• Supported the research assistant to establish the of regression line, quality control and quality assurance of Tekran 2600-ivs, an automated sampler machine with highly detected level, normally up to part per trillion level• Translated the standard operation procedure of Tekran 2537X and Tekran 2600-ivs from English to Chinese versions• Examined and maintained Tekran 2537X with the vendor for proceeding upcoming studies

• Assisted the project regarding to the ambient mercury monitoring in Taichung’s sintering plant [https://goo.gl/LVC7UF] -Operated, maintained the the ambient mercury continuous monitoring system, Tekran 2537X; Obtained the validated datafrom Tekran 2537X; Conduct the trouble shooting to have continuous monitoring system normally operated -Implemented a simulated model, AERMOD, to understand the ambient Mercury contributions of Taichung’s sintering plant -Co-Authored the paper of the 27th the Chinese Institute of Environmental Engineering Conference in Taoyuan, Taiwan -Authored the paper of the 109th Air & Waste Management Association Conference in New Orleans, USA• Co-authored the project, soil and groundwater baseline investigation of drinking water source quality protection area, [https://goo.gl/miEurZ]- Operated and maintained the the ambient Mercury continuous monitoring system, Tekran 2537X; Obtained the validated data from Tekran 2537X; Conduct the trouble shooting to have continuous monitoring system normally operated - Sampled and maintained the ambient Mercury manual system, announcing by Taiwan Environmental Protection Administration’s Standard Method (NIEA); Analyzed the samples, gaseous elemental mercury and particulate-formed mercury, in the clean room by Tekran 2600- Developed a mathematic model to estimate the proportions of contributions of ambient mercury dry and wet depositions in the soil substrate- Produced and summarized the results of continuous monitoring, manual monitoring, and simulation model