已註冊過的校外人士，請先 登入 並報名活動。
| 活動分享網址 | https://activity.ncku.edu.tw/index.php?c=apply&no=17545 | ||
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| 活動名稱 |
三校（KAUST、KU 與 NCKU）學術交流研討會－第一場次：航太推進技術 |
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| 活動地點 |
自強校區 航太系 繼昌講堂  |
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| 活動開始 | 2026/05/26 09:00 | ||
| 活動結束 | 2026/05/26 11:00 | ||
| 入場時間 | 2026/05/26 08:30 | ||
| 承辦人聯絡資訊 | 謝德晨 | ||
| 承辦人電話 | 2345291 | ||
| 承辦人信箱 | 11306025@gs.ncku.edu.tw | ||
| 線上講座相關網站 | 網站連結 | ||
| 報名開始 | 2026/05/15 09:00 | ||
| 報名結束 | 2026/05/22 17:00 | ||
| 主辦單位 | 工學院 、 化工系、航太系、工科系 | ||
| 主要語言別 | English only | ||
| 育才網 |
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| 正取 | 5 / 80 | ||
| 備取 | 0 / 0 | ||
| 住宿生限制 | 無 | ||
| 公務人員時數 | 0 | ||
| 是否接受校外人員 | 是 | ||
| 報名需審核 | 否 | ||
| 是否提供餐點 | 否 | ||
| 是否需索票 | 否 | ||
| 限定外籍生參加 | 否 | ||
| 參與報到規定 |
此活動若報名未到，將列入主辦單位統計，若滿兩次者則啟動線上報名停權機制，下次現場報名時需完成簽到退才能自動解除 此活動若報名未到，將列入通識講座統計，若滿兩次者則啟動線上報名停權機制，下次現場報名時需完成簽到退才能自動解除 |
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| 參加限制 |
[編制內教職員]:全部 [非正式人員]:全部 [學生]:全部 [附屬單位]:附設醫院/附設高工, 共27種身分類別 |
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通識教育講座領域：自然與工程科學
(1)主講者：Dr. Djamal Darfilal
職稱：Research Scientist
服務單位：Department of Aerospace Engineering, Khalifa University
演講者學經歷：
Education:
Ph.D. (2012~2019) Department of Mechanical Engineering, University of Tlemcen, Algeria.
M.S. (2010~2012) Department of Mechanical Engineering, University of Tlemcen, Algeria.
B.S. (2007~2010) Department of Mechanical Engineering, University of Tlemcen, Algeria.
Experience:
(2022~Present) Research Scientist, Department of Aerospace Engineering, Khalifa University
Space Technology and Innovation Laboratory, Khalifa University.
(2019~2022) Senior Researcher, Satellite Development Center, Algerian Space Agency.
(2014~2019) Space System Engineer, Satellite Development Center, Algerian Space Agency.
Research Areas:
Aerospace, Space Systems, Space Propulsion, ADCS, Energetics, Green technologies.
大綱:
Investigating Water as a Strategic Space Propellant: KUSTIL’s Experimental Studies and Platform Development
ABSTRACT
Water is becoming a major resource for future space missions due to its inherent advantages like safety, availability, ease of storage and compatibility with in-situ resource utilization ISRU. Beyond its typical role as a consumable for life support, water can be exploited in chemical, electrothermal and electric propulsion systems. This work shows ongoing study at KUSTIL that sees water as an important part of sustainable propulsion. The work includes three main developments: (1) green monopropellant chemical thrusters based on the catalytic decomposition of Hydrogen Peroxide, (2) Hall Effect Thruster (HET) leveraging water electrolysis to produce hydrogen and oxygen, and (3) CubeSat compatible resistojet system that directly uses water as a propellant. By integrating both chemical and electric propulsion technologies within a unified water-based architecture, this study outlines a scalable propulsion ecosystem tailored for CubeSats and small spacecraft, this is consistent with the bigger ambition to develop water as a universal propellant for future space infrastructure and sustainable exploration.
