Brigham Young University - Electrical amp Computer Engineering
PhD
Research Area: Coding and Information Theory
Cryptography
and Wireless Security
Electrical and Computer Engineering
Chinese
BS/MS
Graduated from a concurrent program with both MS and BS degrees being conferred in 2007.
Electrical and Computer Engineering
Phi Kappa Phi
Algorithms
Matlab
Error Control Coding
Probability
Python
Satellite Communications
Simulations
Cryptography
Statistics
LDPC Codes
Physical-Layer Security
Programming
Graph Theory
Detection & Estimation Theory
C++
Information Theory
Secrecy Coding
LaTeX
Sensors
Signal Processing
Harrison
Micron Technology
University of Colorado at Colorado Springs
Brigham Young University
MIT Lincoln Laboratory
Micron Technology
University of Porto
FEUP
Portugal
Georgia Institute of Technology
Whisper
Characterized benefits of combining cryptography with physical-layer security wiretap codes for secrecy. Dissertation title: Physical-Layer Security: Practical Aspects of Channel Coding and Cryptography.
Graduate Research Assistant
Greater Atlanta Area
Georgia Institute of Technology
Provo
Utah Area
University professor in the Electrical & Computer Engineering Department. My research interests are in physical-layer security
error-control coding
information theory
telecommunications
signal processing
and sports performance analytics. I have taught courses in signal processing
information theory
coding theory
satellite communications
and probability and statistics.
Assistant Professor
Brigham Young University
Developed hardware and software for eavesdropping on NFC peer-to-peer communications between two smart phones. The eavesdropper demonstrates the benefits of using Whisper codes for privacy on transmitted data.
Principal Scientist
Greater Atlanta Area
Whisper
Colorado Springs
Colorado Area
Assistant Professor in the Department of Electrical and Computer Engineering at UCCS.
Assistant Professor
University of Colorado at Colorado Springs
Studied and published novel results on low-density parity-check codes with cryptography for physical-layer security.\nCollaborated with graduate students and faculty from 9 different countries.
University of Porto
FEUP
Portugal
Summer Intern
Worked in the imaging department. Wrote the C++ code for GPIB communications between the imager testers and an automatic probe machine. The end result was automating the capability of the probe machine to test all die on a wafer without the necessity of a user touching down manually on each die.
Micron Technology
Teaching Assistant
Worked as a teaching assistant for 3 semesters for the course: \"Introduction to Signal Processing.\" I was the head TA of roughly 10 for the last 2 semesters. As such
I oversaw much of the lab portion of the class
organized and taught help sessions twice a week
and oversaw grading of homework and laboratory exercises.
Georgia Institute of Technology
Summer Intern
Worked in the antifuse group. Initiated and completed the design of a data sorting/displaying program.
Micron Technology
Communications Engineering Intern
Completed individual project of modeling the physical layer of a future combat communications system using Matlab.\nDocumented and presented research results of expected system performance.
MIT Lincoln Laboratory
IEEE
Student Club Advisor