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Definition of Reputation Credits
葉璨瑜 Tsan-Yu Yeh
I refer to myself as an efficient team player work with genuineness and passion, also I am an energetic, optimistic and considerate observer. I would love to devote myself to a highly intelligent and passionate team that I could work well with others, welling under pressure and assume responsibilities. To be well in every task, it is essential to have great communication skills, logical ability and stress resistance. With all the qualities and the training, I think I have been equipped with the skills necessary to tackle any difficulties. I firmly believe that the precious experiences with positive attitude will help me to adapt to all kinds of working situations including fast-paced and demanding environments. I am willing to receive opportunities and challenges with open arms.
國立交通大學環工所
: 0917209328/ : [email protected]
自傳
自我介紹
自小受到家庭環境影響，由於父母自營資訊公司，面對的客戶多為政府公家機關與各學校單位，也因此了解一些標案流程與相關法規，也因為父母工作的屬性，使我對自主管理有一定要求，遇到問題時都會積極面對，成為獨立自主且適應力極強的人；讀書之餘也會在家中公司處理基本業務、和客戶聯繫溝通處理相關事宜，通過與客戶往來的答覆，也養成觀察人事物的性格，懂得如何應對進退突發的事件，當進入新環境時，可以很好融入環境與他人共處；而當遇到壓力時，會保持樂觀且負責任的態度去面對。
個性養成
儘管父母工作忙碌，每年仍會撥出時間進行國外旅遊，經過多次走訪各國後，體驗到各式的風俗民情，每一次的際遇都是不一樣的體驗，永遠都忘不了第一次踏上歐洲心中的悸動 ” 這個世界太大，大的令人不知所措，唯有不斷努力才能與時俱進。”平時也會通過觀看各類節目與時事新聞，更多的去了解這個世界。在人生中遇到的各種經驗都是學習與成長，保持開放的態度、快速學習與溝同協調的能力，對各種人事物皆抱持著包容與尊重的態度，並樂於接受不同文化與各方想法也勇於表達自己的意見，過去的總總經歷，使我成為標準的行動派，積極面對問題，亦是十足的競技者，遇強則強。
提升解決問題與獨立的能力-研究所
初入研究所時，襲來的一切，舉凡課業上、研究上的事務都充滿未知與挑戰，抱持著這條路咬著牙也要走完的心，所有的一切都在努力後漸入佳境。在實驗上遇到任何問題都會先通過閱讀文獻獨自推敲出其原因，獨自解決該問題，倘若真的無法解決時，會通過與教授和同學討論分享彼此的想法，以得出最佳解。在研究所主要學習到如何發現問題、找出原因，並解決問題，通過多次的失敗與改善最終完成研究所的碩士論文得到屬於自己滿滿的成就感。
研究方向與專長
大學時期主修環境工程類別，相關科目包含水、空氣、土壤、噪音、固體廢棄物等，且環境污染與毒物專業領域皆有修習；研究所時期，從事高分子材料合成光結合光子晶體材料開發出高靈敏的感測器，應用於自來水中感測環境賀爾蒙的存在，並了解材料特性及污染物分析之方法。
Majored in environmental engineering in university, related subjects including water pollution, air pollution, soil, noise, and solid waste, etc., and also studied in the fields of environmental pollution and toxicants; during the research period, I was engaged in the synthesis of molecular imprinted polymer to combine with photonic crystal to develop a highly sensitive sensor to detect the presence of environmental trace amount of hormones in tap water, and to understand the characteristics of materials and methods of pollutant analysis.
