Nancy Joanna Deaton Email & Phone Number

Georgia Institute Of Technology

-Multidiscipline technology innovation through the design, construction, and evaluation of a steerable robotic needle system resulting in multiple IEEE journal and conference publications.-Hardware design and tooling skills to fabricate a steerable robotic needle by employing a tendon-driven universal continuum bending joint, fabricated through femtosecond laser micromachining.-Extensive knowledge of mathematical models and large dataset analysis compiled in the experimentation of guidewires, steerable needles and discrete sensor measurement characterizing results for accuracy and hysteresis.-Excellent collaboration skills as a to design a Multi-walled Carbon Nanotube force sensor for in situ breast cancer diagnosis.-Highly skilled communicator and relationship builder recognized through conference presentations, co-authored publications, and receipt of the National Science Foundation Graduate Research Fellowship.-Conducting 300+ lab experiments to answer complex problems within the field. Inventor on 2 provisional patents.

Biotransport and Conservation Principles Classes -Mentored students in formulating and resolving inquiries related to fluid mechanics, mass transfer, and heat transfer within weekly problem-solving studio sessions.-Managed grading responsibilities for weekly quizzes and exams.-Offered guidance during office hours to address student queries and aid in homework comprehension.

Memphis, Tennessee, United States

-Combined computer science experience with knowledge of medical treatments to author Java and Javascript software to extract and process attributes from CT scans and used Weka machine learningalgorithms to improve segmentation efficiency by 50% and accuracy by 15%.

Greater Atlanta Area

-Data visualization and communication skills used to create volume rendering of mitral valve micro-CT scans with discrete points in Avizo and Geomagic.-Experimental observation and analysis of changes in the mechanical environment of leaflet tissue in healthy, diseased, and repaired states.-Design and prototyping model creation for simulating percutaneous mitral valve regurgitation repair.-Sensor interface and data capture to collect flow data through LabVIEW using pressure probes, electromagnetic flow meter, and ultrasound.

Memphis, Tennessee, United States

-Innovator in software by creating multiple MATLAB codes to test and compare various novel methods of radiation dose estimation.-Self-driven project planning and analysis to validate theoretical dose estimation with experimental results from MOSFET dosimeters.

Greater Memphis Area

-Authored a comprehensive review paper detailing the mechanical characteristics of major blood vessels, balloon angioplasty, and stent placement within the realm of pediatric cardiology.-Gained practical experience by observing percutaneous pediatric procedures, encompassing angioplasty, angiography, and the implantation of stents, occluders, and aortic valves.-Conducted detailed documentation of innovative stent expansion experiments performed on porcine subjects, contributing to advancements in the field.

Memphis, Tn

-Conducted extensive research on the origins, prevalence, and consequences of major healthcare disparities across gender, racial, and economic demographics in the United States.-Delivered research findings through presentations to university faculty while concurrently gaining insights into the roles of physician assistants and occupational health by auditing related classes. Additionally, performed daily administrative tasks, including document filing, visitor assistance, call routing, and inventory management.

Doctor Of Philosophy - Phd, Robotics

Minor: Sensors and Signal Processing

Master Of Science - Ms, Mechanical Engineering

Minor: Computer Vision

Bachelor'S Degree, Biomedical/Medical Engineering, 3.98/4.00

Activities and Societies: Engineers Without Borders, Krav Maga Self Defense class, Engineering World Health volunteer organization