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Electrical Engineer Assistant

Location:
Franklin, TN
Posted:
September 09, 2020

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Resume:

**** *********** **** *****

Franklin, TN, *****

615-***-****

****.*****@*****.***

Daniel Biegl

Objective

●Electrical Engineer looking for an entry-level engineering job. My skills and interest align with embedded system design and microprocessor interfacing.

SKILLS

●Work Experience with C/C++, Matlab, and Excel VBA

●Classroom experience with Arm Assembly, Verilog/System Verilog, and Python

●Project Experience in PCB design and construction, Microprocessor system integration, and digital circuitry

EXPERIENCE

Apex Turbine, Springfield, TN — Software Engineering Intern

5/2017-7/2017; 5/2019

●Developed a method to call the company’s existing C++ libraries from a Matlab script. This method utilized C/C++ wrapper functions and a shared library format.

●Adapted an existing Matlab script into an Excel VBA macro for use on large spreadsheets.

●Constructed several computer systems for various clients of the company.

●Worked on porting a large data acquisition package from Intel Linux to AArch64 Arm platform.

ISIS at Vanderbuilt, Nashville, TN — Research Assistant

6/2018 - 7/2018

●Worked on configuring a vehicle simulator (UUV Sim) to be controlled by a neural network.

●Developed various courses and Obstacles for the simulator above (Gazebo/UUV sim).

EDUCATION

Purdue University, West Lafayette, IN — Bachelor of Science-Electrical Engineering, Minor-German

8/2016-5/2020

Relevant Project Experience:

●Microprocessor Systems: As a team of four, we implemented a working game of tetris on a STM32f0 series microprocessor. The game was displayed on a 32x64 pixel display and music was played during the game.

●Senior Design: As part of a team of four, I was involved with project P.L.A.N.T. The aim of the project was to keep a plant in full light. Using an STM32f4 series microprocessor we developed a robot that could not only follow light, but also use infrared and sonar to detect obstacles. The robot would use information obtained from tachometers to track its position and return to a charging station.



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