學歷/ Education
國立交通大學 環境工程研究所 Sep 2018 - 2020
- 碩士論文: 分子拓印光子晶體應用於自來水檢測雙酚A
Title: Application of A Molecular Imprinted Photonic Crystal for Detection of Bisphenol A in Tap Water
- GPA 3.8/4.3 (Avg. Score: 84.48)/ Oral defense GPA 4.3/4.3 (Avg. Score: 92.0)
- 參與2019生物探研討會
- 取得德文A1檢定認證
- 通過專業無人空拍機筆試考照
私立逢甲大學 環境科學與工程學系 Sep 2014 - Jun 2018
- 擔任兩年班代
- 多益成績: 800
- 修習無人空拍機課程證書
- 幫助德文老師Daniel James Murphy修訂德文書《ALLES KLAR》出版
- 畢業專題: 逢甲大學二校區宿舍改建污水廠更新工程
台中市私立明道高級中學 高中部 Sep 2011 - Jun 2014
- 擔任辯論社公關
- 全國中學生讀書心得比賽優等
- 英檢GEPT中高級
- 和中國大陸北京四中進行交流
論文研究題目
題目: 分子拓印光子晶體應用於自來水檢測雙酚A
Title: Application of A Molecular Imprinted Photonic Crystal for Detection of Bisphenol A in Tap Water
雙酚A為常見的環境荷爾蒙，在身體中會與性荷爾蒙的受體結合引起性荷爾蒙失調，通常可經由飲用水、食物攝取，或日用品方式進入人體中。因此，監測我們所接觸水質中的雙酚A含量是很重要的課題。
基於光子晶體(Photonic Crystal, PC)和分子拓印技術(Molecularly Imprinted Polymer, MIP)的組合，本研究開發出一種可於自來水來中快速、無須標記針對雙酚A檢測的分子拓印聚合物智能感測器，通過鹽析效應提高本感測器的靈敏度於自來中感測範圍可達30 ppb- 0.6 ppm，最低偵測極限達6 ppb，此感測器可用於視覺推估水樣中雙酚A濃度，且無需使用標記技術和貴重儀器即可實現於實際水樣中針對雙酚A直接和選擇性的檢測。
Based on the combination of a photonic crystal (PC) and molecular imprinting polymer (MIP), we have developed a label-free molecularly imprinted sensor for Bisphenol A (BPA) detection with high sensitivity and fast response. The molecularly imprinted photonic crystal (MIPC) sensor was composed of a molecularly imprinted hydrogel film and a photonic crystal template which was constructed by self-assembled SiO2 colloids.
With salting-out effect, the detectable BPA concentration in the tap water was remarkably decreased to 0.03 mg/L with a detection limit of 6×10-3 mg/L. This sensor can be used to visually estimate the concentration of BPA in the water sample without the use of labeling technology and expensive instruments and is promising to be applied for on-site screening.
技能
奈米材料分析
- Scanning Electron Microscopy (SEM)
- Fourier Transform Infrared Spectrometer (FT-IR)
- Dynamic Light Scattering (DLS)
- UV-visible Spectrometer (UV-vis)
電腦能力
- Windows文書處理 : Excel、Outlook、Word、PowerPoint、Google線上工具
工作技巧
- 團隊合作
- 協調溝通能力
- 創意發想能力
- 問題解決能力
語言
- Chinese (Native)
- Taiwanese (Fluent)
- English (Fluent)
- German (Basic)
葉璨瑜 Tsan-Yu Yeh
I refer to myself as an efficient team player work with genuineness and passion, also I am an energetic, optimistic and considerate observer. I would love to devote myself to a highly intelligent and passionate team that I could work well with others, welling under pressure and assume responsibilities. To be well in every task, it is essential to have great communication skills, logical ability and stress resistance. With all the qualities and the training, I think I have been equipped with the skills necessary to tackle any difficulties. I firmly believe that the precious experiences with positive attitude will help me to adapt to all kinds of working situations including fast-paced and demanding environments. I am willing to receive opportunities and challenges with open arms.
國立交通大學環工所
: 0917209328/ : [email protected]
自傳
自我介紹
自小受到家庭環境影響，由於父母自營資訊公司，面對的客戶多為政府公家機關與各學校單位，也因此了解一些標案流程與相關法規，也因為父母工作的屬性，使我對自主管理有一定要求，遇到問題時都會積極面對，成為獨立自主且適應力極強的人；讀書之餘也會在家中公司處理基本業務、和客戶聯繫溝通處理相關事宜，通過與客戶往來的答覆，也養成觀察人事物的性格，懂得如何應對進退突發的事件，當進入新環境時，可以很好融入環境與他人共處；而當遇到壓力時，會保持樂觀且負責任的態度去面對。
個性養成
儘管父母工作忙碌，每年仍會撥出時間進行國外旅遊，經過多次走訪各國後，體驗到各式的風俗民情，每一次的際遇都是不一樣的體驗，永遠都忘不了第一次踏上歐洲心中的悸動 ” 這個世界太大，大的令人不知所措，唯有不斷努力才能與時俱進。”平時也會通過觀看各類節目與時事新聞，更多的去了解這個世界。在人生中遇到的各種經驗都是學習與成長，保持開放的態度、快速學習與溝同協調的能力，對各種人事物皆抱持著包容與尊重的態度，並樂於接受不同文化與各方想法也勇於表達自己的意見，過去的總總經歷，使我成為標準的行動派，積極面對問題，亦是十足的競技者，遇強則強。
提升解決問題與獨立的能力-研究所
初入研究所時，襲來的一切，舉凡課業上、研究上的事務都充滿未知與挑戰，抱持著這條路咬著牙也要走完的心，所有的一切都在努力後漸入佳境。在實驗上遇到任何問題都會先通過閱讀文獻獨自推敲出其原因，獨自解決該問題，倘若真的無法解決時，會通過與教授和同學討論分享彼此的想法，以得出最佳解。在研究所主要學習到如何發現問題、找出原因，並解決問題，通過多次的失敗與改善最終完成研究所的碩士論文得到屬於自己滿滿的成就感。
研究方向與專長
大學時期主修環境工程類別，相關科目包含水、空氣、土壤、噪音、固體廢棄物等，且環境污染與毒物專業領域皆有修習；研究所時期，從事高分子材料合成光結合光子晶體材料開發出高靈敏的感測器，應用於自來水中感測環境賀爾蒙的存在，並了解材料特性及污染物分析之方法。
Majored in environmental engineering in university, related subjects including water pollution, air pollution, soil, noise, and solid waste, etc., and also studied in the fields of environmental pollution and toxicants; during the research period, I was engaged in the synthesis of molecular imprinted polymer to combine with photonic crystal to develop a highly sensitive sensor to detect the presence of environmental trace amount of hormones in tap water, and to understand the characteristics of materials and methods of pollutant analysis.
