2021航天青年大使計劃

Aerospace Youth Ambassador Program

激勵下一代

脫離虛擬世界 讓孩子學業及事業啟動起飛 

Aerospace Youth Ambassador Program

Full Course - Captain Level


All courses are taught by current licensed local and expat airlines pilots Full Course - Captain Level2 Compulsory Classroom Session

  • 12 Theoretical knowledge Session
  • 12 Flight Simulator Session
    • 10 Fixed Based Cessna Simulator
    • 2 Full motion Airbus Simulator**
  • Simulators flown includes
    • Airbus A320
    • Robinson R22 Helicopter
    • Diamond DA42 Twin Star
  • 12 Total Sessions, each session duration approx. 1.5 hours
HK$10,000 **Civil Aviation Department certified Full Motion Level D Flight Simulator Junior Program 4-9 years old Youth Program 10-15 years old Adult Program 16 years old and above




Short Course - Copilot Level


All courses are taught by current licensed local and expat airlines pilots Short Course - Copilot Level

  • 2 Compulsory Classroom Session
  • 4 Theoretical knowledge Session
  • 4 Flight Simulator Session
    • 3 Fixed Based Cessna Simulator

    • 1 Full motion Airbus Simulator**

  • Simulators flown includes
    • Airbus A320
    • Robinson R22 Helicopter
    • Diamond DA42 Twin Star
  • Total 4 Session, each session duration approx. 1.5 Hours

Course Fees HK$4,000

**Full motion Simulator Certified by Civil Aviation Department Junior Program 4-9 years old Youth Program 10-15 years old Adult Program 16 years old and above




Course Summary


Compulsory Session 1

  • Classroom Setting & Leadership workshop
  • Pilot Rubric
Compulsory Session 2
  • Introduction to the Flight Simulator
  • Fundamentals of Flight & Simulator lesson
Class 3A (4 Theoretical knowledge Session + 4 Flight Simulation)
  1. Anatomy of Aircraft
  2. Four Forces of Flight
  3. Flight Instruments and Simulation lesson
  4. Fundamentals of Takeoff & Simulation lesson
Class 3B (4 Theoretical knowledge Session + 4 Flight Simulation)
  1. Creative Writing: Research Aviation History & Paper
  2. Fundamentals of Landing & Simulation lesson
  3. Flying a Traffic Pattern & Simulation lesson
  4. Math & Science in Aviation & Worksheet
Class 3C (4 Theoretical knowledge Session + 4 Flight Simulation)
  1. Creating Writing Heritage Research and Paper
  2. Basic Navigation and Simulation lesson
  3. Weight and Balance & Worksheet
  4. Fundamentals of Weather
  • Full Course = Compuslsory Session 1 & 2 + Class 3A, 3B & 3C
  • Short Course = Compuslsory Session 1 & 2 + Class 3A or 3B or 3C **
** For students taking the short course, they must complete the course in order. For example, must first complete 3A before they can proceed to 3B, so on and so forth




Course Outline - Introduction to the Flight Simulator


  • Intro To The Flight Simulator
    • Demonstrate yoke movements - up and down, left and right
    • Demonstrate how the throttle
    • Indicate where the 100%, 75%, 50%, 25% and 0% is for each slider
    • Demonstrate how the rudder pedals move
    • Exhibit how the brakes work by pressing your toes down on the top of the pedals
    • Launch the flight simulation from the control panel and begin Mission 1: Fundamentals of the Control Surfaces
    • Students to observe
  • Classroom Setting
    • Establish teams of 3-5 students
    • Assign responsibilities: Pilot, Copilot, Navigator, ATC / Assessor for the operating pilot
    • Review the skills accomplishments in the Rubric
  • Flight Plan
    • Review the concept of planning a flight
    • Explore: what are the components of a planned flight?




