Leading software development team for an autonomous search-and-rescue signal detector in collaboration with NASA’s SAR team, designed to locate and decode emergency RF beacon signals from the Orion capsule post-landing.Developing detection algorithms to identify 121.65 MHz swept-tone homing signals and 406.025 MHz SARSAT signals, providing signal visualizations and real-time information to recovery operators.Implementing a GUI and data display to notify ground responders of key information, including country code, beacon ID, encoded location, and time of signal receipt, on a compact screen.Programming and optimizing software for deployment on a Raspberry Pi, utilizing Python and open-source SDR libraries for reliable signal processing and decoding in challenging, water-resistant conditions.Integrating SDR and antenna systems with a Pelican-case-mounted receiver, ensuring robust signal reception in a variety of environmental scenarios and compliance with NASA’s equipment footprint and safety specifications.

Creating Biomarker Sepsis Detection Sensors that optimize sepsis detection to avert 80% of sepsis mortalityDeveloped a program that automatically assesses and manipulates data files to configure error percentages below 5%Managing machinery that pipettes newly created solutions to further test the sepsis sensors

Shadowed Dr. Kurella and Dr. Kurella’s PAWatched Gastrointestinal surgeries as well as smaller GI proceduresRan clinic related errands with Dr. Kurella’s PAShadowed Dr. Bommasamudram KumarWatched orthopedic related procedures for Dr. Kumar’s patientsShadowed a total of 88 hours under both doctors

Walked patients and/or their family members to areas they requested or needed to beAnswered calls and transferred people to different parts of the hospitalWorked in adult surgery waiting roomsAnswered any questions family members of patients had about their family memberVolunteered a total of 64 hours