Collaborated with stakeholders to identify business needs and data sources.
Proposed a low cost, non invasive strategy combining image processing and sensors to measure jugular vein pressure.
Drafted, designed, 3D printed CAD model for testing.
Coded in Matlab to catcher and better visualized jugular vein in real time.
Shoulder Torque Range of Motion Device (Group)
Drexel University
09.2020 - 06.2021
Revised a previous STROM device on the mechanical stability and calibration of data to accurately measure stiffness during internal and external rotation movement of the shoulder.
Drafted, designed, and modeled the designed device in CAD
Implemented an IMU into the device to improve accuracy in measurement of angular displacement
Performed the verification tests to optimize the revised device, including the height- adjustable stand, accuracy of sensors, mechanical stability, and portability.
Health Science Research Fellow at University of Pittsburgh, University of Pittsburgh Medical Center, UPMCHealth Science Research Fellow at University of Pittsburgh, University of Pittsburgh Medical Center, UPMC