Course Outline - Flight Simulation - Practical Flying


  • Takeoff
    • Research & understand how much speed is needed to generate enough lift to take off
    • Analyze what a ‘stall’ is; interrupted airflow is over the wing, reducing lift
    • Examine the location of Hong Kong Airport (VHHH) in Chek Lap Kok
    • Locate old Kai Tak Airport on Google Maps
    • Find this airfield on the aviation chart for New York
    • Flight Simulation: Fundamentals of Takeoff
  • Landing The Plane
    • Perform a takeoff and landing in one flight; research and study the flight plan
    • Note the runway heading during takeoff and landing
    • Examine the aviation skills of each student
  • Navigation: Fly To Destination
    • Note: This subject can be very deep, separate content into pieces students can absorb
    • Research the Rules of Separation, which prevent planes from colliding
    • Plan a flight from Hong Kong to the Macao
    • Apply math in creating your flight plan and explore the compass heading
    • Study the radio navigation aids: VOR, ILS and NDB
  • Plan to fly the cross country flight mission in the simulator
    • Investigate the stall speed for the specific aircraft selected
    • Examine the chart of the airport’s runways making note of the markings
    • Prepare for landing the aircraft by using wing flaps to increase lift at low speed
    • Control the aircraft’s airspeed on approach by using the throttle and flaps
    • Flight Simulation Mission: Fundamentals of Landing in the simulator
  • Flying The Traffic Pattern
    • Perform a takeoff and landing in one flight; research and study the flight plan Note the runway heading during takeoff and landing Examine the aviation skills of each student




Course Outline - Flight Simulation - Principle of Flights


  • Six Degrees Of Freedom (DOF)
    • Explore: What are degrees of freedom, pitch, roll, yaw, vertical, longitudinal, lateral?
    • Review how the position of an aeroplane is monitored in DOF terms
    • Build a paper airplane to demonstrate the basic physics of flight
  • Fundamentals Of Flight Controls
    • Explore how to use the yoke to control pitch and roll
    • Explore how to use the rudder to control yaw
    • Explore how to use the throttle to control thrust
    • Review the switches on the yoke
  • Anatomy Of An Airplane
    • Explore a brief history flight and how Aviation changed the world forever
    • Review the components of an aeroplane
    • Explore the different mechanical systems work together to make the aeroplane fly
    • Explore different types of aircrafts such as Balloons, Gliders, Fixed Wing Helicopters, Rockets and Jets




Course Outline - Aviation Knowledge - STEM


  • Weight And Balance (Advanced)
    • Research the physics of why aircraft cannot fly out of balance
    • Study and explain what Center of Gravity (CG) is
    • Learn what a Fulcrum is and how it is used
    • Place weights & fulcrums in different locations and observe the centre of gravity move
    • Explore balancing the aircraft for flight with fuel and cargo
  • Forces Of Flight: Applying Physics
    • Explore the forces and how they present themselves in the world
    • Explore concepts of lift, thrust, drag, gravity and weight
    • Discuss how to overcome one force with another
    • Discuss how to achieve thrust and lift
    • Discuss how Newton and others understood and applied the forces of nature
    • Explore how to locate and define your position on earth
  • Flight Instruments: adv. Physics
    • Explore: what are instruments and how are they used to understand what is happening with the aircraft?
    • Explore how instruments function and understand their read-outs
    • Flight Simulation Mission: Fundamentals of Instruments
    • Aviation Math Project
    • Explore key facts about the selected aircraft and a planned flight
    • Compute solutions for time, flight distance and fuel consumed
    • Explore math applications in aviation
  • Weather
    • Note: This subject can be very deep, separate content into pieces students can absorb
    • Observe and study different types of clouds and the formations they make
    • Learn what prevailing winds are and how they impact flight
    • Study the Jet Stream and its effect on weather patterns
    • Research and explain the hazards of bad weather and how this affects flights




Course Outline - Aviation Knowledge - Languages


  • Creative Writing: Aviation History
    • Instruct students to research an aviator; compile images and pertinent information about the aviator’s history and achievements
    • Students create a PowerPoint presentation on the subject
  • Writing Project: Family Heritage
    • To identify their family’s region of ancestry and explore the location on Internet Maps
    • Study geography, topography, weather patterns and conditions of this location
    • Find an airfield near the location of ancestry and create a flight plan
    • Fly the planned flight and note the geography that was researched
    • Students create a PowerPoint or write a story about what they have learned





