Scott Woodwww.linkedin.com/in/sgwood mobile: (360) 688 0090 sgwood91@gmail.com

Education:Bachelor of Science in Electrical Engineering: Brigham Young University-Idaho Expected graduation Apr 2017Major GPA: 3.9

Developed PCB and software (mixed C and Assembly) for a handheld gaming device using the MSP430 microprocessor Designed and fabricated amplifier stages for a stereo system (includes line buffer, pre amp, mixer, bass, and treble) Wrote C++ code for a command line driven Sudoku game and a travel itinerary program Received an academic scholarship based on GPA and student achievements

Relevant Course Work: Embedded Systems & Programming Microprocessor Based System Design Advanced Electrical Circuit Analysis

Digital System Design Computer Architecture Advanced Programming

Signals and Systems Digital Signal Processing VLSI

Relevant Skills: Familiarity with Python, C/C++, Verilog, MATLAB, and assembly code in Windows and Linux environments Experience with IDEs such as Eclipse and Eclipse distributions, Visual Studio, and PyCharm Knowledge of hardware design suites such as Xilinx, Vivado, Altium, and Circuit Maker Embedded systems experience using a Raspberry Pi, MSP430, and Arduino micro controller Exposure to Real-time operating systems such as FreeRTOS

Experience:Micron Test Firmware Engineer: Intern: Micron Technology, Inc. Apr 2016-Present Developed, tested, and qualified 20 firmware programs used to qualify NAND memory using C++ and Python Delivered code releases to global team members every 3-4 weeks containing qualified programs Collaborated with 3 team members to complete more than 50 test firmware projects in a 3 month period

Pedestrian Detection: Personal project Sep 2015-Apr 2016 Developed an image processing program capable of detecting a person using HOG analysis and OpenCV Successfully implemented the pedestrian detection program using a thermal camera and a near IR camera Achieved real time speeds greater than 30 FPS using a low power embedded GPU to accelerate HOG detection

Project Coordinator: BYU-Idaho Apr 2015-Apr 2016 Assembled, calibrated, and field tested a hex-copter used for monitoring plant health and tracking cattle Researched quaternion math to prevent gimbal lock in VTOL applications Adapted a Canon camera to take pictures/video upon receiving a signal from the flight controller

TA/Tutor: BYU-Idaho Department of Computer Science and Electrical Engineering Apr 2014-Apr 2016 Debugged various digital and analog circuits as well as C, C++, and Python code Mentored students in embedded system development and digital/analog circuit design

Robot Laser Tag Competition: IEEE Branch, Rexburg, ID Jan 2015-Apr 2015 Obtained first place in a 10 week robot development competition Configured laser control and used photoresistors to trigger the tagged condition using a Python script Developed a Python script to accept keyboard input as a control interface for steering and PWM motors

Rocket Avionics Design: BYU-Idaho Rocket Team Sep 2014-Apr 2015 Managed a team of four and developed avionic systems for handling rocket launch and parachute control Implemented code to begin recording video when the accelerometer detects launch

Digital Temperature Sensor: IEEE Branch, Rexburg, ID Sep 2014-Dec 2014 Constructed analog circuit responsible for controlling cooling fans Generated and implemented tests for controlling the fan motor using PWM Designed PCB for serial communication between sensors and microcontroller