Drone Course
Maker Workshop
Bamboo dragonfly, kites, and drones
Different eras, different ways to play
What flies are the children’s imagination
The Maker Workshop will lead children
Into the interesting world of drones
Benefits of Learning
01
Multidisciplinary integration, comprehensive improvement of scientific thinking
02
Train children’s ability to discover, analyze, and solve problems
03
Develop children’s hands-on skills, concentration, sharp thinking, and other comprehensive qualities
04
Cultivate good psychological quality and independent ability
05
Participate in drone competitions and gain honors
Competition Overview
International Aerial Robot Competition (Asia-Pacific Region) Obstacle Racing
Young Silicon Valley – National Youth Artificial Intelligence Education Achievement Exhibition Competition
Artificial Intelligence Robotics Competition – Drone Obstacle Racing Challenge
National Youth Drone Competition
Rotor Race Individual Flight Competition (XGF)
……
Past Competitions
Review
Course Details
CHUANG KE
Drone Enlightenment
💡Suitable Age: 4-7 years old
Teaching Content
Flight Exploration
Introducing stories of humanity’s pursuit of flight from ancient to modern times, inspiring children’s interest in flight and enlightening their spirit of scientific exploration.
Technology Production
Hands-on production of various aerospace models, exploring the principles of various flying platforms, cultivating children’s scientific literacy, and broadening their technological horizons.
Little Drone
Engineer
Using building blocks as a medium, construct several internationally renowned drones, understand the structural characteristics of drones, build children’s mechanical cognition ability, enhance their hands-on ability, and cultivate their imagination.
Little Pilot
Development Plan
Fun flight course arrangement, leading children to control child-friendly drones in stages, sparking children’s interest in flying, exercising their hand-eye coordination, and developing their left brain.
Drone Basics
💡Suitable Age: 3rd grade and above
Teaching Content
Drone Theory
By learning the principles and knowledge of drones and completing the assembly of drones, cultivate students’ independent thinking and ability to complete tasks independently; social activity skills; language expression skills; organizational skills; data collection and processing skills; hands-on practice skills; innovation awareness and innovation ability.
Drone Assembly
By learning the principles and knowledge of drones and completing the assembly of drones, cultivate students’ independent thinking and ability to complete tasks independently; social activity skills; language expression skills; organizational skills; data collection and processing skills; hands-on practice skills; innovation awareness and innovation ability.
Drone Simulation Flight
Learn the debugging and use of simulators, establish control feel using simulators to lay a good foundation for future real flight practice.
Drone Practical Flight
Complete basic flight maneuvers and route flight practice, using the accompanying obstacle course to practice flying through obstacles, laying the foundation for flight competitions.
DIY Maker Drone
💡Suitable Age: 3rd grade and above
Teaching Content
Maker Production
Analyze and explain the various unit structures of flying vehicles, allowing students to understand their roles and functions, using modular materials for students to independently complete the production of a drone, requiring design based on their own knowledge, and finally facilitating creative exchange and sharing.
Project Challenge
Learn to control flying vehicles, explain flight principles, experience the joy of flying, complete three themed challenges, debug and modify flying vehicles, and finally hold a flying competition with awards.
Principle Exploration
Introduce the application and development of flying vehicles as a teaching introduction, raise problems to be solved, assemble and debug model airplanes, conduct data analysis, learn Bernoulli’s principle and Newton’s laws, and ultimately verify and breakthrough scientific principles through group discussions.
Beautification and Modification
Learn about primary colors, secondary colors, intermediate colors, and color psychology to enhance students’ artistic abilities, choose a theme for creation, and modify flying vehicles.
Innovative Smart Manufacturing
Introduce the concept of FPV, install cameras on drones, and create the most popular FPV goggles from ordinary cardboard, connecting them to flying vehicles, attempting to control flights from a first-person perspective, and encouraging students to design and create their ideal flying vehicles.
Drone Programming Course
💡Suitable Age: 3rd grade and above
Teaching Content
Theoretical Exploration
Learn about the concept and classification of drones. Understand the components and layout of drones, explore the principles of drone flight and control. Understand the development and application of drones.
Drone Programming Flight
Combine with subject knowledge, use graphical programming to control drones to complete tasks such as route flight, geometric pattern flight, flying through obstacles, and team flight, fully mastering drone control algorithms and programming methods, enhancing comprehensive programming application abilities.
Smart Hardware Application Program Writing
Using drones as carriers, equipped with LED strips, cameras, and other smart hardware, complete intelligent applications such as drone searching, identifying objects, tracking flights, and following paths through project-based challenges, learning to write comprehensive application programs for drones and smart hardware.
● Drone Aerial Photography
💡Suitable Age: 3rd grade and above
Teaching Content
Aerial Photography Theory
Learning the theory of drone aerial photography, including the origin of aerial photography, its applications, principles, photography knowledge, high-altitude composition, aerial photography flight control techniques, and post-production.
Aerial Photography Practice
According to the knowledge learned, unleash students’ creativity and innovation, practically control aerial photography practice machines, and complete drone aerial shooting.
Work Appreciation
By allowing students to appreciate a sufficient number of excellent aerial photographs and videos, students can learn about shooting techniques and expressive logic of aerial photography, while expanding their imagination and creativity, enhancing their aesthetic appreciation of art.
Post-production
Using design software to beautify and modify aerial photography works, making them more visually appealing and creative, while post-production work appreciation can expand students’ imagination and creativity, enhancing their aesthetic appreciation of art.
Registration Details
CHUANG KE
Drone Enlightenment Course
Multidisciplinary cross-teaching, the course covers engineering, science, nature, etc., with strong interest and easy implementation. There are parent-child activities where children and parents work together to complete projects, enhancing parent-child relationships and accompanying children’s happy growth.
Course Hours: 40 hours
Drone Basics Course
Through theoretical exploration, simulation flight, experiential exploration, practical production, real flight practice, and competition challenges, enhance students’ hands-on practical ability, language expression ability, teamwork ability, creativity, and organizational coordination ability.
Course Hours: 30 hours
DIY Maker Drone Course
Through creative production, project challenges, principle exploration, beautification and transformation, and innovative smart manufacturing, enhance students’ hands-on practical ability, language expression ability, teamwork ability, creativity, organizational coordination ability, innovative design ability, artistic creation ability, and tool usage ability.
Course Hours: 30 hours
Drone Programming Course
Integrating maker education, programming education, and drone education can enhance students’ hands-on ability, programming practice ability, and creativity, opening the door to interest in the upcoming era of artificial intelligence.
Course Hours: 30 hours
Drone Aerial Photography
Explain the application, structure, and basic knowledge of aerial photography drones, detailing how to safely conduct aerial photography, safe flying, high-altitude composition, and the basic actions and techniques of aerial photography, briefly introducing the post-editing software needed for aerial photography. Through beautification and modification, appreciate the beauty brought by aerial photography works.
Course Hours: 30 hours
About Us
GUANG KE
School Address
Contact Information
Teacher Rong: 19935125533
Teacher Kitty: 19135035393