2021航天青年大使計劃 - 計劃詳情 2021

常規課程 機長級


課程全部由現職持牌本地及外籍民航機師執教 常規課程 機長級

  • 2 堂必修課
  • 12 堂航空理論知識課程 (3A+3B+3C課程)
  • 12 堂模擬飛行課程
    • 10 堂固定飛行模擬器
    • 2 堂民航處認可全動感飛機模擬器 (某航空公司飛行培訓中心舉行)**
  • 頒獎典禮
  • 飛行模擬器包括
    • 空中巴士A320客機
    • 羅賓遜 R22 直升機
    • 鑽石DA42雙引擎輕型飛機
  • 共12節課 每節課約 1.5 小時
課程費用 HK$10,000 **民航處認證的全動感飛行模擬器 兒童班4-9歲 青少年10-15歲 成人班16歲或以上**




短期課程-副駕駛級


課程全部由現職持牌本地及外籍民航機師執教

  • 2 堂必修課
  • 4 堂航空理論知識課程 (3A, 3B 或3C 課程)
  • 4 堂模擬飛行課程
    • 3 堂固定模擬器
    • 1 堂民航處認可全動感飛機模擬器 (某航空公司飛行培訓中心舉行)**
  • 飛行模擬器包括
    • 空中巴士A320客機
    • 羅賓遜 R22 直升機
    • 鑽石DA42雙引擎輕型飛機
  • 共4節課 每節課約 1.5 小時
課程費用 HK$4,000 **民航處認證的全動感飛行模擬器 兒童班4-9歲 青少年10-15歲 成人班16歲或以上**




課程摘要


必修課1

  • 課堂環境與領導力研討會
  • 飛行員專欄和和崗位責任制
必修課2
  • 飛行模擬器簡介
  • 飛行與模擬器基礎與模擬飛行課程
3A班 - 4個航空理論知識單元+ 4個模擬飛行課程
  • 飛機解剖
  • 飛行原理
  • 飛行儀表介紹與模擬飛行課程
  • 起飛的基礎知識與模擬飛行課程
3B班 - 4個航空理論知識單元+ 4個模擬飛行課程
  • 創意寫作:研究中國和香港航空歷史與論文
  • 著陸的基礎知識與模擬飛行課程
  • 機場巡迴飛行基礎與模擬飛行課程
  • 數學與科學航空家庭作業
3C班 - 4個航空理論知識單元+ 4個模擬飛行課程
  • 創意寫作歷史研究與論文
  • 基本導航和模擬飛行課程
  • 體重和平衡作業
  • 氣象基礎知識




課程簡介 - 模擬飛行課程 - 飛行模擬器運作簡介


  • 飛行模擬器運作簡介
    • 演示控制桿運作-上下,左右
    • 演示油門控制如何上下滑動
    • 指出每個滑塊的100%,75%,50%,25%和0%的位置
    • 演示方向舵踏板如何移動
    • 通過將腳趾向下壓在踏板頂部來展示腳趾制動煞車系統的工作方式
    • 從桌面啟動飛行模擬軟件並打開任務1:控制基礎表面
    • 學生觀察飛機模擬器運作
  • 課堂教學環境
    • 建立3-5名學生的團隊
    • 分配職責:駕駛員,副駕駛員,空中交通管制員,操作飛行員的評估員/評估員
    • 回顧專欄中的技能成就
  • 飛行計劃
    • 認識計劃飛行的概念
    • 探索:計劃航班的組成部分是什麼?




