1. DYLAN FREDERICK STEYER
Curriculum Vitae is Available Upon Request
Email: Dylan@nau.edu—Phone Number: (480) 318–2179—Address: 2090 E. Melrose Street Gilbert, AZ 85297
Qualifications/Skills
 MATLAB versions: 2012-2014
versions: a/b
 MATLAB Simulink
 Altera Products
 Quartus II & Mentor Graphics-
ModelSim
 Easy 68K
 C/C++ languages
 PSPICE version: 9.1
 Ansoft Maxwell 3D
 dSPACE ControlDesk
 NI Multisim, Microsoft Office
products
 Languages: C, C++, Assembly,
Arduino
 Understanding of fundamental
circuit design and analysis techniques
 Interpersonal and leadership skills
 Surface mounting and/or through-
hole soldering
 Experience with computer hardware
and software diagnostics:
 MoBo, RAM, HDD/SDD, PSU,
GPU, and CPU
 Windows: XP, Vista, 7, and 8/8.1
 Mac OS X: versions 10.6.X—
10.10.X
 Moderate Linux skills: Ubuntu,
Chromium OS, Pacman-,and-
Arch-based
Professional & Academic Experience
Senior Residential Technician
Student Technology Center, Flagstaff, AZ
 Provided easily accessible support for the NAU student population on behalf of the Student Technology Center through
exceptional client relations while improving overall technical productivity
 Repaired and diagnosed a variety of technical devices including both hardware and software components
 Supervised and supported intermediate and new hire employees, provided constructive feedback, and hands-on
experience with troubleshooting situations
 Maintained onsite support to students in their dorms and within the office for the off-campus student population
 Remotely supported students over the phone using the Remote Desktop tool ‘Bomgar’
Undergraduate Career
Extracurricular
August 2008 - February 2011
& August 2012 – May 2015
 Fundamentals of
Electronic Circuits
 Engineering Design
 Microprocessors
 Fundamentals of
Computer Engineering
 Power Electronics
 Fundamentals of Signals
and Systems
 Digital Control Systems
 Electric Drives
 Pattern Recognition
 Communication Systems
 Fundamentals of
Electromagnetics
Bachelors of Science in Electrical
Engineering: Electrical Engineering Emphasis
Northern Arizona University
Graduated: May 9, 2015
Completed Projects
 Arduino-controlled Coil Gun and Transportation
Mechanism
 Bicycle/Human-Powered Generator
 MSP430 “Lunar Lander” Computer Game
 Wildlife Telemetry Drone
D4P (Design for Practice) Program Student
Northern Arizona University
 Designed and presented several working systems utilizing motors, displays, and wireless communication
 Put in extensive time outside mandatory attendance to ensure a working system
 Organized and conducted project meetings, reports, and presentations with various interdisciplinary prospective
engineers
 Engaged in extensive technical writing regarding in-depth and on-going projects
Fall 2013 – May 2015
 Attended Antenna Measurement Techniques Association Conference (AMTA)—Presented By IEEE
 Member of Institute Of Electrical And Electronics Engineers (IEEE)
Tucson, AZ
(Fall 2014)
Related Coursework