WEIQI PAN

ac9hgo@r.postjobfree.com • linkedin.com/in/weiqipan • 312-***-****

EDUCATION

Illinois Institute of Technology, Chicago, IL GPA: 3.375 Master of Science in Materials Science and Engineering May 2019 Thesis: “Microstructure evolution of two kinds of high-temperature resistance Fe-Cr-Ni alloys” Course work: Properties in High-temperature Materials, Design of Modern Alloys, Advanced Materials Processing, Fiber Composites, Computational Methods in MSE, Advanced Materials Metallurgy Projects: Designed laminated composite and literature review of fiber composites; Thermoelectric materials fabricate properties literature review and group presentation; Computational methods in MSE literature review; creep, bending, tensile, fatigue data analysis

Hefei University of Technology Hefei, China

Bachelor of Engineering in Materials Engineering 2017 Thesis: “Ball milling time influence of W-Nb alloys’ Anti-helium irradiation properties” TECHNICAL SKILLS

• Alloys and fiber/laminate composites designing, metal cutting, polishing and etching (metallography skill), XRD (X-Ray diffractometer), SEM (Scanning Electron Microscope) and EDS (Energy Dispersive X-Ray), Optical Microscope, Microhardness test, tensile test, fatigue test, creep test, SPS (Spark Plasma Sintering)

• Excel, OriginLab, PDF-4 2019, Thermo-calc, AutoCAD, Autodesk Inventor, Ansys Workbench, Lammps, MATLAB

• Different materials characteristics, manufacturing and heat treat processes, mechanical testing and failure analysis

• Certification and membership: Lean Six Sigma White Belt, Material Advantage Member (AIST, TMS, ASM, ACerS)

• Languages: English and Mandarin

RESEARCH

Illinois Institute of Technology, High temperature structural materials lab Chicago, IL Research on Fe-Cr-Ni high temperature alloys Dec 2017 – Present

• Performed etchant as FeCl2 and phosphate for metallography to figure out best etchant for different samples

• Observed precipitates morphology evolution by Optical/SEM results for as-cast, heat treated and tensile test samples

• Characterized these phase evolutions by XRD, EDS, and thermo-calc simulation (M7C3 to M23C6, NbC to G-phase)

• Explored microstructure changes influence on mechanical properties (hardness and tensile test)

• Summarized phase evolution results to find the best service temperature for these alloys which can eliminate damage phases (G-phase, carburization damage phase Cr23C6) and form strengthen phase (NbC phase) to improve high temperature properties

Hefei University of Technology, Hefei, China

National–Local Joint Engineering Research Centre of Nonferrous Metals and Processing Technology Research and assist on fusion reactor first wall W-base alloys Jul 2016 - Jun 2017

• Adapted ball mill time to prepare different size nanometer tungsten and micro-titanium hydride powder

• Explored sintered composite materials’ density and hardness influenced by ball mill time

• Characterized sintered bulk materials by FE-SEM, SEM, EDS, XRD and TEM.

• Performed heat shock experiment to interpret that 60h ball milling can get the best thermal shock resistance

• Co-Published paper: “Preparation of TiC-doped W-Ti alloy and heat flux performance test under laser beam facility”. Fusion Engineering and Design, 2018, 126: 79-86