‣ Redesigned the AGSC website and enhanced user experience by introducing more intuitive categories to optimize user navigation flow for 1K+ visitors‣ Facilitated the AGSC LinkedIn page to promote outreach by creating interactive posts to share events and opportunities, resulting in an increase of 7.5x in the number of followers

‣ Composed the RCE Greater Atlanta 2022-2023 Annual Report by integrating 10+ reports on impactful projects and maintaining effective communication between key stakeholders‣ Advocated for the 17 UN Sustainable Development Goals and Education for Sustainable Development

‣ Developed a new algorithm in MATLAB for separating ventricular and atrial components for 5 days of ECG recordings to analyze seizure-related changes in ECG in each of 130+ epileptic patients with medically refractory seizures‣ Researched developing networks in about 400 infants during first years of life by analyzing functional connectivity on EEG in MATLAB using brain-wide and region-specific network measures ‣ Coordinated data collection of 6 saliva samples per day over a week from each of 30+ patients for a clinical study on stress hormones associated with seizures, ensuring adherence to protocols and obtaining informed consent

‣ UF Brain Mapping Laboratory‣ Investigated the relationship between distant brain regions during a cognitive task of an epileptic patient by analyzing neural networks using signal processing on stereo-EEG in MATLAB‣ Nominated as 1 of 50 participants as part of the University Scholars Program to present the findings of this research at the Undergraduate Research Symposium to professors, researchers, and other students at the University of Florida

‣ Modified wiring in video game controllers through soldering and 3D-printed buttons to create a single-handed video game controller, accommodating for the needs of children with disabilities‣ Built a single-handed Game Boy using a Raspberry Pi with 3D-printed buttons and a 3D-printed console, soldering wires to the appropriate output and button

‣ Joined when it was “Empowered Prosthetics”‣ Collaborated with 5 engineering students to design a socket for a 3D-printed prosthetic limb‣ Measured an amputated limb to develop a model for reference‣ Researched appropriate sensors to be used with an electrical component