Mechanical Engineering Design

Zhongyang Liu

*******@******.*** 302-***-**** www.linkedin.com/in/zhongyangliu

**** ******** ** ** • Apt 3130 • Atlanta GA 30318

EDUCATION

GEORGIA INSTITUTEOF

TECHNOLOGY

B.S. IN

MECHANICAL ENGINEERING

Graduated: May. 2015 GPA: 3.5/4.0

UNIVERSITYOFDELAWARE

MECHANICAL ENGINEERING

Transferred Newark, DE

GPA: 3.4/4.0

SKILLS

CAD

AutoCAD • Solidworks • Inventor

PROGRAMMING

Matlab • Python • Java Script

LabVIEW • Simulink

ENGINEERINGANALYSIS

Comsol Multiphysics • Solidworks

Ansys Fluent & CFX

DOCUMENT PREPARATION

LaTex • OriginPro

Microsoft Office Suite

LANGUAGE

English

- Native or bilingual Proficiency

Mandarin & Cantonese

- Native or bilingual proficiency

MACHINING

Lathe • Mill • Waterjet

COURSEWORK

Computational Fluid Dynamics

- Use Comsol to simulate and analyze

fluid mechanics and heat transfer

Design of Aircraft Structure

• Course Project:

Design & FEA of Aircraft Front Spar

Manufacturing Process Analysis

• Course Project:

Machining Process Simulation of

Orthogonal Cutting

(AdvantEdge)

Machine Design

Structural Vibrations

COMPETITIONCLUB

GT Off-Road

• Design and build off-road vehicle

• Participate Baja SAE competition

• CAD design with Solidworks

• Machine vehicle parts

WORKINGEXPERIENCES

PROJECT ENGINEER

Pure Air Filtration July 2015 – Present

• Support sales team through drawings and product selection information

• Responsible for completing project engineering tasks

– Creates design documents

– Designs products from design specification documents

– Create 3-D design model of project through Solidworks

– Create 2-D shop drawings through Solidworks & AutoCAD

– Create as-built drawings and IOMS

– Communication between customer and vendor

• Generate ordering schedule and Bill of Materials for purchasing department RESEARCHEXPERIENCES

MECHANICSOF FIRE ANTAGGREGATION NON-NEWTONIAN FLUID HU LABORATORY FOR BIOLOCOMOTION Dr. David Hu

May 2013 – August 2014 Georgia Institute of Technology

• Characterizing and modelling the aggregated fire ant cluster as a visco-elastic material by Rheology principles

• Present at the 66th Annual Meeting of the American Physical Society, Division of Fluid Dynamics

– Give an academic talk and a webcast press briefing

– Reported by NY Times, LA Times, Popular Mechanics and other media

– Publication on NATURE MATERIALS

ACTIVE LEGEXOSKELETON ROBOTICS

ROBOTICS REHABILITATION LABORATORY Dr. Agrawal

May 2012 – August 2012 University of Delaware

• Assisting the construction and preparation of a medical robot, Active Leg Exoskeleton

– CAD design (Solidworks) and machine (Lathe &Mill) parts and connectors needed for motor characterization and torque sensor calibration.

– CAD design with Solidworks

– Perform FEA on the platform design

CFDSIMULATIONOF ACOMBUSTIONVESSEL CFD SIMULATION SPRAY PHYSICS AND ENGINE RESEARCH LAB Dr. Genzale Jan 2015 – present Georgia Institute of Technology

• Computational Fluid Dynamics Simulation of a combustion vessel

– Perform simulations in Ansys Fluent & CFX

– Simulation model includes Fluid Mechanics and Heat Transfer

• Develop CFD simulation model matching experimental data

– Perform mesh study

– Estimate the approximate heat loss through multiple boundaries HIGH-SPEEDMICROSCOPIC IMAGING IMAGING • OPTICS

SPRAY PHYSICS AND ENGINE RESEARCH LAB Dr. Genzale Jan 2014 – Dec 2014 Georgia Institute of Technology

• Demonstrate the functioning of the high speed microscopic imaging system by taking high resolution images of the fuel sprays in the combustion vessel

– Design (AutoCAD & Solidworks) and build fine-scale positioning stable mounting for camera and lenses

– Design a back illumination system and an optical system to maximize the performance of light source

• Boundary detection of fuel spray boundary in images with Matlab

– Matlab image processing

– Texture-based boundary detection techniques

Contact this candidate