Qingyun Sun

***** ***** ** **** *, Madison Heights, MI.

Mobile: 1-248-***-**** Email: add2o4@r.postjobfree.com Zip code:48071 Professional

Summary

I am a knowledgeable Electrical Engineer with a work experience in Automotive industry. I have worked on several projects such as smart car project and Robot arm moving Project using Matlab and Arduino to do the coding and testing. I have a firm understanding of engineering principles and practices, know the oscilloscope and testing tools.. Proven strong technical and computer abilities using variety of software and equipment. Currently I am working at BWI Group as a Software Test Engineer, which provide me a strong various experience in the Automotive industry, especially in embedded system test and AUTOSAR structure and CAN app Tools. Software

Skills

• Skills: CAN protocol Embedded Software Testing Robotic Kinematics Fuel cell Telematics 0000000 HIL Test AUTOSAR C Language CAPL Arduino PID control FPGA

• Software: CANoe/ CANalyzer ATI vision Matlab/Simulink Davinci Developer Davinci Configurator Gitkraken/Source Tree LDRA Arduino ID DPS / Memtool CAN Values3 BURP Davinci Tresos Education

Wayne State University - College of Engineering Expected Graduation May 2020 Master of Science in Electrical Engineering GPA : 3.77 / 4.0 University of Shanghai for Science and Technology - College of Engineering Graduated July 2018 Master of Science in Optical Engineering GPA : 3.72 / 4.0 Nankai University Binhai College Graduated July 2015 Bachelor of Science in Electronic Engineering GPA : 3.19 / 4.0 Work

project

Experiences

BWI Group (May 2019-Present)

During the working period, as a software test engineer, mainly responsible for design and develop embedded Software Testing procedures for controlled Brakes and Chassis Suspension products. 1. Experience in embedded controller networks (CAN) and the use of ECU diagnostic(ISO 14229) and network communication tools to verify and troubleshoot distributed vehicle systems (e.g. CANoe, CANalyzer). Knowledgeable of vehicle communication protocols & Diagnostics.

2. Good Understanding about Automotive ECU development life cycle and AUTOSAR based implementation at product level. 3. Create and Perform test procedure and verification methodologies for requirements derived from iso standard and customer’s requirements to control ECU electronic systems. Such as ECU functional test and ECU fault injection test, working closely with software and product development teams.

4. will Interface with electrical hardware design team and basic SW team to address/resolve issues, through test or inspection SW by Davinci and Tresos tools.

5. Investigate and resolve product issues found during HIL development and validation testing. 6. Support ECU design compliance assessment based on OEM application-specific requirements. Robotic Arm kinematics (Matlab and Arduino)

Designed and build a robotic arm use levers, encoders, motors etc based on the Forward and reverse Kinematics. Control robot arm to draw certain patterns with a smooth trajectory by operating GUI in Matlab. When given the start goal and end goal, programming robotic arm to plan the shortest path in the maze by itself using A*algorithm and D*. Smart Car Project: Collision Avoidance & transportation (Matlab and Arduino) Three designed smart cars can move an object from one location to another by following 3 different complex routes. Each car must avoid hitting each other during the transportation. After assembling smart cars, we use Arduino Uno to control the car and utilize 3 sensors to get each function working. Routh Identification: TCS230 color sensor. We make smart cars run between two lines each has a different color which can be recognized by color sensor. Programming the smart cars to make different move after picking different colors. Collision Avoidance: Ultrasonic Distance Sensor. We make smart cars stop instantly if the ultrasonic distance sensor detects that the distance between cars is below 15cm. if the distance is more than 15cm, smart cars will keep going. Object movement: 12VDC 200N Electric Lifting Magnet. When arriving in the source, we will turn on the magnet to pick up objects. After recognizing the color of destination, it will turn off the switch of magnet to drop off the objects. Main Achievement

Papers:

1. Journal Name: IEEE. SCI IF :3.971. IEEE JOURNAL OF SELECTED TOPICS IN QUANTUM ELECTRONICS.VOL. 23, NO. 4. “Transition From Surface Cavity Mode to Cavity Mode in Deep-Grooved Parallel Plate Waveguide”. 2. Journal Name: Science paper “Multi-channel Sensor Chip Based On Plasmonic Waveguide With Corrugated Disk Resonator”

Patent: Patent number: 201610357251.4. “A multi-channel filter chip based on the month cycle structures