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Chemical Engineering: Process 8 years' solid experience of lab work, familiar with wet chemical synthesis and cleanroom technology. Deep knowledge of material science and electrochemistry (Li-ion battery, All solid-state Li-ion battery, Li-air battery, Zn-air battery and Supercapacitor). Expert in battery fabrication (coin cells and pouch cells) and battery safety testing. Hands on experience with material characterization (XRD, FTIR, TGA, XPS, SEM, TEM), electrochemical measurements (CV, EIS) and nanocarbon materials synthesis (Carbon nanotubes, Graphene, Nitrogen-doped graphene, graphene oxide, and high BET surface area carbon).Computer & Administration: Utilize Windows and Mac-based PCs with various software: Originlab, Chemdraw, Microsoft Office, UniSim, AutoCAD, Minitab. Program in Matlab, Python, Java and PHP. Prepare technical reports and proposals.Key Strengths: Finely tuned analytical and research skills with dedication to clear communication and presentations. Ability to quickly analyze a problem and develop on effective response. Ability to work effectively in a team setting. Proven ability to handle different projects. Goal-oriented and ability to work under skills.
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Battery EngineerTyfast Aug 2022 - PresentSan Diego, California , UsUltra-fast-charging and ultra-long-life-cycle Li ion battery• Developed Li-ion batteries utilizing innovative lithium vanadium oxide (LVO) anodes, achieving 20x faster charging speeds, 20x longer cycle life, and improved safety compared to conventional graphite anodes -
Research AssociateLynntech, Inc. Dec 2020 - Jul 2022Next-generation high energy Li battery with holey graphene-based stabilized ultrathin Li anode and high voltage electrolyte• Developed holey graphene stabilized ultrathin Li anode to avoid Li dendrite formation and improve cycling stability• Developed thick high-capacity coated cathode material (NMC materials) to improve the energy density• Developed high voltage electrolyte to improve cell's cycle life and Coulombic EfficiencySafe, high energy, long-life solid-state ultracapacitors• Developed nitrogen-doped graphene electrodes to improve the capacitance of the device• Developed solid-state gel polymer using ionic liquid to avoid the leakage of liquid electrolyte and mitigate the self-dischargeNext-generation Internal Nanohybrid Battery-Capacitor single energy storage cell• Developed nanohybrid cathode material and pre-lithiated anode material to provide high capacitance/capacity at high current rate• Designed and developed hybrid electrolyte to provide high ionic conductivity and high electrochemical stability windowRechargeable Zn-air battery for electric vertical takeoff and landing aircraft• Developed and optimized advanced cathode and water-in-salt electrolyte materials to improve zinc utilization rate
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Senior Research AssistantLynntech, Inc. Oct 2017 - Dec 2020All solid-state Li-ion battery with high energy density and high safety.• High performance solid electrolytes preparation (Li9.6P3S12, Li7P3S11, Li9.54Si1.74P1.44S11.7Cl0.3, Li10GeP2S12, etc.)• Develop advanced core-shell cathode and anode materials• Swagelok cell fabrication for all solid-state Li-ion battery• Pouch cell fabrication for all solid-state Li-ion battery• Preliminary safety evaluation of all solid-state Li-ion batteryAll solid-state lithium-metal oxide cell for ICD and CRT-D devices, which can save lives, minimize suffering, and reduce costs.• Develop high capacity nanostructured cathode• Demonstrate capability of solid electrolyte to protect against lithium cluster formation/growthSafe cost-effective deep eutectic solvent (DES)-based electrolytes together with graphene-based electrodes with high energy density and power density over a wide temperature range (-45°C-75°C).• Optimization of Deep Eutectic Solvent (DES) Compositions• Measurements of Physical Properties (Freezing Point, Viscosity, Hydrophobicity)• Measurements of Electrochemical Properties (Ionic Conductivity, Electrochemical Stability Window)• Fabrication and Testing of Graphene-based Supercapacitors
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Graduate Research AssistantUniversity At Buffalo (Ub) Sep 2015 - Aug 2017Buffalo, Ny, UsNovel design and synthesis of nanocarbon materials for energy storage device applications (Supercapacitor/Li-air battery)• Nanocarbon materials synthesis: carbon nanotubes, graphene, graphene oxide, high BET surface area carbon material.• Synthesized and characterized electrode nanomaterials by using various of material characterization techniques (XRD, FTIR, BET, TGA, XPS, SEM, TEM)• Hand-on experience assembling supercapacitor/batteries, using electrochemical workstations and Arbin battery station• Designed 3D-printed all solid-state supercapacitor by using carbon materials (graphene oxide, carbon nanotubes) -
Tour GuideL&W International Inc Jun 2016 - Oct 2016Tour guide in the Buffalo Area including downtown Buffalo, Niagara Falls and Toronto.
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Undergraduate Research AssistantUniversity At Buffalo Jun 2014 - May 2015Buffalo, Ny, UsFabrication of membranes with excellent permeability and gas selectivity for CH4/CO2 by adding ionic liquids• Designed and built Constant Volume/Variable Pressure System• Membrane samples tests by using different material characterization techniques
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Program CoordinatorSunshine Service Enterprises, Inc. Jun 2013 - Aug 2013Helped to organize center's activities
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Research AssistantCity University Of New York - Asian American/ Asian Research Institute Jun 2011 - Sep 2011Researched, translated and helped to analyze how the Asian American education affect in the different districts
Min Wei Skills
Min Wei Education Details
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Georgia Institute Of TechnologyComputer Science -
University At BuffaloChemical Engineering
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University At BuffaloChemical Engineering
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The City College Of New YorkChemical Engineering
Frequently Asked Questions about Min Wei
What company does Min Wei work for?
Min Wei works for Tyfast
What is Min Wei's role at the current company?
Min Wei's current role is Battery Engineer at Tyfast.
What is Min Wei's email address?
Min Wei's email address is mi****@****alo.edu
What is Min Wei's direct phone number?
Min Wei's direct phone number is +191777*****
What schools did Min Wei attend?
Min Wei attended Georgia Institute Of Technology, University At Buffalo, University At Buffalo, The City College Of New York.
What skills is Min Wei known for?
Min Wei has skills like Materials Science, Microsoft Office, Microsoft Powerpoint, Matlab, Unisim, Minitab, Atr Ftir, Tga.
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