Software Developer Engineering

Yu Shi

*** ***** **** ***. ****, Jersey City, NJ 07302

Blog Q **********@*****.*** yushi12138 Æ 646-***-**** OBJECTIVE

Seeking a Full-time Software Developer position to apply technical knowledge, expand skill set, and contribute to the goals of the company.

EDUCATION

Tandon School of Engineering, NYU Sep. 2017-May 2019 Master of Electrical Engineering GPA: 3.29/4.0

Nanjing Tech University Sep. 2013-May 2017

Bachelor of Applied Physics GPA: 89/100

SKILLS

Programming Languages: Java, Python, C, JavaScript, HTML, CSS, SQL Operating Systems: Linux system, Windows

Software: Eclipse, Matlab, Jupyter Notebook, LaTeX Cloud: AWS: Elastic Bean, EC2, RDS

PROJECTS

Full Stack Blog System Jul 2019 - Aug 2019

+ Running at: www.bigchickenleg.com

+ Designed the front end website based on Semantic UI.

+ Built the back end application using Spring boot, Thymeleaf, MySQL.

+ Deployed the application on AWS.

360 Degree Panoramic Image Stitching Mar 2019 – May 2019

+ Concerns the problem of 360 spherical panoramic stitching using images taken by cellphone camera

+ SIFT feature detection is used to find homographymatrix between two adjacent images.After that, rotation matrix can be computed using homography matrix decomposition.

+ By picking an anchor image artificially, all the points in images can be rotated to corresponding spherical coordinates and converted into certain sub-part of panorama based on spherical transformation.

+ Gain compensation and blending are used to reduce the seam between pictures to form the entire panorama. Spaceship Shoot Game Dec. 2018 - Jan. 2019

+ Implemented well-known game Raiden based on Java Swing.

+ Periodically repaint the images of objects to generate the feeling of movement.

+ Enemies and paradrops are randomly generated. Hero plane shoots the bullets to destroy the enemies, and hits the paradrops to get extra bullets.

Auto-searching Vehicle Mar 2018 – May 2018

+ This project involves navigating a vehicle through a minefield by using audio beacons of fixed frequencies located throughout the field.

+ Necessary components are as following:Teensy 3.0(MCU), Microphone(Audio sensor), Servo Motor Con- troller as well as DC Motor(Motor part), Ultrasonic Sensor(Distance detection).

+ Set up the registers in MCU for FFT, PWM, LED, Ultrasonic sensor. Processing the data acquired by the microphone by FFT, we can figure out the corresponding frequency.

+ Strategy to search for the target beacon is explained in detail in the blog: Auto-searching Vehicle

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