Designed and developed a novel content and course management system
Presented at the national AAMC OSR conference for medical course management in Boston, MA
Presented at the 2009 SGEA regional conference on the introduction of new technologies in medical education
Thesis: "Design and Application of a 3-axis Control Device"
Conducted hardware and software design and development of an assistive device
Utilized embedded microcontroller technology to develop a small form-factor processing unit
Combined a rate sensing gyroscope and dual axis accelerometer to translate cranial movements into multiple control paradigms
Houston Society for Engineering in Medicine and Biology
Completed concept to prototype development of an integrated entertainment and communication system for physically disabled individuals
Received best prototype award in the software implementation of the devices graphical user interface
“Investigating the Effect of Two Electrical Stimuli upon a Two Dimensional Model of a Cardiac Membrane”
Designed and developed a two dimensional anatomically quantitative cardiac tissue simulation using Matlab
Analyzed simulated initiation of cardiac reentry to determine causation, focusing on cardiac ionic currents defined by the Beeler-Reuter and Drouhard-Roberge cardiac membrane models
Technical Skills
Programming Languages
MySQL
Ruby on Rails
PHP
HTML
C/C++
Assembly
Productivity Software
Microsoft
Office 2003/2007
Windows XP
Windows 7
SolidWorks
Pro/ENGINEER
Adobe CS3 Suite
Education
Stanford University
General Surgery Residency
Tulane University School of Medicine
Medical Doctorate, 2012 Patrick Hanley Scholarship
Tulane University
B.S.E. Biomedical Engineering, 2008 Graduated with honors, Funded 50%