Resume.Romaric I. Meyo
**** ******** ***** *****, ***** 75703 • 903-***-**** • ****************@*****.**
“Reducing time, money, energy through ingenuity”
Education
The University of Texas
Bachelor of Science, Electrical Engineering
Tyler, Texas December 2009
• Electrical Engineering I, MATLAB for Engineers, Digital Systems, Linear Circuits Analysis I/II, Electronic Circuits Analysis I/II, Microprocessors, Electromagnetic Fields, Senior Design I/II, Signals and Systems, Solid States Electronic Devices, Power Systems, Communications Theory, Automatic Controls, Probability and Statistics for Engineers.
Kilgore College
Associate of Applied Science in Process Technology
Kilgore, Texas
2010-2011
• Principles of Quality, Safety Health and Environment, Introduction to Corrosion
Experience
Easy Stop Retail Store and Gas Station
Store Manager Associate
Tyler, Texas
Since 2009
• Responsible for goods’ receiving and inventory; customer service.
• Cash flow management and payroll.
• Reduced business’ expenses $400 monthly by implementing a day-to-day sale count of specific items using an Excel spreadsheet.
The University of Texas
Computer Laboratory Assistant
Tyler, Texas
January -November 2008
• Quality assessment of systems through daily troubleshooting.
• Provided assistance to students with questions regarding using equipment and computer software.
Smurfit Stone
Maintenance Department Worker
Tyler, Texas
May - August 2008
• Originated current inventory system to enhance flow using Excel spreadsheet.
• Backed up technicians and assumed daily operation of corrugators.
Ozarka Nestle Water Plant
Assembly Line Employee
Hawkins, Texas
June - August 2007
• Quality control to meet customer specifications. Performed visual inspection and reported to leadership.
• Manufacturing troubleshooting. Utilized process improvement techniques to enhance production.
Classroom Projects
• Engineering Methods (Team Project) - Designed and built a working model of a drawbridge; bridge opened and closed automatically or manually operated by a remote control in 90 seconds or less.
• Electrical Engineering I (Individual Project) - Built the circuit board for a water-level monitor equipped with an alarm system.
• EENG 3299 (Team Project) Participated in the design of a program and the circuit board of the Grandfather Clock for The Nutcracker production. The off-stage controller system consisted of a AT89S51 microcontroller, a 74C9228 16-key encoder and a keyboard; program written in assembly directed commands to a set of stepper motors to control the hands to execute forward and reverse motions. Diagrams for the clock and the hand controller were drawn using Microsoft Visio.
• Senior Design I/II (Team Project) - Designed and implemented a fully working physical system applying fuzzy logic and PI algorithms to achieve motor speed control under varying load conditions. The fluctuation of the motors’ speed was controlled via a board by a Renesas® micro-controller, the simulation of the circuit was performed with the evaluation (student) version of PSpice 8.0 circuit-simulation software
Additional Information
Technical skills: Digital multimeter, waveform generator, multi-channel digital oscilloscope and multi-output generator, dual power meter.
Microsoft applications: Word, Excel, Power Point, Access, Outlook.
Software: Proficient in C/C++, LabVIEW, MATLAB, Assembler, PSpice, AutoCAD and Visual Basic.
Professional Affiliations: Student member of Institute of Electrical and Electronics Engineers, Inc. (IEEE), ASHRAE Standards and Guidelines.
Languages: Bi lingual English-French, conversational Spanish.
Professional Affiliations: Student member of Institute of Electrical and Electronics Engineers, Inc. (IEEE) and National Society of Black Engineers (NSBE).
REFERENCES AVAILABLE UPON REQUEST