Mechanical Engineering with experience increasing the efficiency of a production line.

  Strong knowledge of fluid dynamics with a genuine interest in mechanical and industrial engineering.

  Fluent English and Mandarin (Chinese).

Map Transit Analyst, Apple Austin TX Jan. 2016-Present

  Research and curate extensive and complex data sets within a project-specific proprietary database.

  Ensure the integrity and accuracy of map transit data.

  Manage different types of Apple internal software on the OSX operating system.

Teaching Assistant, Fluid Mechanics, University of Texas Austin, TX Aug. 2012-May 2015

  Educated college students with resolving problems related to fluid mechanics.

  Delivered lectures and also assisted students with completing their experiments.

Research Assistant, Dalian Sun Seals Limited Dalian China Aug. 2013-Dec. 2013

  Designed new gas seal models with wavy surfaces using MATLAB and AutoCAD, and tested the models with seal analysis software.

  Generated assembly diagrams and revised based on customer requirements.

Research Assistant, University of Texas Austin, TX May 2013-Aug. 2013

  Created a diesel engine with one working cylinder, and identified if the rotating liner engine could efficiently save energy lost from friction and also reduce emissions.

  Built up supplementary components with thermocouples by using mills and lathes to test the temperature of different parts of the engine when it was operating.

Master of Science (MS), Mechanical Engineering, University of Texas, Austin; earned May 2015 (3.87 GPA)

  Coursework: Incompressible Flow; Heat Transfer; Internal Combustion Engine; Optics and Lasers; Physical System Modeling; Energy Policy; and Flight Dynamics.

  Modeling of a Wind Turbine Project: Used bond graph methodology to model a wind turbine system, including using MATLAB simulation to determine the validation of considering blade and hub as one unity; also compared the six and three mass drive train models.

Bachelor of Science (BS), Engineering Physics, Tulane University; earned Dec. 2011 (3.95 GPA)

  Coursework: Fluid Mechanics; MATLAB; Computational Science and Physics; Data Analysis; C++ Programming; Materials Science; and Product Design.

  Senior Design Project/Data Analyst, Southeast Department of Veterans Affairs; Aug. 2010-July 2011:

- Increased efficiency of patient flow by better arranging the time between eye dilation and waiting period, and by boosting the success rate of first-time eye dilation.

  Sophomore Design Project, Pellerin Milnor Corp.; Sept. 2010-Dec. 2010:

- Identified problems causing inefficiency of a work station at a laundry machine manufacturer, and suggested the design of a more efficient and convenient work station using MTM1 analysis to compare time costs for the new and old work station.