1. Matthew H. Tiemens
Professional Resume
Matthew H. Tiemens
“Give me six hours to chop down a tree and I will spend the first four
sharpening the axe.” – Abraham Lincoln
33901 SE PatriciaWay,Scappoose,OR97056
Contact: (503)810-7526 (c)
Email: mhtmens@comcast.net
Engineering Technician: Engineer for Hillsboro, Oregon
Motivated teamplayerthat is also a self-starterthat has a passion for allthings electronics. Proven strengths in troubleshooting
andrealizing solutions to complex problems that involve simple circuits to more advanced systems. Knowledgeable in analog
signals andthe tools usedto viewandtroubleshoot these signals. Have a proven track record of creating test plans, enacting
these plans, analyzing and collecting data, then debugging any known issues.
Experiencedin multi-tasking, meeting deadlines, andconforming to a changing environment. Able to utilize effective listening
skills and communicate well with others, while providing a great work ethic.
Areas of Research, Implementation and Troubleshooting
 ElectromechanicalDevices  Network Technologies
 PC andPCB Hardware  Strategic Planning
 Logic Circuits
 Analog & Digital Circuits
 PLC Software &Implementation
 Filters/Noise Removal
 C++ Debugging
 MicroprocessorSystems
Education & Related “Hands-On” Skills
Bachelors of Science, Electronics Engineering Technologist (BSEET) September2010 - June 2014
DeVry University – Beaverton, OR
GraduatedMagna Cum Laude
Mt. Hood Community College – Gresham, OR September 2004 – June 2006
GeneralEducation/CivilEngineering
Lower Columbia College – Longview, WA September 1996 – April 1998
General Education/Business Administration
Tools Networking Programming OS Application Knowledge
Oscilloscope LAN, WAN C/C++ Windows 2000 MicrosoftOffice 2000 - 2013
DMM VLAN, WLAN Java
VHDL
Assembly
Windows XP MultiSim
Spectrum Analyzer Network Connectivity Windows Vista Code Warrior
Solder Router Equipment Windows 7 Matlab

2. Matthew H. Tiemens
Professional Resume
Related Professional Work Experience
Kelly Services (Tokyo Electron) BEAVERTON, OR
(Field Service Engineer 2) January2015 – Present
Perform on-site service and repair of semiconductor processing equipment.
 Adhere to all safety guidelines and standards of conduct set by both Tokyo Electron and Intel.
 Perform preventive maintenance, upgrades, and modifications to tools as needed.
 Troubleshoot equipment problems and maintain records and reports as needed.
 Workclose with Intelengineers and technicians, as well as TEL’s engineers to find solutions to ongoing problems in
order to find a solution.
Comcast BEAVERTON, OR
(Communications Technician IV) December 2008 – January
2015
Responsible for broadband installation and troubleshooting, while providing superior customer service.
 Adhere to allguidelines set by the National Electric Code (NEC), the National Electric Safety Code (NESC), and the
Occupational Safety and Health Act (OSHA).
 Work independently on a daily basis, as well as on teams for larger projects .
 Troubleshoot both analog and digital issues for residential and commercial customers, as well as troubleshooting
problems on the fiber-coax plant.
 Perform routine maintenance from cable distribution to the node.
Kinetic Concepts Incorporated PORTLAND, OR
(VDC Technician) June 2006 – October2008
Responsible for delivery and retrieval of company products and medical equipment using both local companies and freight
carriers.
 Oversaw VDC operations for three service centers.
 Packagedmedicalproducts anddocumentation for delivery, as wellas preparedpick up requests via freight carriers
using web-based software.
 Performed Quality Control checks for medical devices.
 Provided customer support for many hospitals and assisted living facilities in two states.
Related Professional Project Experience
DeVry University, Senior Project (Small Autonomous Vehicle) July 2013 - March 2014
One of three teammembers involvedin creating a smallautonomous vehicle from conception to prototype . This project used
modern technologies to transform a basic RC car into an autonomous vehicle by utilizing a GPS system as wellas sensors so that
it could be given coordinates and go to that location, while maneuvering around obstacles. The prototype incorporated both
hardware andsoftware components; hardware consisted of motors, sensors, GPS, microcontroller, and power supplies while
software was used to program the controller which could then control all the hardware.
 In charge of all hardware aspects of the project which included schematics, as well as building the prototype.
 Helped team mates debug the software components.
 Each member livedin a different region so the project was completedwith no face to face meetings, so communication
and teamwork was very important.