Tao Yan adhxc0@r.postjobfree.com; ** Elm St, Worcester, MA 01609; 774-***-****

SUMMARY 7-materials year experimental simulation. Have experience focused in on materials semiconducting synthesis nano-and characterizations materials, solar water plus 3-splitting year theoretical and soft-magnetic experience in materials. EDUCATION

Worcester Doctor of Philosophy, Polytechnic Materials Institute Science (WPI)and, Worcester, Engineering. MA, U.GPA S. 4.00/4.00 May 2020 Master Tianjin Bachelor SKILLS of University of Science, Engineering, Materials (TJU)Materials, Tianjin, Science Science China and Engineering. and Engineering, metallurgy. GPA 4.00/4.00 May July 2017 2015

• Experimental metallography, skills high vacuum and devices: arc-melting CVD, PVD, furnace, flame high-synthesis, frequency spin induction coating, dip furnace, coating, single drop roll casting, stripping doctor machine, blade coating, XRD, SEM, nanomaterials, TEM, EDS, photo-OM, PEC electrochemical Measurements, reaction, centrifuge, electrochemical thermal evaporator, reaction. DSC, VSM, AFM, Nanoindentation, photovoltaics,

• PROFESSIONAL Bonding Synthesis Computational GIMP, • • of Simulating Studying and MagicPlot, Vertical Simulation EXPERIENCE charge programs: MoS2 Origin, vertical Nano-of transportation Microsoft 2D monolayer density strip Nano-with Office, materials functional 2H on Au Thermo-MoS2 the Substrates, for interface theory on Water Calc, the (WPI top AutoCAD. DFT)Splitting, of MoS2 of, Au VASP, (and 111) WPI CP2K, Au surface using Webmo, DFT by materials ASE, VESTA, simulation P4VASP, Aug. Aug. 2016 Python, 2019 – Feb. – Unix, Present 2020 Fe-Based • • • • • • • • • • Nanocrystalline Developed Synthesized CVD, Developed Observed through Found Predicted Studied splitting Studied Predicted Achieved PVD, the photo-the characterizations through the and photo-surface nano-configurations a the bandgap nano-method highest analyzed electrocatalytic experimental Alloy film electrocatalytic DFT stability tubes, coating Soft to energy photocurrent transfer the nano-Magnetic of methods by shape, the and methods. methods surface wires, activities nanomaterials’ as-activities band structure, Materials synthesized and including nano-potential and structure IPCE of by condition the flakes, for crystal among simulating SEM, nano-calculation surface nano-Transformer of nano-multiple TEM, size, all materials for materials SnS2 through film synthesizing H AFM, composition and and nano-Cores, photoanode and EDS, O thermodynamic to DFT nano-adsorption materials other TJU XRD, simulation certain of particles substrates the catalytic and for materials, shape XPS. anode/analysis by materials multiple for of nano-TEM cathode and through Aug. oxidation materials methods in 2014 DFT water including – issue Jul. 2015 PRESENTATIONS • • • • • Designed induction Made Tested Studied Reduced nanocrystalline nanoindentation soft the and IN furnace magnetic cost INTERNATIONAL made of raw Fe-Fe-properties based materials hardness based mother alloy CONFERENCES by and for saturated bands ingots one crystalline transformer in using one magnetization temperatures step high industry using vacuum single and for arc-coercivity the roll melting samples stripping furnace measurements machine and high-via frequency VSM

• American – Physics Society, “Stability and Electronic Properties of Edge Structure in Tin Disulfide (SnS2)”, oral

• • • PUBLICATIONS Materials (American (Materials bonding SnS2)SnS2)conference ”, ”, poster oral on Research Research Chemical was solar cancelled – The energy Society, Society, Society, Best because conversion Poster “Atomic “Synthesis of “Atomic COVID-Awards 19 and and behavior”, of Electronic Electronic Nominee tungsten poster disulfide Structure Structure nano-of of the the porous Edges Edges film of of Multilayer Multilayer and the effect and and Monolayer Monolayer of its orientation March. Aug. Nov. Tin Tin Dec. 29th, disulfide 29th, disulfide 3rd, 3rd, and 201*-****-**** 2017

• • T. M. Yan, Masroor,P. Rao, T.Yan, A. Deskins. et al. "Controlling "Stability crystal and Electronic growth of Properties non-toxic Bismuth of Edge structure iodide (BiI3) in Tin semiconducting Desulfide (SnS2)material ." Physical for efficient Review photovoltaics.B(2020). " Physics, Simulation, and Photonic Engineering of Photovoltaic Devices IX. International Society for Optics and Photonics (2020).

• G., Binod, M. Masroor, T. Yan, K. Kushnir,et al. "Balancing Light Absorption and Charge Transport in Vertical SnS2 Nanoflake Photoanodes with Stepped Layers and Large Intrinsic

• Mobility.C. Ye, Y. " Yang, Advanced J. Zhang, Energy L. Zhou, Materials T. Yan, (2019)et . al. "Superhydrophobic behavior of polymer-coated nanowire-arrays as a function of interfacial affinity and etching." Materials Research Express (2019).