Yu Huang

302 W.38th St. Apt 215, Austin, TX, 78705

Yu Huang

Objective Full time or coop position in Mechanical Engineering

Education Master of Science, Mechanical Engineering, December 2015
Area: Thermal/Fluids Systems
Advisor: Dr.Jayathi Murthy
The University of Texas at Austin
GPA: 3.67/4.00

Bachelor of Science, Mechanical Engineering, May 2014
The University of Texas at Austin
GPA: 3.80 /4.0

09/2014-present Graduate Research Assistant, Dr. Jayathi Murthy’s Group
Topic: Modeling of thermal transport in scanning thermal microscopy
Developed simulation model of scanning thermal microscopy
Performed Bayesian calibration for simulation parameters
Validated simulation models using experiment data
Conducted uncertainty quantification for simulation results

09/2014-12/2014 Teaching Assistant, The University of Texas at Austin
Lectured thermodynamics on weekly basis
Designed quiz and homework problems
Provided students help solving thermal related problems

07/2014-08/2014 Processing Engineer Intern, Chongqing Cummins Engine Company
Worked with team members to solve valve seat alignment problem
Developed 3D models of valve seat
Gained experience in machine processing

05/2013-05/2014 Undergraduate Research Assistant, Multiscale Thermal Fluids Laboratory
Gained background of knowledge in microfluidics
Designed, implemented, and tested multiple-emulsion droplet generation
Published paper based on research

Skills Programming Language: MATLAB, C, C++, Fortran
Simulation Software: ANSYS, Fluent
CAD Software: Solidworks
Operating Systems: Windows, Linux
Other Tools: Microsoft office, LabView, Multisim
Language: English, Chinese

Accomplishments University Honors, 2011-2013, The University of Texas at Austin
Harry Kent Endowed Presidential Scholarship,2013
Warren A. and Alice L. Meyer Endowed Scholarship in Engineering, 2014

Publications M. Kim, Y.Huang, K.Choi, C.Hidrovo, “The Improved Resistance of PDMS to Pressure-Induced Deformation and Chemical Solvent Swelling for Microfluidic Devices,” Microelectronic Engineering.

Employability Status: Permanent Resident

  • Updated 7 years ago

To contact this candidate email hyiawp@gmail.com

Contact using webmail: Gmail / AOL / Yahoo / Outlook

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