EDUCATION, TRAINING AND UNIQUE QUALIFICATIONS
• Bachelor of Science in Electrical Engineering, University of Akron 2011
• Engineering Electives: Modern Power Systems, Power Electronics, Embedded Systems Interfacing,
Active Circuits, Electric Motor Drives, Optical Electronics
• Senior Design Project: Wireless sprinkler control system (circuit design and firmware)
• Ohio E.I.T. April 2011 (seeking P.E.)
• Software: National Instruments LabVIEW and TestStand, AutoCAD, pSpice, PADS, Altera Quartus,
MatLab, Microsoft Office (Word, Excel, PowerPoint, Access, InfoPath, Visio), SharePoint,
Dreamweaver, DOORS, Adobe Photoshop
• Certified LabVIEW Developer (CLD)
• Programming: PIC microcontrollers (C/assembly), C/C++, C#, VHDL, Python, LabVIEW, TestStand,
VBA, SQL, DXL, HTML, PHP
• Lab Equipment: function generators, power supplies, oscilloscopes, calibrators, multi-meters, high-
potential testers, soldering, logic analyzers, DAQ systems, ESD training
• Interpersonal: new concepts and tasks mastered quickly and easily, spent time in different leadership
roles, work well in teams or individually, self-motivated needing little direction
• Other: Familiar with NI Hardware, CPR/AED certified, home maintenance, minor two-stroke engine
boat work, SCUBA open water certified, carpentry, requirements management, outdoorsman WORK HISTORY/PROFESSIONAL EXPERIENCE
ORBIS, Inc. Mount Pleasant, SC 2011 – Present Project Engineer
• LabVIEW programmer, electrical wiring, circuit design, embedded systems
• Continuously provide on-site troubleshooting and assistance for test systems and signal analysis
providing help through hardware, wiring (shielding, grounding, and ground/float systems), and
software programming.
• Designed FPGA controlled monitoring system for high voltage, high current, DC rectifier cabinet
connected to an Ethernet network (TCP/IP). FPGA inputs include thermocouple voltages and various feedback switches. The outputs include fan controls, door locks, LED indicators, and a 4-line LCD display connected via SPI interface.
• Worked on firmware and circuit design for an instant water heater. Firmware was written in C for a PIC microcontroller. Circuit design included an external Wi-Fi adapter, transformer-less power supply, analog feedback from temperature and current, and triac drives for high power loads.
• Designed a foot switch to wirelessly transmit packets of data into a data acquisition system meeting reliability and timing requirements using a microcontroller to create the communication protocol and digital outputs that read into the data acquisition system.
• Designed signal conditioning circuits for precision force and angle measurements along with power supply for us...
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