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- professional table tennis player
- flute

- Proficient in 2D & 3D modeling and energy system simulation: CFD, Li-ion battery, fuel cells, solid mechanics, fluid flow, fatigue analysis, heat transfer analysis, mass transport
- Strong experience in product design and analysis: CAD, FEA 
- Outstanding team player, self-motivated in a quickly changing environment and excellent communication skills

- Set up the computational environment for calculation on supercomputer clusters
- Used first-principles Density Functional Theory to calculate the electronic structure of Perovskite
material with Quantum Espresso
- Modified BoltzTraP code to calculate the thermoelectric properties of material
- Designed materials with optimal dopant concentration for different element doped Strontium
Titanate system
- Improved the new materials' performance 800% of the undoped system

Perovskite thermoelectric materials for high-temperature energy conversion

- Helped the professor to teach the students using Solidworks to draw mechanical components
- Held the discussion section for machine elements: cams, shafts, bearings, retaining rings,
springs, gears, splines and belts

Graduate Teaching Assistant of Introduction to CAD and Machine Components

- Studied and taught the student the principles, mechanism and physics of Li-ion battery
- Carried the 2D simulation of Li-ion battery: studied and simulated the precipitate at the interface of electrolyte and cathode
- The Computational Fluid Dynamics (CFD) code was written in FORTRAN
- The student won the "Excellent project" reward in the summer engineering project under my
guidance

Mentor of simulation of Li-ion battery for engineering summer program

- Studied the humidification degradation on cathode of Solid Oxide Fuel Cells
- Built the 2D model of microstructure in cathode of SOFC and simulated the degradation with SPH(Smoothed Particle Hydrodynamics), a CFD(Computational Fluid Dynamics) method, to analyze the degradation mechanism on the porous media
- Successfully obtained the thermal analysis and charge transport with CFD simulation in
the model to analyze the change of the performance corresponding to the change of the
environment.
- The result was presented in 224th ECS Meeting in San Francisco, California

Graduate Research Assistant of CFD simulation of SOFCs

- Co-created and graded assignments and tests
- Graded the mechanical component design drawn by Solidworks and helped the students modify it
- Jumping bot design: Participated in the project jumping bot design by proceeding analytical derivation, stress analysis and tolerance calculation to design a jumping bot with given materials for the in-class jumping bot contest

Graduate Teaching Assistant of Product Design

- Proceed Finite Element Analysis in the different physical process
- Completed different models for the analysis of heat transfer, fluid flow, solid mechanics,
fatigue and failure analysis, electromagnetic field, electric currents, chemical reaction.
- Top 5 Student in the assignment and final project of the class of 100 people

FEA simulation

1. Selected and Purchased materials for structural design and decoration ??
2. Helped the design engineer with the design using AutoCAD Thermal analysis using COMSOL
3. Successfully reduced the material cost by 10%
4. Assisted the design engineer completing a 200-thousand RMB project

Design Engineer Assistant

Find out detailed information about Junyue Li,  in Stafford, TX

Junyue Li: in Stafford, TX

Junyue Li

Boston University

Boston University

Boston University

Boston University

Boston University

Boston University

Shanghai Johnson & Roslin Deco Co.,Ltd.

Boston University