Denver, Colorado, United States
Supporting industrial, mobility, and aerospace & defense clients in growth strategy and transformations
Created and implementated of 3 clinical studies of 130 human subjects Trained 9 clinical staff on ultrasound and tissue mechanical testing Analyzed data with integration of computer-aided design (CAD), finite element analysis (FEA), Python, and MATLAB Co-authored 3 peer-reviewed journal papers and 9 conference presentations Computationally modeled tissue mechanics in pregnancy using 3D FEA in FEBio based on measured ultrasound and experimental material properties
Managed, organized, and managed time of 5 in various roles of a diagnostic and medical device start-up aiming to prevent preterm birth (PTB) Invented and patented a two-tier technology consisting of an ultrasound-based diagnostic tool for cervical insufficiency (CI) and a patient-specific medical device to prevent PTB in women diagnosed with CI Presented business pitch to customers and investors, securing $5k in start-up funding