Michael Barrington Stone
337029 Georgia Tech Station • Atlanta, GA 30332 • michael.stone@gatech.edu • (404) 213-3150
EDUCATION
Georgia Institute of Technology Atlanta, Georgia
Bachelor of Science in Electrical Engineering
Spring 2011
SKILLS
Software
Ø C/C++ | MATLAB | VHDL | Assembly | LaTeX | NI MultiSim | OrCAD | PSPICE | AutoCAD 2002 |
Altera Quartus II | Linux | Windows XP/Vista | Mac OS X | Microsoft Office Suite | iWork Suite
Instrumentation
Ø Oscilloscopes | Logic Analyzer | Multimeters | Soldering Skills
Communication
Ø Technical Writing | Presentation Skills | Public Speaking
Language
Ø Korean (Native)
EXPERIENCE
Undergraduate Teaching Assistant (Digital Design Laboratory)
Electrical and Computer Engineering, Georgia Tech
May 2009 – December 2009
Assisted students in the Digital Design Lab course with Rapid Prototyping and FPGA design. Provided technical
knowledge in the areas of digital design and the Altera Quartus II software. Tested and debugged student electronic projects.
Joint Campus Organizations Committee
Student Government Association, Georgia Tech
Sept. 2008 – January 2009
Assisted the Student Advisory Council in the chartering, reviewing, and revocation of student organizations on campus.
English DB
English Tutor, Seoul, South Korea
Summer 2007
Taught a group of people of various ages in both Korean and English explaining, providing examples, and answering
questions relating to the English language.
PROJECTS
Pressure Sensor
Embedded Microcontroller Design, Georgia Tech
Programmed a PIC microcontroller in C to measure and convert signal output from a pressure sensor to display the
current pressure as well as the maximum attained pressure onto an LCD screen.
Optimized Path-Finding Algorithm
Software for Engineering Systems, Georgia Tech
Developed an algorithm that read in information from a file and output the optimized path trajectory of the read-in
information onto a pre-configured backdrop.
Rendering Mandelbrot Set
Digital Design Laboratory, Georgia Tech
Programmed Altera Cyclone II FPGA in assembly language to visually display and manipulate the Mandelbrot Set.
Spring 2010
Spring 2010
Spring 2009
RESEARCH
ATHENA Research Group
Undergraduate Research, Georgia Tech; led by Dr. Manos Tentzeris
Assisted in identifying the right organic materials to synthesize integrated circuits, such as operational amplifiers, onto
paper.
Fall 2009