1. DYLAN WOMBLE
1335 Chelsea Court, Beavercreek, Ohio 45434 ♦ C: 9378231630 ♦ womble.4@wright.edu
Electrical Engineer trained in industrial and system controls and electronic systems. Experience with multiple applications
ranging from FPGA Design, PLC programming, and electrical schematic design.
Bachelor of Science: Electrical Engineering, Current
Wright State University - Dayton, OH
Electrical Engineering Intern, 10/2015 to 02/2016
Twist Inc – Jamestown, OH
Learned standards in creating electrical schematics using Solidworks Electrical.
Organized the application of a modern control in an old 4-Slide Industrial Machine to fit industrial standards.
Experience in electrical hard wiring of control backplates.
Developed controlling system for 3-phases' electric motor.
Reverse engineered hardware to facilitate documentation.
Solidworks Electrical schematic design experience
Practiced MATLAB user
Advanced electrical circuit knowledge
Introductory knowledge of C++ programming
PLC programming experience in Ladder Logic,
Structured Text, and Function Block Diagram
PLC programming experience in RSLogix 500 and 5000
Creative problem solving
Intermediate Linux OS Experience
Practiced presenter
Work extremely well with others
Extremely patient
Basic microcontroller knowledge
PCB layout design
Advance FPGA Design Experience
VHDL Coding Experience
Advanced Knowledge of Digital Logic Design
Micro Fabrication of Devices Knowledge
Industrial Controls and Automation
Extensive practice with Allen-Bradley PLC's and RSlogix5000 software.
Central focus on teaching how to program in ladder logic including advanced work with timers, counters, and
mathematical operations.
Extensive study on procedures for wiring PLC's.
Extensive practice of using I/O and ladder logic code to load programs onto PLCs.
Designed and simulated several basic systems in laboratory including basic programming of start-stop switches, garage
door openers, traffic signals, and assembly line cooling systems.
Learned how to create steady state diagrams to simplify coding in ladder logic.
Learned how to deploy sensors along with counters to develop systems.
Advanced practice in being given complex system and being able to deploy in ladder logic and vice versa.
Circuit Design with PLDs and FPGAs
Hands on experience with Xilinx FPGAs.
Learned knowledge of several different brands of FPGA.
Studied advanced combinational and synchronous sequence design.
Learned behavioral and structural VHDL coding.
Asynchronous circuit design using NCL gates.
PROFESSIONAL SUMMARY
EDUCATION
EXPERIENCE
SKILLS
INDUSTRIAL AND SYSTEM CONTROL EXPERIENCE
DIGITAL CIRCUIT DESIGN WITH FPGA EXPERIENCE

2. Laboratory work involved with studying using how to balance area and worst case propagation delay parameters in digital
circuits.
Extensive understanding of the inner working in FPGA in the different types of memory storage.
Generic CAD tool knowledge
Senior Design Project
Designed daughter board compatible with Xilinx ML605 FPGA that will support ADC and DAC chips to preform
conversions for FPGA students in their labs.
The board needed to support 10-14 bits and speeds of 50-100 MHz
Specific focus on this project involved connection of daughter board to FPGA through FMC connector.
Learned and studied VITA 57.1 Standard for FPGAs to determine pin assignments for device.
Successfully made board design in EAGLE's PCB design software.
Industrial Controls Project
Researched, wrote paper, and created presentation on cyber securities of industrial PLCs.
Included information on dangers that intrusions on systems can cause.
Learned standards used to secure these devices.
4-Slide Modern Control Project​
Designed a modern control centered around an Allen-Bradley Micrologix 1000 PLC to run the essential operations of an
older industrial 4-Slide machine.
Facilitated the use of safety measures including emergency stop, proximity guard, and probe fault hard relays to meet all
required safety standards and concerns.
Wired and programmed a variable frequency drive to control the motor speed of machine and facilitate a motor start/stop
with the PLC.
PROJECTS