XINGJIAN University of Pittsburgh, ZHOU New Graduate

[ ac4qv3@r.postjobfree.com R Address: 16 N 28016 MARGUERITE PKWY 1 2 MISSION VIEJO CA 92692 Ó 724-***-**** OBJECTIVE

Full-SKILLS time Junior Android developer.

Java Android Studio Python

Firebase Mobile Vision Library

Location Service ExoPlayer

Espresso REST API XML HTML

CSS SQL git JSON Linux

Eclipse Jupyter Notebook

MATLAB LaTex ANSYS FLUENT

SolidWorks Adobe Creative Suite

AWARDS

Head’s Scholarship for Academic

Excellence

University of Nottingham

2012

Head’s Scholarship for Academic

Excellence

University of Nottingham

2013

Young Engineers Network (YEN) of

CIBSE

Chartered Institution of Building Service

Engineers

2012-

EDUCATION

University of Pittsburgh

Master of Science in Mechanical and Material Engineering

Graduated April 2017 1 2 Pittsburgh, PA

GPA 3.60/4.0

Courses: Numerical Methods(MATLAB), Object Oriented Programming using Java, Data Structure, Linear and Complex Method Analysis, Differential Equations, Advanced Fluid Mechanics University of Nottingham

Bachelor of Engineering in Architecture and Built Environment

Graduated May 2015 1 2 Ningbo, China &Nottingham, UK

GPA 3.64/4.0

Courses: Intro to Programming(C), Intro to MATLAB, Fluid Dynamics, Control System, Building Service Design

DEVELOPING EXPERIENCE

Busgazer: Pittsburgh transit app

Android developer

2017

Available on Google Play Store and Apple AppStore

Local bus schedule app for real time ETA based on google service

Currently working on migration to API26 Oreo, major UI updates and route function

Chat Room App

Android / Firebase

2018

Chat room app backed up by Firebase realtime database and storage

Implemented user sign-in, push notification and remote config Weather App

Android

2017

Features includes automatic weather data update during the day and upon local change, and offline data storage

Research: CFD Simulation of Intracranial Hemodynamics Co-author, publication in prepration

May 2016 – August 2017 1 2 University of Pittsburgh

Linux based Computational Fluid Dynamics approach on the subject of brain aneurysm bifurcation structure

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