比賽目的
Purpose of the Competition
本次比賽以「月球基地探索與人造太陽建設」為主題，透過 AI 機械人挑戰，培養學生的跨學科整合能力、創新思維及團隊合作精神。活動結合SWEETIE 教學法與STEAM 教育理念，讓學生在動手實作中學習科學、工程與人工智慧應用，並在探索未知的過程中培養心繫家國的使命感。
比賽亦呼應國家航天與能源發展願景模擬人類在月球建立前哨基地，探索氦-3 作為可控核聚變能源的重要價值，並透過建設「人造太陽」象徵未來清潔能源的突破。透過此比賽，學生能加深對中國航天成就與科技發展的認識，激發愛國情懷，並啟發他們投身創科領域，為國家與社會的未來作出貢獻。
The theme of this competition is “Lunar Base Exploration and Artificial Sun Construction.” It aims to cultivate students’ interdisciplinary integration, innovative thinking, and teamwork skills through AI robotics challenges. The event incorporates the SWEETIE pedagogy and STEAM education principles, enabling students to learn science, engineering, and AI applications through hands-on practice, while fostering a strong sense of commitment to the nation.
The competition also aligns with China’s vision in space exploration and energy development simulating the establishment of a lunar forward base, exploring helium-3 as a potential fuel for controlled nuclear fusion, and constructing an “Artificial Sun” as a symbol of future clean energy breakthroughs. Through this competition, students will gain a deeper understanding of China’s aerospace achievements and technological advancement, inspiring patriotism and encouraging them to engage in innovation and contribute to the future of the nation and society.
比賽日程 Schedule
簡報會及工作坊（教師及學生必須出席）
Briefing & Workshop (Compulsory)
2026年1月24日（六）09:30-17:00
舉行地點：保良局蕭漢森小學
24 Jan 2026 (Sat) 09:30-17:00
Venue: PLK Siu Hon Sum Primary School
技術支援及諮詢（自由參加）
Technical Support & Consultation (Optional)
2026年2月28日（六）
舉行地點：保良局百周年李兆忠紀念中學
共有4個時段
學校可任選其一參加
08:00-09:50
10:00-11:50
13:00-14:50
15:00-16:50
28 Feb 2026 (Sat) 8:00-17:00
Venue: PLK Centenary Li Shiu Chung Memorial College
Schools can choose to participate in any one of them:
08:00-09:50
10:00-11:50
13:00-14:50
15:00-16:50
比賽及頒獎典禮：
Competition, Presentation & Ceremony:
2025年4月11日（六）08:00-17:30
舉行地點：香港教育大學（大埔校園）文康運動綜合大樓 張海源室內運動場
11 Apr 2025 (Sat) 08:00-17:30
Venue: H.Y. Cheung Sports Hall, Amenities and Sports Complex (Block E), Tai Po Campus, EdUHK
比賽規則 Rules
本次賽事模擬 月球基地探索場景，學生設計並操控 AI 機械人，透過自動及手動操作的方式，在模擬的月球表面完成資源探索、基地建設及共同建設人造太陽等任務。比賽強調跨學科應用、合作精神與創新能力，參賽隊伍需在限定時間內完成多重挑戰，爭取最高分數。
This competition simulates a lunar base exploration scenario. Students will design and operate AI robots to complete missions such as resource exploration, base construction, and joint solar construction through autonomous and manual operations. The contest emphasizes interdisciplinary application, teamwork, and innovation. Teams must complete multiple challenges within a limited time to score maximum points.
(V2.1 Last updated: 25-Nov-2025)
比賽分組
Grouping
- 比賽組別
- 初小組 (小三–小四)
- 高小組 (小五–小六)
- 初中組 (中一–中三)
- 每隊需有三至四位學生
- 小學每校初小組、高小組各一隊
- 中學每校可派出初中組一隊
- Contest Category
- Junior Primary (P3–P4)
- Senior Primary (P5–P6)
- Junior Secondary (S1–S3)
- 3 – 4 Students in each team
- Each primary school may send one team in Junior Primary and one team in Senior Primary
- Each secondary school may send one team in Junior Secondary
各組別獎項
Awards for Each Group
各組別均設以下獎項（冠軍、亞軍、季軍、殿軍）：
Each category has the following awards
(Champion, First Runner-up, Second Runner-up, Fourth Runner-up):
AI航天探索獎 AI Space Exploration Award
比賽當日即時計分，最終成績以 五場比賽中四場最高分的總和 決定名次。此獎項是比賽的最高榮譽，表彰在整體任務表現最優秀的隊伍。
Scored in real time during the competition. Final ranking is based on the sum of the four highest scores out of five rounds. This is the highest honor of the competition, recognizing teams with the best overall performance.
星火耀揚獎 Starfire Solar Award
比賽當日即時計分，根據各隊在 「共同建設人造太陽」任務 中的 最高分數總和 決定名次。表彰最能展現合作精神與創新能量的隊伍。
Scored in real time during the competition. Rankings are based on the total of the highest scores in the “Joint Solar Construction” mission. This award recognizes the teams that best demonstrate cooperation and innovative energy.
