賀！永續學程校友蘇法成獲聘為國立中興大學助理教授
日期 : 2026-04-28
蘇法成博士2020年於東海大學畢業，為永續學程第一屆畢業生。
畢業後繼續於國立中興大學深造，取得博士學位後，目前任職於國立中興大學循環經濟研究學院工業與智慧科技學位學程。
﹒專長 (Expertise):
奈米材料及碳奈米材料的合成化學 (Synthesis Chemistry of Nanomaterials and Carbon Nanomaterials)
親水性奈米碳角的在燃料電池的應用 (Applications of Hydrophilic Carbon Nanohorns in Fuel Cells)
電催化劑開發與合成 (Development and Synthesis of Electrocatalysts)
膜電極組裝 (Membrane Electrode Assembly Fabrication)
電化學與材料特性分析 (Electrochemical and Materials Characterization)
﹒開授課程 (Course):
奈米科技導論 (Introduction to Nanotechnology)
奈米加工技術 (Nano Fabrication Technology)
綠色高分子材料 (Green Polymer Materials)
光電材料概論 (Introduction to Electro-optic Material)
綠色製氫 (Towards Green Hydrogen Generation)
﹒研究方向 (Research area):
本人研究聚焦於金屬電催化材料與鹼性電化學能源系統，涵蓋奈米與碳奈米材料合成、親水性奈米碳角於燃料電池之應用、電催化劑開發、膜電極組裝及電化學分析，並應用於鹼性陰離子交換膜水電解、燃料電池與零間隙型鹼性陰離子交換膜二氧化碳電解槽，致力於促進碳資源循環利用、降低溫室氣體排放，以回應全球暖化與淨零轉型之挑戰。
My research focuses on metal electrocatalytic materials and alkaline electrochemical energy systems, encompassing the synthesis of nanomaterials and carbon nanomaterials, the application of hydrophilic carbon nanohorns in fuel cells, electrocatalyst development, membrane electrode assembly fabrication, and electrochemical analysis. These studies are applied to alkaline anion exchange membrane water electrolysis, fuel cells, and zero-gap alkaline anion exchange membrane CO₂ electrolyzers, aiming to promote carbon resource circular utilization, reduce greenhouse gas emissions, and address the challenges of global warming and net-zero energy transition.
畢業後繼續於國立中興大學深造，取得博士學位後，目前任職於國立中興大學循環經濟研究學院工業與智慧科技學位學程。
﹒專長 (Expertise):
奈米材料及碳奈米材料的合成化學 (Synthesis Chemistry of Nanomaterials and Carbon Nanomaterials)
親水性奈米碳角的在燃料電池的應用 (Applications of Hydrophilic Carbon Nanohorns in Fuel Cells)
電催化劑開發與合成 (Development and Synthesis of Electrocatalysts)
膜電極組裝 (Membrane Electrode Assembly Fabrication)
電化學與材料特性分析 (Electrochemical and Materials Characterization)
﹒開授課程 (Course):
奈米科技導論 (Introduction to Nanotechnology)
奈米加工技術 (Nano Fabrication Technology)
綠色高分子材料 (Green Polymer Materials)
光電材料概論 (Introduction to Electro-optic Material)
綠色製氫 (Towards Green Hydrogen Generation)
﹒研究方向 (Research area):
本人研究聚焦於金屬電催化材料與鹼性電化學能源系統，涵蓋奈米與碳奈米材料合成、親水性奈米碳角於燃料電池之應用、電催化劑開發、膜電極組裝及電化學分析，並應用於鹼性陰離子交換膜水電解、燃料電池與零間隙型鹼性陰離子交換膜二氧化碳電解槽，致力於促進碳資源循環利用、降低溫室氣體排放，以回應全球暖化與淨零轉型之挑戰。
My research focuses on metal electrocatalytic materials and alkaline electrochemical energy systems, encompassing the synthesis of nanomaterials and carbon nanomaterials, the application of hydrophilic carbon nanohorns in fuel cells, electrocatalyst development, membrane electrode assembly fabrication, and electrochemical analysis. These studies are applied to alkaline anion exchange membrane water electrolysis, fuel cells, and zero-gap alkaline anion exchange membrane CO₂ electrolyzers, aiming to promote carbon resource circular utilization, reduce greenhouse gas emissions, and address the challenges of global warming and net-zero energy transition.