Course Details

Courses Descriptions

A STEM course on the UAV & Drone segment for kids combines hands-on activities with core science and technology principles, introducing young learners to drone mechanics, flight, coding, safety, and real-world applications. The course should be age-appropriate and focus on interactive learning and creativity.

Course Structure

• Duration: 10-12 weeks

• Mode: Blended (Online video classes, live workshops, project kits)

• Age Groups: 8–10, 11–15 (content and complexity tailored accordingly)

Core Modules

Introduction to UAVs & Drones

• What are drones? Uses of drones in everyday life

• Safety and basic rules for operating drones

• Drone types: Fixed wing, rotary wing, quadcopters

Drone Technology Fundamentals

• Principles of flight (aerodynamics, forces, controls)

• Drone parts (frame, motors, propellers, sensors, batteries)

• Assembling simple classroom drones and identify components

Hands-On Flight Skills

• Manual control: practicing takeoff, landing, navigation

• Fun flying missions and obstacle course challenges

• Drone racing for teamwork and spatial awareness

Coding and Autonomous Flight

• Block-based coding using platforms like Scratch or DroneBlocks

• Simple patterns: flying in square, circle, forming shapes

• Color/object recognition games, programming simple missions

Science, Math & Engineering Activities

• Applying math to measure flight distance/time/altitude

• Physics experiments on lift, thrust, and stability

• Design thinking: modifying drone design for specific challenges

Data & Real-World Applications

• Using drone cameras/tools for STEM projects (mapping, biology surveys)

• Introduction to aerial photography and basic data analysis

• Exploring career paths in drone technology

Safety, Ethics, and Drone Etiquette

• Responsible drone usage

• Privacy issues, real-world scenarios (creating safety posters)

Sample Weekly Breakdown

Week Topics Covered 1 Introduction, Drone Safety, Types of Drones  2 Principles of Flight, Components 3 Assembling Drones, Manual Flying 4 Manual Flying, Obstacle Course 5 Coding Basics, Pattern Flights 6 Advanced Coding, Mission Planning 7 Physics/Math Projects  8 Real-World Applications  9 Ethics, Safety, Career Exploration  10 Capstone Project: Student Mission and Demo Day 

Learning Outcomes

• Understanding drone technology and flight basics

• Ability to safely operate classroom drones

• Foundational coding skills for autonomous flight

• Enhanced problem-solving, teamwork, and communication

• Awareness of real-world STEM careers and applications

This curriculum is designed to nurture curiosity, practical STEM skills, and the ethical use of drone technology in young learners.