SUMMARY
Electronics/Electrical Engineering professional with expertise in embedded programming and circuit design. C/C++ software development experience. Familiar with software development tools. Ability to test prototype designs. Ability to develop test procedures, test software and test circuits. Ability to develop electronic designs such as, analog and digital circuit design, and microcontroller development. Ability to determine product requirements and any associated performance issues. Ability to write reports and technical specifications. Ability to assist in validation testing and failure analysis.
TECHNICAL PROFICIENCIES
• Languages: OOP, C, Microsoft Visual C++ Express, C#, UNIX, 8086 Assembler, 68000 Assembler
• Microcontrollers: Motorola HC11, Microchip PIC, Texas Instruments MSP430x2xx
• Test Equipment: VOM, Oscilloscopes, Function Generators
• Other Software: DesignSparkPCB, MatLab, Maple, Systemc, Gerber
• Office Desktop: Microsoft Office Suite (Word, Excel, PowerPoint, Outlook, Internet Explorer)
EDUCATION
MASTER OF SCIENCE of VLSI and Microelectronics, Illinois Institute of Technology, Chicago IL (GPA 3.56); 2009-2012.
Design Projects
• Wrote object-oriented programming C++ code for Verilog simulator with several types of container classes and a complex interwoven class hierarchy with complex parsing, referencing, dereferencing, and object construction and destruction. Written with Microsoft Visual C++ Express and based on several state machines.
• Wrote object-oriented programming System C code for 8-bit Fast Fourier Transform calculator with a system of 9 computational units and 9 routers that connect the units and four computational units were designed to process twice the computations as the others. Written with Microsoft Visual C++ Express.
• Designed two operational transconductance amplifiers with LTspice in IBM 180 nm technology, one with a gain of 50 and the other with a gain of 500. Both had a unity bandwidth of 50 MHz and a phase margin of 60 degrees.
• Wrote a Verilog representation of the interface circuitry of the 486 processor to test the performance of CMOS power reduction techniques with IRSIM software on a UNIX-based system.
• Used Maple and MATLAB to compute Fourier transform and to generate Fourier response graphs.
• Designed in Verilog five Arithmetic Logic Units with different types of adders, verified their functionality with Formality on a UNIX system, and evaluated their speed and power consumption with IRSIM.
BACHELOR OF SCIENCE, Electronics Engineering Technology, DeVry University, Chicago, IL (GPA 3.92); 2002-2005.
Design Projects
• Designed multi-pole Butterworth, Bessel, and Chebyshev resistor-capacitor active filters and inductor-capacitor passive filters with PSpice.
RESEARCH WRITINGS
Ultraviolet Communications
Summary: Wrote research paper on the use of ultraviolet light in fiber optic communication.
WORK EXPERIENCE
ELECTRONICS ENGINEER – oDesk.com, (Part Time / Telecommute) 2013 – Present
• Timer Circuit: designed a programmable timer with Microchip PIC 16F616 featuring a single control button that controls the timing function duration.
• Environmental Detector Circuit: Designed circuit with TI Microcontroller MSP430F2003 that controls LEDs based on vibration, temperature changes, and electromagnetic interference (EMI).
• Gerber Files: captu...
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