Ongoing Medical Device Projects

  • Project utilizing machine learning techniques to automate segmentation and extraction of biometric features of vessels within CT scans.

  • Custom segmentation models for deriving patient-specific anatomy for modeling and simulation of medical devices.

  • We are developing a Fully Integrated Nano-Membrane Sensors in Arteriovenous Endografts for Continuous and Wireless Monitoring of Hemodialysis Access Health with the laboratory of Dr. Yeo at GT Mechanical Engineering.

    Supported by:

    • I3 Venture & Nexus Grants

  • We are developing an Ion-Selective, Sensor-Integrated, Central Venous Catheter for Continuous Monitoring of Critically-Ill Patients with the laboratory of Dr. Yeo at GT Mechanical Engineering.

    Supported by:

    • I3 Venture Grant

    • SIR Resident Research Grant

  • Development of novel anti-dislodgement device in collaboration with the Chen Lab of Georgia Tech

Ongoing Patient-Centered Informatics/LLM Projects

  • We are develping patient-centered healthcare applications as it relates to electronic health records interfacing utilizing emerging large language modes.

  • We are exploring the use of LLMs in consult triage.

Ongoing Clinical & Health Economic Projects

  • Exploring healthcare trends, and clinical practice patterns using Epic Cosmos.

Completed Projects

  • We are examining examining healthcare disparities and cost-effectiveness of peri-procedural pain regimens for oncologic radiological interventions with support from the ACR Neiman Health Policy Institute

  • We have previously explored the implementation of a percutaneous robotic guided biopsy device.

  • We are developing an anti-occlusion drainage catheter targeting routine and emergent drainage catheter exchanges.

    Supported by:

    • CBIT Grant

    • HIP Grant

    • I3 WoW Grant

  • Exploring healthcare trends, clinical practice patterns, and health economic analyses using healthcare claims data.