課程簡介 - 模擬飛行課程 - 飛行基礎


  • 六自由度(DOF)
    • 探索:什麼是自由度,俯仰,滾動,偏航,垂直,縱向,橫向?
    • 查看如何使用六自由度術語監控飛機的位置
    • 建造一架紙飛機來演示飛行的基本物理原理
  • 飛行控制基礎
    • 探索如何使用控制叉來控制俯仰和橫滾
    • 探索如何使用方向舵控制偏航
    • 探索如何使用油門控制推力
    • 審查關於控制軛開關
  • 飛機大解剖
    • 探索簡短飛行史以及航空如何永久改變世界
    • 審查飛機的組成部分
    • 探索可共同使飛機飛行的不同機械系統
    • 探索不同類型的飛機,例如熱氣球,滑翔機,固定翼直升機,火箭和噴氣式飛機




課程簡介 - 航空理論知識單元 - STEM


  • 重量和平衡(高級)
    • 研究為什麼飛機不能失衡的物理學
    • 研究並解釋什麼是重心(CG)
    • 了解什麼是支點及其使用方法
    • 將重物和支點放在不同的位置,並觀察重心移動
    • 探索平衡飛機在飛行中的燃料和貨物
  • 飛行力:應用物理學
    • 探索的力量,以及他們如何展示自己在世界
    • 探索升力,推力,阻力,重力和重量的概念
    • 討論如何克服另一種力量
    • 討論如何實現推力和升力
    • 討論牛頓和其他人如何理解和運用自然力量
    • 探索如何定位和定義您在地球上的位置
  • 飛行儀器:高級物理
    • 探索:什麼是儀器?如何將它們用於了解飛機的狀況?
    • 探索儀器的功能並了解其讀數
    • 飛行模擬任務:儀器的基本原理
  • 探索航空數學
    • 探索有關所選飛機和計劃飛行的關鍵事實
    • 計算時間,飛行距離和燃料消耗的解決方案
    • 探索航空中的數學應用
  • 氣象基礎知識
    • 注意:此主題可能很深,將內容分成小部分,學生可以吸收
    • 觀察和研究不同類型的雲及其形成的地層
    • 了解什麼是盛行風以及它們如何影響飛行
    • 研究急流及其對天氣模式的影響
    • 研究和解釋惡劣天氣的危害及如何影響航班




課程簡介 - 模擬飛行課程- 實際模擬飛行


  • 起飛的基礎
    • 研究並了解需要多少速度才能產生足夠的升力才能起飛
    • 分析什麼是“失速”; 機翼上方的氣流中斷,從而降低升力
    • 檢查赤臘角香港機場(VHHH)的位置
    • 在Google地圖上找到舊啟德機場
    • 在香港航空圖上找到該機場
    • 飛行模擬器任務:起飛的基本原理
  • 飛行儀器:高級物理
    • 調查所選飛機的失速速度
    • 檢查機場跑道圖,並記下標記
    • 通過使用機翼襟翼增加低速升力來準備降落飛機
    • 使用油門和襟翼控制飛機進近時的空速
    • 飛行模擬任務:模擬器著陸的基本原理
  • 巡迴機場的基礎
    • 在一次飛行中執行起降; 研究飛行計劃
    • 注意起飛和降落期間的跑道航向
    • 檢查每個學生的飛行技能
  • 導航:飛往目的地
    • 注意:此主題可能很深,將內容分成小部分,學生可以吸收
    • 研究分離規則,防止飛機碰撞
    • 計劃從香港飛往澳門的航班
    • 在建立飛行計劃中應用數學並探索指南針方向
    • 學習無線電導航輔助工具:VOR,ILS和NDB
    • 計劃在模擬器中執行越野飛行任務




課程簡介 - 航空理論知識單元 - 兩文三語


  • 創意寫作:航空史
    • 指導學生研究飛行員; 彙編有關飛行員歷史和成就的圖像和相關信息
    • 學生創建關於該主題的PowerPoint演示文稿
  • 寫作項目:家族傳承
    • 指導學生識別他們家庭的祖先地區,並在網上地圖上探索位置
    • 研究此位置的地理,地形,天氣模式和條件
    • 在祖先所在地附近找到一個飛機場並製定飛行計劃
    • 飛行計劃中的航班,並註意所研究的地理位置
    • 學生創建PowerPoint或撰寫有關所學知識的故事





 
 

課程樣本