Luke Wilding graduated from Brigham Young University-Idaho in 2016 with a Bachelor's degree in Electrical Engineering and a GPA of 3.8. He has worked as an Electrical Engineer for Ensign Power Systems since 2016, where he performs product verification, troubleshooting, redesign, and software development. Prior to that, he held multiple internships at Ensign Power Systems in product development, embedded systems development, and circuit board failure analysis.

1. Luke Wilding
www.linkedin.com/in/LukeWilding ● lukewilding12@gmail.com ● 970-308-6799
Education
Brigham Young University-Idaho Graduated July 2016
Bachelor of Science in Electrical Engineering Rexburg, ID
 Cumulative GPA: 3.8
 Relative Coursework: Electric Circuit Analysis, Digital Systems, Computer Programming,
Power Systems, Electricity and Magnetism, VLSI System Design
Technical Skills
 Code Composer Studio
 Assembly
 C/C++
 Serial Data Transfer
 Visual Studio
 Arduino/RTOS
 VxWorks
 Switching Supplies
 Altium
Electrical Engineer – Ensign Power Systems, Inc. Loveland, CO
Product Development/Redesign August 2016 to Present
 Verify proper functionality according to customer specified requirements
 Perform analysis of test results with appropriate reporting and documentation
 Troubleshoot and calculate redesign when product fails to comply to specifications,
change schematics, and where appropriate solder different components
 Write software for embedded microprocessors resulting in proper read-back of analog to
digital converters and temperature sensors via I2C and SPI interfaces
 Present product status to customer during project design reviews
Internships – Ensign Power Systems, Inc. Loveland, CO
Product Development Intern August to December 2015
 Cooperated closely with engineers developing several power supply projects ranging from
simple pass-through to complex 2700-watt buck-boost converter
 Engineered a program to read data transmitted by power supply through synchronous
peripheral interface (SPI mode) directly into Excel allowing easier test data verification
 Ensured customer specified functionality by careful attachment of various test equipment
and performed acceptance tests resulting in necessary software/hardware changes
Embedded System Development Intern August to December 2014
 Worked with team of engineers developing million-dollar, 2400-watt power supply,
meeting customer requirements
 Set up test equipment performing quality assessments resulting in necessary software or
hardware changes, ensuring customer specified functionality
Circuit Board Failure Analysis Intern October to December 2013
 Assessed failed circuit boards determining cause and submitting for necessary repairs
 Discovered circuit flaw resulting in product recall and component change preventing
undesired behavior in the field