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Synthesized a variety of ZIFs with controlled size, shape, and isotopically enrichment for solid-state NMRSynthesized high molecular weight polymers with good thermal and chemical stability, attractive transport and sorption propertiesFabricated ZIF loaded Mix Matrix Membranes for gas separationTested transport properties of polymer membranes through self-made isochoric permeation systemTested sorption properties of synthesized materials through pressure decay systemUtilized 2H NMR solid-echo and line shape analysis to investigate the amplitude of linker motion in neat and confined ZIFsUtilized 2H NMR spin-lattice saturation recovery method to study the frequency and activation energy of linker motion in neat and confined ZIFsSupervise three undergraduate students in different research projectsDaily exposure to instruments and experiments related troubleshooting

Implemented ultra-high-speed visualization instrument and high-accuracy computation model to probe the fluid physics of drop coalescence

Set up the equipment to observe low viscous drop coalescenceImplementing ultra high-speed imaging tools to record the initial state of low viscous drop coalescence

Assist with the development, scale up and commercialization of manufacturing processes for infant and children’s nutritional productsWork in cross-functional teams to bring new and modified products to launch and to optimize manufacturing processesAssist with the execution of pilot and commercial plant trialsSupport activities related to data collection, analysis and reporting of key technical attributes

Involved in editing digital images including creating masks for single food item by Photoshop

Developed and validated a model to simulate the early state of low viscous drop coalescence. Concluded that the model was accurate and appropriate for further use after validating the model with experimental results.