學歷/ Education
國立交通大學 環境工程研究所 Sep 2018 - 2020
- 碩士論文: 分子拓印光子晶體應用於自來水檢測雙酚A
Title: Application of A Molecular Imprinted Photonic Crystal for Detection of Bisphenol A in Tap Water
- GPA 3.8/4.3 (Avg. Score: 84.48)/ Oral defense GPA 4.3/4.3 (Avg. Score: 92.0)
- 參與2019生物探研討會
- 取得德文A1檢定認證
- 通過專業無人空拍機筆試考照
私立逢甲大學 環境科學與工程學系 Sep 2014 - Jun 2018
- 擔任兩年班代
- 多益成績: 800
- 修習無人空拍機課程證書
- 幫助德文老師Daniel James Murphy修訂德文書《ALLES KLAR》出版
- 畢業專題: 逢甲大學二校區宿舍改建污水廠更新工程
台中市私立明道高級中學 高中部 Sep 2011 - Jun 2014
- 擔任辯論社公關
- 全國中學生讀書心得比賽優等
- 英檢GEPT中高級
- 和中國大陸北京四中進行交流
論文研究題目
題目: 分子拓印光子晶體應用於自來水檢測雙酚A
Title: Application of A Molecular Imprinted Photonic Crystal for Detection of Bisphenol A in Tap Water
雙酚A為常見的環境荷爾蒙，在身體中會與性荷爾蒙的受體結合引起性荷爾蒙失調，通常可經由飲用水、食物攝取，或日用品方式進入人體中。因此，監測我們所接觸水質中的雙酚A含量是很重要的課題。
基於光子晶體(Photonic Crystal, PC)和分子拓印技術(Molecularly Imprinted Polymer, MIP)的組合，本研究開發出一種可於自來水來中快速、無須標記針對雙酚A檢測的分子拓印聚合物智能感測器，通過鹽析效應提高本感測器的靈敏度於自來中感測範圍可達30 ppb- 0.6 ppm，最低偵測極限達6 ppb，此感測器可用於視覺推估水樣中雙酚A濃度，且無需使用標記技術和貴重儀器即可實現於實際水樣中針對雙酚A直接和選擇性的檢測。
Based on the combination of a photonic crystal (PC) and molecular imprinting polymer (MIP), we have developed a label-free molecularly imprinted sensor for Bisphenol A (BPA) detection with high sensitivity and fast response. The molecularly imprinted photonic crystal (MIPC) sensor was composed of a molecularly imprinted hydrogel film and a photonic crystal template which was constructed by self-assembled SiO2 colloids.
With salting-out effect, the detectable BPA concentration in the tap water was remarkably decreased to 0.03 mg/L with a detection limit of 6×10-3 mg/L. This sensor can be used to visually estimate the concentration of BPA in the water sample without the use of labeling technology and expensive instruments and is promising to be applied for on-site screening.
技能
奈米材料分析
- Scanning Electron Microscopy (SEM)
- Fourier Transform Infrared Spectrometer (FT-IR)
- Dynamic Light Scattering (DLS)
- UV-visible Spectrometer (UV-vis)
電腦能力
- Windows文書處理 : Excel、Outlook、Word、PowerPoint、Google線上工具
工作技巧
- 團隊合作
- 協調溝通能力
- 創意發想能力
- 問題解決能力
語言
- Chinese (Native)
- Taiwanese (Fluent)
- English (Fluent)
- German (Basic)