Logical and analytical Engineering Graduate and US Veteran, with previous Secret security clearance; eager to secure a Hardware or Software Engineering opportunity. A professional that can be counted on and called upon to provide quality work, and take initiative to seek out stretch opportunities. Strong leadership skills gained from training soldiers in the U.S. Army and taking project lead roles during academic studies. Offering over 9 years’ experience in customer service and communicating effectively with peers and management. Strengths in failure analysis, troubleshooting and performing a high degree of problem solving.
TECHNICAL SKILLS
Programming languages
o Java & C/C++
o Assembly
o Machine
o VHDL
Operating Systems
o Windows XP/ ‘07/ ‘08
o MAC iOS 5-10
o Unix/Linux
Tools
o Digital Multi-Meter
o Oscilloscope
o Spectrum Analyzer
o Function Generator
o Network Analyzer
Software
o Microsoft Office
Excel
Project
Word
Power Point
Outlook
o Code Warrior
o NetBeans
o Quartus II
o MultiSim
o MatLab
o Arduino IDE
o CAD
Theory
o Ohms Law
o Kirchhoff Voltage and Current Law
o AC/DC Circuits
o Digital & Analog Circuits
o Logic Gates & DIP Switches
o Transistors: JFET/BJT
o Operational Amplifiers
o Binary, Hex, Octal Conversions
EDUCATION
DEVRY UNIVERSITY | WESTMINSTER, COLORADO Degree Earned: March 2015
Bachelor of Science in Electronic Engineering Technology – ABET Accredited Program
Magna Cum Laude and Dean’s List Recipient – Program GPA 3.72
Senior Project:
Designed and lead a four person team in building a remote vehicle capable of autonomous operations called, Rough Terrain Transport System (R.T.T.S.). The system is an all-terrain vehicle designed to deliver and retrieve trailered loads to and from environments hostile to human life, such as regions affected by nuclear, biological, or chemical events and actively hostile areas. Roles fulfilled within the project include team lead, lead software engineer and lead hardware engineer. MS Project was utilized to track and manage various project aspects to completion. Oversaw the power supply and communications systems, troubleshooting and failure analysis, and wrote approximately 1600+ lines of code in C++. The device is capable of GPS navigation, determining current heading versus a required waypoint heading, obstacle avoidance utilizing high-frequency sonar range sensors, and providing video feedback for ease of control. Methods of component connectivity include I2C, serial communications and RF communications. R.T.T.S. has electromechanical system with feedback controls for servo motor and brushed DC motor functionalities. The project was completed on time and met all design goals.
EDUCATION (continued)
Electronics Coursework Completed:
Physics I & II; Calculus I & II; Application Programming; Object Oriented Programming; Structured Programming; Technology Integration I & II; Architecture and Operating Systems; Operating Systems; Microprocessor Interface; Data Structures and Algorithms; Microprocessor Architecture; Digital Circuits and Systems; Electronic Circuits and Devices I, II, & III; Electronics and Computer Engineering Technology; Signals and Systems; Signal Processing; Communication Systems; Wireless Communications; Data Communications and Networking; Embedded Microprocessor Systems; Mechatronics; Product Development; Senior Project Development I, II, & III; Dat...
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