Practical training designed to help educators confidently integrate drones into STEM, coding, engineering, and project-based learning.
Building Educator Skills for Drone-Based Learning
Effective drone education requires more than product operation. Confident teaching starts with a complete skill set — from understanding the technology to applying it effectively in the classroom.
01
Drone Knowledge
Understand drone technology, flight principles, safety, and educational applications.
02
Technical Skills
Develop practical skills in assembling, configuring, operating, and troubleshooting educational drones.
03
Coding & Programming
Develop practical experience creating and testing drone-based programming activities for the classroom.
04
Teaching & Classroom Practice
Learn how to integrate drone technology into meaningful STEM, coding, and project-based learning activities.
A Structured Path from Fundamentals to Classroom Application
The following curriculum is an example of a LiteBee teacher training program, not a fixed course package. Training modules can be selected, expanded, or customized based on educational goals, teacher experience, training duration, products, and project requirements.
01
- History of drones
- Drone definitions & classifications
- Applications
- Regulations & flight safety
- Flight principles
- Four-rotor mechanics
- Basic flight movements
Drone Fundamentals
02
- Drone components
- Brix Ⅲ assembly
- Assembly configurations
- Pre-flight inspection
- Remote controller
- Pairing & calibration
- Takeoff & landing
- Directional flight
- Basic flight paths
- Flight exercises
Brix Ⅲ Hands-on Training
03
- Product configuration
- Components & accessories
- Flight modes
- Controller settings
- Pairing & calibration
- Basic flight operations
- Flight exercises
- LiteBee Go App
- App-based control
Wing Hands-on Training
04
- Scratch
- Block-based programming
- Programming fundamentals
- Project-based coding
- Single-drone programming
- Point landing
- Straight-line flight
- Rectangular flight
- Flight light shows
- Flight performances
- Formation programming
Coding & Drone Programming
Learn. Build. Fly. Code. Apply.
Our training is built around hands-on practice. Educators learn, build, fly, and code with the same tools and activities they can later bring into their classrooms.
Learn
Understand drone technology, STEAM concepts, and how drones can support classroom learning.
Build
Assemble, configure, and prepare educational drones for hands-on activities.
Fly
Develop confidence in safe flight control, navigation, and practical flight exercises.
Code
Create and test drone programs using block-based programming and project-based activities.
Teach
Apply what you have learned to classroom activities, STEM projects, and student learning experiences.
Build Your Drone Education Program From teacher skills to classroom implementation, we can help you design a training program around your educators, equipment, curriculum, and learning objectives.
Who Can Benefit from LiteBee Teacher Training?
Schools & Educational Institutions
STEM Training Organizations
STEM Educators
Computer Science Teachers
Education Providers & Integrators
K-12 Teachers
Technology Teachers
After-School Program Instructors
THE BIGGER PICTURE
Teacher training is the starting point for building a sustainable drone-based learning program. With the right skills, educators can bring drones into hands-on STEM, coding, engineering, and project-based learning — supported by LiteBee products, software, and educational resources.
STEM Learning · Coding & Programming · Robotics & Engineering · Project-Based Learning · Drone Programming · Formation Flight Projects
How LiteBee Partners With You for STEM Success
We partner with you every step of the way, delivering tailored solutions that drive growth, efficiency, and lasting success.