Kyle T. Rich, Phd Email and Phone Number

● Manage Fraud Strategy and Analytics for Debit, Credit, and Commercial Card Products (2024-)● Manage Strategy and Analytics for First Party Fraud (2022-)● Previously Managed New Account Screening Strategy and Analytics (card, consumer, and small bus) (2022-2024)

● Developed standardized, quantitative methods for treatment monitoring of therapeutic ultrasound applications (e.g., targeted drug delivery, stroke and cancer therapies). ● Derived probabilistic model for predicting energy dose delivered to tissue from stochastic microbubbles during therapeutic ultrasound treatments; developed Monte Carlo simulations for model validation● Utilized digital signal processing techniques to develop novel algorithms for acquiring, analyzing, and visualizing real-time digital signals (MATLAB and Python).

● Conducted primary review of >40 manuscript submissions per month for publication in Ultrasound in Medicine and Biology journal.

● National Science Foundation (NSF) funded Integrative Graduate Education and Research Traineeship (IGERT): Biomembrane Research Traineeship, a collaborative and interdisciplinary research and education in biomembrane technology.● Developed software (Matlab/Python) for autonomous acquisition and spectral analysis of >300 GB of noisy ultrasound sensor data concurrently with tissue electrical resistivity measurements● Collaborative work led to discovery of relationships between microbubble cavitation and increased tissue permeability during therapeutic ultrasound treatment.

● Modeling and Analysis of Systems (BME 306) ● Biomedical Instrumentation (BME 310):● Provided lab lectures, organized grading standard, and assisted in design of laboratory exercises to model first and second order systems in biomedical engineering, and conduct fundamental signal analysis, math modeling (differential equations), and data analysis using MATLAB programming.

● Modeled, measured, and analyzed (Mathematica) magnetic and structural properties of bulk-produced CoFe(x)O(y) (cobalt ferrite) to identify optimal composites for use as pressure sensors

● Led instruction, lecture, and problem solving sessions for Introduction to Physics (PHY 220) covering basic physics and mathematics concepts including kinematics, mechanics, waves and sound.