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META ULAGAM™

META ULAGAM JUNIOR DRONE ENGINEERING PROGRAM™

Learn Drones. Explore Engineering. Program Autonomous Systems.

A structured simulation-first engineering pathway that begins with drone fundamentals, builds a Python programming foundation for drone engineering, develops interactive STEM skills, and progresses to advanced Python-based drone programming.

JUNIOR ENGINEERING • DRONES • STEM • PYTHON • SIMULATION
PROGRAM FEE

META ULAGAM™ JUNIOR DRONE ENGINEERING PROGRAM

₹14,999/-
Course Fee
🎓 FREE FOR SCHOOL STUDENTS

The complete program is provided free of cost for school students.

Registration Fee: ₹199/- only

School students only. Pay the ₹199/- registration fee to register for the program.

📝 REGISTER NOW — ₹199/-
💻 Self-Paced • Fully AI-Assisted Program
🌐 Basic Requirement

Any device + Internet connection + Web browser

No special hardware is required to access the program.

⚠️ Language & Audio Compatibility

English is the primary language of the program. Tamil is provided as an optional support feature. Audio and Tamil narration may vary depending on the browser, device, operating system and available text-to-speech support.

🚀 LEARN → SIMULATE → FLY HIGHER™
Entry Test — Required Before Program Access

Complete the entry test before starting the program.

TAKE ENTRY TEST
SYS.REF // 00-QUAD-DIAGRAM
GPS FC / IMU BATTERY 4S GPS MODULE FLIGHT CONTROLLER IMU (INERTIAL SENSOR) CARBON FIBER FRAME SMART BATTERY SYSTEM ESC (ELECTRONIC SPEED CONTROLLER) BRUSHLESS MOTOR PROPELLER

FROM DRONE FUNDAMENTALS TO AUTONOMOUS PROGRAMMING

STRUCTURED ENGINEERING PATHWAY

FOUNDATION → LEVEL 1 → LEVEL 2

A progressive multi-stage curriculum built for young engineers to transition from physical hardware components to autonomous Python programming.

BRIDGE COURSE
PROGRAMMING FOUNDATION

Introduction to Python for Drone Engineering

Build the basic Python programming foundation needed for drone engineering before progressing to advanced drone programming and simulation.

PYTHON → DRONE ENGINEERING
BASICS → DRONE LOGIC
PYTHON BASICS DRONE LOGIC PROGRAMMING FOUNDATION
LESSON CONTENT — AVAILABLE THROUGH STUDENT DASHBOARD
STAGE 01
FOUNDATION

DRONE FUNDAMENTALS

Understand what a drone is, how a quadcopter is built, its major components, flight systems and how the components work together.

DRONE SYSTEM COMPONENTS FLIGHT
LESSON CONTENT — AVAILABLE THROUGH STUDENT DASHBOARD
STAGE 02
LEVEL 1

DRONE INTERACTIVE STEM LAB

META ULAGAM VIRTUAL DRONE LAB™

Explore drone engineering through interactive STEM simulations, component inspection, assembly, flight control and virtual laboratory activities.

STEM ASSEMBLY SIMULATION
LESSON CONTENT — AVAILABLE THROUGH STUDENT DASHBOARD
10-PHASE PROGRAM STAGE 03
LEVEL 2

ADVANCED PYTHON DRONE ENGINEERING — SIMULATION

Progress into simulation-based Python drone programming through a structured 10-phase engineering workflow, from system construction and initialization to autonomous flight missions.

def fly(): init_drone() takeoff(10) navigate()
PYTHON FLIGHT CONTROL AUTONOMOUS SYSTEMS
LESSON CONTENT — AVAILABLE THROUGH STUDENT DASHBOARD

THE ENGINEERING PATHWAY

Continuous Simulation-First Skill Development

Students progress from understanding the physical drone system, to exploring engineering concepts interactively, and finally to programming and simulating autonomous drone behaviour.

UNDERSTAND
↓
EXPLORE
↓
PROGRAM
↓
SIMULATE
↓
AUTOMATE