Aviation Inter-School Tournament Training
Duration
Language
90 Mins per Session
(Total 8 - 10 Sessions)
Cantonese / English
Who Should Attend
Primary Students & Secondary Students participating in tournament
Diversified Aviation Programme
Programme Overview
The Inter-School Tournament Training program aims to empower students with the skills and confidence they need to excel in aviation competitions. By fostering teamwork, enhancing technical abilities, and providing expert guidance, we prepare students not just for tournaments but for future success in aviation and beyond !
Programme Structure
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Our training program consists of four comprehensive approaches designed to equip students with the essential knowledge, flying techniques, personal skills, and mental readiness needed to excel in aviation tournaments.
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The content of our training program is specifically tailored to meet the unique needs of each school and the specific aviation tournament in which they are participating
Aviation Theory Tutoring
Flight Simulation Training
Team Building Exercise
Mock Competition
Well - Rounded Teaching Support
Programme Support
Our training program provides comprehensive support to help schools propel their aviation initiatives smoothly and effectively
Expert Instruction : The training is taught by licensed pilots and students will receive well-structured notes that summarise key aviation concepts, making it easier for them to revise and retain information.
Structured Selection : We offer a structured selection process to assist schools in identifying students who are not only interested in aviation but also motivated to unlock their potential.
Teacher Training : To equip teachers with the fundamental knowledge and flying techniques necessary to effectively support students in their aviation studies.
Event Highlights
Programme : STEAM - Aviation Experiential Programme (Wing's Programme)
Participating Student : P5 - P6 Students
"Students learn basic meteorology concepts through cloud observation, enabling them to predict upcoming weather changes by analyzing cloud formations."