taking vital signs, recording patients' medical histories and chief complaints, and presenting information to student physicians.• Cleaned rooms between patient encounters, checked clinical inventory, assisted with processing patient blood and urine samples for lab processing.• Greeted and directed patients to the correct locations within the clinic during dental and medical clinic days by following the clinic's protocol.• Studied and applied interdisciplinary approaches to health in collaboration with local governmental, environmental, medical, veterinary, and dental professionals.

• Led 2 hour lecture reviews of gross anatomy course material during weekly sessions, and collaborated with a teaching partner to hold review sessions prior to each exam.• Created and uploaded lecture podcasts for accessibility using a Windows PC • Covered coursework identical to medical school gross anatomy courses, with the exception of embryology.

• Utilized cell culture methods for modified human embryonic kidney cells to investigate novel pharmaceuticals for epilepsy targeting GABA receptors.• Patch clamped brain slices on a microscope stage, recorded action potentials with a patch clamp amplifier and quantified neuronal activity following dosage with experimental pharmaceuticals in order to investigate neuronal connectivity and neurotransmission. Reduced experimental testing time by 30%, identifying 8 novel pharmaceuticals with efficacy for epilepsy following neuronal activity analysis.