Collaborated in a team of two to compete in the Data Science and Analytics competition in NJ TSA States

Analyzed tourism datasets to identify trends on the economic impact, GDP contribution, and employment distribution across different industries in the United States

Developed data visualizations and a research poster to communicate findings and tell a clear story driven by data

Collaborated with a team to design and develop PAN-IV, an original medical device for early detection and prevention of bacterial infections (including sepsis) in Peripheral IV lines, Central Venous Lines, and urinary catheters

Enhanced patient safety and reduced potential hospital costs through continuous monitoring and early-alert mechanisms

Circuit board integrating multiple sensors (pulse, temperature, blood pressure, pH) for real-time data, connected to a web application with database integration, enabling real-time alerts for clinicians and multi-patient monitoring through individualized profiles

Advanced through pre-judging to qualify for State Conference

Presented and demonstrated the innovation to judges, highlighting design, functionality, and potential real-world impact

Placed 5th out of 20+ teams, competing against in the NJ States Leadership Conference.

Competed in the Medical Math competition in the NJ HOSA Northern Regionals Conference.