Orlando, Florida, United States
• Led novel chapter service initiatives, resulting in 200% increase in total service hours compared to previous semesters through improved coordination and member engagement • Coordinated Adopt-A-Road cleanups in partnership with UCF, increasing community impact and strengthening university collaboration • Implemented a more proactive service strategy, consistently pushing initiatives beyond minimum requirements to maximize civic engagement and chapter visibility
• Oversaw safety protocols and event compliance to ensure adherence to university and national policies. • Conducted risk assessments and implemented prevention strategies for all chapter events. • Educated members on health, safety, and accountability through trainings and workshops.
• Planned and executed chapter-wide events to strengthen member bonds and morale. • Fostered a positive, inclusive culture through consistent engagement and team-building. • Managed logistics and budgets for monthly sisterhood activities
• Supported patient care by rooming patients, taking vitals, and preparing for exams and procedures. • Documented real-time clinical notes in electronic health records (EHR) to assist providers during patient visits. • Coordinated follow-up care, lab orders, and referrals while maintaining HIPAA compliance and clinical efficiency.
Volunteering weekly on Neuro Med-Surg, Neuro ICU, and Pre-Natal High Risk units.
Co-Investigator on an academic research study, contributing to project design, data collection, and analysis. Collaborated with the PI and research team to ensure scientific rigor and compliance with IRB protocols, while mentoring junior team members and supporting dissemination of findings. Continuing thesis research on manual and automated detection of fiducial points in SCG cycles.
Conducting thesis research on processing cardiac and respiratory cycle data in MATLAB to investigate the relationship between seismocardiography and lung volume. Developing algorithms for automated detection and manual review of seismocardiographic cycles, applying refined criteria to enhance the accuracy of non-invasive cardiac monitoring.