擔任化工群科中心113學年度委員
2024-08-01
ylyang@mail.ntust.edu.tw
Group Meeting
AI group Mon. 16:00 and Fri. 15:30
Molecular Simulation & Biosensor group Tue. 17:30
Polymer Membrane group Tue. 15:00
Office, Lab
NTUST ChE E2-505, E2-804
News
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2022-12-03
Education
為了使技術型高中的教學能夠與產業新科技及相關技術與議題相連結，培養學生接軌產業發展的能力與素養，強化其專業應用能力。本人目前正在化工群科中心編輯「AI在化工領域的教學大綱」，並準備培訓種子教師。誠摯歡迎業界提供現場案例，以供技術型高中教師與學生參考和學習。
Research
Deep Learning
(深度學習)
- Application in Chemical Engineering (化工中的應用)
Molecular Simulations
(分子模擬)
Solid-State Polymer Electrolytes for Lithium Metal Batteries (鋰金屬電池固態高分子電解質)
Biomedical Polymer Materials (生醫高分子材料)
Polymer Experiments
(高分子實驗)
- Solid Electrolytes in Lithium Metal Batteries (鋰電池固態高分子電解質)
- Biomedical Polymer Materials (生醫高分子材料)
Graduate and Undergraduate Student Recruiting
(研究生與專題生招生)
- Willing to learn and apply Python programming and the deep learning library PyTorch, with the ability to participate in industry-academia collaborations with major companies. (願意寫Python程式語言及深度學習套件PyTorch，並能夠參與大型企業的產學合作。)(專題生需要選修過系上開設的Python與機器學習的化工應用課程)
- Lithium metal batteries solid-state polymer electrolytes, biomedical materials, and separation processes, while being able to participate in academic collaborations with Taipei Medical University and industry-academia partnerships with the Industrial Technology Research Institute (ITRI). (鋰電池固態高分子電解質與生醫材料，並能參與台北醫學大學的學術合作與工研院的產學合作。)
- Interested in using molecular simulations to calculate the material properties of solid-state polymer electrolytes and biomedical materials, and integrating machine learning force fields to accelerate simulations. This research is in collaboration with the Australian Nuclear Science and Technology Organisation (ANSTO). (願意使用分子模擬進行固態高分子電解質與生醫材料計算材料物性，並結合機器學習力場加速模擬。該研究與澳大利亞核科學與技術組織（ANSTO）合作。)(專題生需要選修過系上開設的Python與機器學習的化工應用課程)
- Welcome those interested in cultivating bio-based optoelectronic materials Halobacterium salinarium, rotifers, and Chlorella for applications in the biomedical field, with the opportunity to participate in academic collaborations with Taipei Medical University. (歡迎有興趣在生醫領域應用培養生質光電材料嗜鹽菌、輪蟲和小球藻，並有機會參與與台北醫學大學的學術合作。)