工程設計獎及卓越演講獎
Engineering Design Award & Excellence in Presentation Award
所有參賽隊伍只需於比賽前兩星期提交 一條約三分鐘短片，同時參與 「工程設計獎」 及 「卓越演講獎」 的評選。短片內容需介紹機械人的設計理念、結構特色、創新概念及團隊的創意思維。
初小組（小三–小四）
大會將根據參賽隊伍所提交的短片直接評分，決定「工程設計獎」及「卓越演講獎」的名次，無需即場匯報與答辯。
高小組（小五–小六）及初中組（中一–中三）
大會將根據短片進行初步評分，並於每組別中選出 八隊入圍隊伍。
入圍隊伍需於比賽當日進行 即場匯報與答辯，由評判綜合影片及即場表現，最終決定兩個獎項的名次。
評分重點
工程設計獎：創意性、工程水準及功能表現
卓越演講獎：表達清晰度、邏輯結構、團隊合作及臨場反應
All participating teams are required to submit one 3-minute video two weeks before the competition. This single video will be used for both the Engineering Design Award and the Excellence in Presentation Award. The video should introduce the robot’s design concept, structural features, innovative ideas, and the team’s creative thinking.
Junior Primary (P3–P4)
Results for both awards will be determined solely based on the submitted video, and teams are not required to attend any live presentation or Q&A session.
Senior Primary (P5–P6) and Junior Secondary (S1–S3)
The organizing committee will conduct an initial evaluation based on the videos and shortlist eight teams per division.
These shortlisted teams will participate in a live presentation and Q&A session on the competition day. Final rankings for both awards will be determined by judges, considering both the video and live performance.
Assessment Criteria
Engineering Design Award: Creativity, engineering quality, and functionality
Excellence in Presentation Award: Clarity, logical structure, teamwork, and responsiveness
參賽器材要求
各參賽隊伍需自行設計與組裝 AI 機械人，硬體不設指定限制，但必須符合比賽規則，包括尺寸、安全及技術要求。機械人一般建議具備驅動馬達、伺服馬達及感測器，以便完成自動探索、資源運輸及基地建設等任務。隊伍可根據策略，自主選擇輪子、履帶或其他結構，並可加裝額外感測器或改裝機械爪，以提升任務效率與穩定性。
Equipment Requirements
Teams must design and build their own AI robots. No specific hardware is required, but all robots must comply with the competition rules, including size, safety, and technical standards. Robots are recommended to include drive motors, servo motors, and sensors to complete tasks such as autonomous exploration, resource transport, and base construction. Teams may choose wheels, tracks, or other structures, and add sensors or modify grippers to improve efficiency and stability.
多元場地設計與挑戰
比賽場地以 月球基地探索 為主題，模擬未來人類在月球建立前哨基地，並為火星探測任務作準備。場地包含資源探索區、月球表面坑洞障礙、航天著陸區、基地建材區及人造太陽建設區。場景設計不僅考驗機械人的自動識別與行駛能力，亦模擬真實太空探索中的不確定性與挑戰。
Diverse Venue Design and Challenges
The field is themed around lunar base exploration, simulating humanity’s future establishment of a forward base on the Moon in preparation for Mars exploration. It includes resource zones, lunar surface obstacles, landing zones, base material areas, and solar construction zones. The design tests robots’ autonomous recognition, navigation, and adaptability to realistic space challenges.
自動探索與資源運輸階段
比賽首階段為 自動運行。AI 機械人需透過循線導航與影像識別，完成氦-3 資源塊與礦物資源塊的探索、夾取與運輸，並避開輻射物體。正確的資源分類與高效運輸是關鍵評分標準。這一環節寓意中國航天探索月球的目標之一 —— 開發氦-3 作為未來聚變能源的重要原料。
Autonomous Exploration & Resource Transport
The first stage is autonomous operation. Robots must use line-tracing and vision recognition to identify, pick up, and transport helium-3 and mineral resource blocks while avoiding radioactive objects. Accurate classification and efficient transport are key scoring standards. This reflects one of China’s lunar exploration goals: developing helium-3 as a critical fuel for future fusion energy.
基地建設與合作建設階段
第二階段為 手動操控。參賽隊伍需操控機械人，將建材運輸至指定基地區域，搭建穩定結構或特定造型的月球基地，考驗工程設計能力與操作精準度。
最終，雙方隊伍需攜手在場地中央完成 「人造太陽」建設：運輸外殼組件並激發氦-3 能源，點亮象徵未來能源的人工太陽。此任務呼應我國在 可控核聚變與清潔能源 領域的發展願景。
Base Construction & Joint Solar Construction
The second stage is manual control. Teams must operate their robots to transport building materials to designated zones and construct stable or specific base structures, testing engineering design and precision.
Finally, both teams will collaborate to build a “human-made sun” at the center: transporting shell components and activating helium-3 energy to light up an artificial sun symbolizing future energy. This reflects China’s vision in nuclear fusion and clean energy development.
實時應對與策略調整
比賽過程中允許機械人重置，隊伍需快速應對場地突發情況並調整策略。在自動任務與手動任務的銜接中，如何兼顧效率與準確度，將是能否脫穎而出的關鍵。
Real-Time Response and Strategy Adjustment
Robots may be reset during the match. Teams must quickly adapt to unexpected challenges and adjust strategies. The transition between autonomous and manual tasks will test teams’ ability to balance efficiency and accuracy.
違規處理與技術約束
比賽規則強調公平與規範。若機械人出現不當操作（如破壞場地道具、錯誤分類資源、未完成既定步驟即進行下一任務），將被扣分或取消相關成績。參賽隊伍必須遵守技術標準，確保競賽在公平、安全與規範下進行。
Violation Handling and Technical Constraints
The competition emphasizes fairness and compliance. Robots performing improper actions (e.g., damaging props, misclassifying resources, skipping required steps) will be penalized or disqualified from the task. Teams must adhere to technical standards to ensure a fair, safe, and regulated competition.
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