In my role at the Allen Neurocircuitry and Cognition Lab, I focus on developing and implementing computational tools to analyze electrophysiological brain signals in rats, contributing to research on sleep, memory, and cognition. The lab emphasizes fundamental neuroscience, aiming to unravel how neural circuits underlie brain function and behavior. • Data Analysis & Script Development:I use MATLAB and Python to create custom scripts for analyzing neural recordings for specific features including phase locking between neurons and brain oscillations, coherence across brain regions, power spectral density, and firing rate of neurons. • Sleep Scoring Algorithm Development:I implemented a sleep scoring algorithm that combines rat movement velocity (derived through DeepLabCut pose estimation) and hippocampal local field potentials (LFPs) to identify NREM, REM, wake, and quiet wake states.Advanced Tools for Neural Signal Processing: • DeepLabCut: Applied machine learning for precise pose estimation of rat behavior. • Kilosort: Automated spike sorting to identify firing times of single neurons. • Plexon Offline Sorter: Manual spike sorting using PCA and clustering techniques.This work integrates computational methods with electrophysiology to provide insights into neural activity patterns and brain function, contributing to a deeper understanding of sleep and cognition.

As a CPR Instructor, I specialize in teaching Basic Life Support (BLS) classes, equipping individuals with critical skills to respond effectively in emergency situations. I train healthcare professionals, students, and community members in life-saving techniques, including high-quality CPR, AED use, and airway management.My goal is to ensure every participant feels confident, prepared, and capable of acting when it matters most. Teaching these essential skills aligns with my passion for blending healthcare, education, and technology to make a meaningful impact.

Completed three projects for three different companies. Projects included social media management, podcast content creation, and data analysis for a nonprofit organization.

Investigated the morphological differences of keratinocytes in a 2D model versus a 3D model. Evaluated the differences using PCR, immunostains, colorimetric stains, and Western Blots. Searched scientific literature to structure a research project.

Selected to attend the 8-week summer medicine program hosted on campus at the University of Pennsylvania. Immersed in a variety of activities in the healthcare field including shadowing physicians, lectures over human biology, lectures over different specialties in medicine, and anatomy labs using human cadavers. Also participated in simulation labs that included how to use laparoscopic surgery tools, suture, draw blood, perform a spinal tap, and use an ultrasound.