Course Overview

The Advanced Drone Development Engineer with AI & DGCA Licence program is an intensive 3-month technical course designed to train professionals in autonomous UAV systems, AI-based navigation, drone firmware, computer vision, and commercial drone operations.

This program goes beyond basic drone assembly and focuses on PX4 / ArduPilot firmware, MAVLink communication, AI vision, SLAM, multi-drone coordination, payload systems, and real-world industry deployment scenarios.

AI-Powered Drone Systems

Vision-based navigation, object detection, SLAM, and autonomy using Python

Firmware & Flight Software

PX4, ArduPilot, MAVLink, GCS tools, tuning, and flight testing

Autonomous & Multi-Drone Operations

Waypoints, obstacle avoidance, swarming, and mission planning

Course Details

Duration 3 Months

( 3 Days Ofline Session )

Start 15th April 2026

Eligibility 10th Pass & Above

Level Advanced

Batch Size Max 15

Schedule Flexible

Language English / Hindi

Certificate DGCA Certified

Why Should You Take This Course?

Rapidly Growing Industry

High-Paying Engineering Roles

Multiple Technical Career Paths

DGCA & Regulatory Knowledge

Beginner Friendly, Industry Ready

Advanced & Future Technologies

Industry Exposure & Networking

Proven, Practical Curriculum

What Can You Become After This?

Multiple high-growth career paths open for you

Professional Drone Pilot

Work in surveillance, inspections, agriculture & logistics.

Drone Cinematographer

Film shoots, weddings, ads, documentaries.

Survey & Mapping Expert

Land surveys, mining, infrastructure planning.

AI Drone Engineer

Build smart drones for automation & defense.

Drone Entrepreneur

Start your own drone service business.

Drone Trainer

Become instructor after certification.

Our Industry Partners

Trusted by industry leaders

Practical Working Experience

Real projects. Real environment.

Course Curriculum

Step-by-step engineering-focused drone development training

Module 1: Introduction to Drone Technology

History and evolution of drones
Types of drones and real-world applications
Core components of a drone system
Current drone industry landscape
Future trends in UAV technology

Module 2: Drone Frames

Mechanical Frame Design Principles
Frame Materials Selection Criteria
Design Optimization Strategies
Manufacturing Considerations

Module 3: Propulsion Systems

Motor Terminologies, principles and Selection
Electronic Speed Controllers (ESCs)
Propeller Design and Selection
System Integration and Optimization

Module 4: Power System & Battery Design

Battery Terminologies with respect to uav’s
Power Budgeting
Battery Configuration and Pack Designing
Battery Management Systems concepts
Charger types, charging safety &Charging mechanisms

Module 5: Sensor Integration

Inertial Measurement Unit (IMU) Systems
Barometric Pressure Sensors
Compass and Magnetometer Systems

Module 6: GPS THEORY

Geo-positioning concepts, HDOP, VDOP, clock error calculations
Trilateration vs triangulation in GPS signals
GNSS errors, RTK mechanisms, GNSS constellations

Module 7: Communication Systems and Telemetry

Radio Frequency Communication Fundamentals, types, and comparison
Telemetry and Data Transmission
Video and Imaging Systems
Internet Integration and Connectivity
Security and Anti-Jamming Technologies

Module 8: PID Control Theory for Flight Control Systems

PID Control Theory Fundamentals
PID Tuning for Flight Control
Practical Implementation Considerations
Troubleshooting Common Issues
Safety and Certification Considerations

Module 9: Attitude Estimation and Sensor Fusion for Flight Control Systems

Introduction to Attitude Estimation
Coordinate Systems and Reference Frames
Inertial Sensors and Measurement Principles
Sensor Fusion Fundamentals
Practical Implementation Considerations
Performance Evaluation and Testing

Module 10: Flight Modes and Stabilization Systems

Fundamental Control Modes
Autopilot Systems and Modes
Fly-by-Wire Control Systems
Stability Augmentation Design
Mode Management and Logic
Flight Phase-Specific Modes
System Integration and Architecture

Module 11: Autonomous Navigation Systems

GPS-Based Navigation and Waypoint Systems
Obstacle Detection and Avoidance Techniques
Path Planning Algorithms for UAVs
Indoor Navigation and Positioning Systems
Vision-Based Navigation Methods

Module 12: Specialized Payload Systems and Regulations

Gimbal Systems and Camera Stabilization
Delivery and Release Mechanisms
Sensor Payloads for Data Collection, thermal and multispectral imaging
Spraying and Precision Application Systems
Payload Integration with Flight Systems
Custom Payload Development for Special task

Module 13: Drone Assembly and Flight onsite Practical

Prepare and Mount the Motors
Install and Configure ESCs
Mount Flight Controller and Basic Wiring
Install FlySky FSi6 Receiver and Radio Setup
Software Configuration and Motor Testing
Final Assembly and Pre-Flight Checks

Module 14: Regulations and Operations

Airspace Regulations and Classification
Certification and Registration Requirements
Flight Planning and Risk Assessment
Remote ID and Tracking Compliance
Privacy and Security Considerations
Commercial Operations Management

Module 15: Drone Firmware and Software

Open-Source Autopilot Systems (PX4, ArduPilot)
MAVLink Protocol and Communication Standards
Ground Control Station Software
Firmware Configuration and Customization
Python Integration for Drone Control
Flight Testing and Parameter Tuning

Module 16: Autonomous Navigation Systems

GPS-Based Navigation and Waypoint Systems
Obstacle Detection and Avoidance Techniques
Path Planning Algorithms for UAVs
Indoor Navigation and Positioning Systems
Vision-Based Navigation Methods
Multi-Drone Coordination and Swarming

Module 17: Drone Vision and Perception

Camera Systems and Integration
Computer Vision for Drones using Python
Object Detection and Tracking from UAVs
SLAM (Simultaneous Localization and Mapping)
Depth Perception and 3D Environment Mapping
Thermal and Multispectral Imaging Systems

Module 18: Data Management and Analysis

Telemetry Data Extraction and Flight Log Analysis
Real-Time Data Transmission Systems
Photogrammetry and 3D Model Generation
Mission Data Analysis using Python

Module 19: Advanced Drone Development

Customised Drone Fabrication
Optimization of Drones for Long-Range Missions
Specialized Drone Development (Racing, Agriculture, Inspection)
Advanced Autonomous Features Implementation
Integration with IoT and Smart Systems
Industry-Specific Application Development

What You’ll Receive

A structured learning experience designed to build strong fundamentals, hands-on capability, and industry readiness in drone engineering.

Advanced drone engineering & AI study material

Hands-on autonomous drone development

Firmware, vision & AI implementation experience

Industry-grade projects & real-world scenarios

Advanced certification from SkyySkill

Earn Your Advanced Certified in Drone Engineering & Autonomous Systems

Complete the program and receive an industry-focused SkyySkill certification that proves your hands-on expertise in drone engineering, system design, and real-world implementation.

DGCA Certification

SkyySkill Drone Development Certification

SkyySkill Certification

Meet Our Mentors

Learn from industry experts and certified professionals

Ankit Mandal

R&D Engineer

Dipesh Ranjan Sahoo

Master Trainer

Sajeeth Kumar

Master Trainer

Prerequisites

Age Requirement

Must be at least 18 years old to enroll in this course

Education

Minimum 10th grade pass (for basic course)

Medical Fitness

Basic medical fitness certificate required for DGCA exam

Equipment

No need to own a drone - all equipment provided during training

What's Included

Study Materials

Comprehensive e-books, video tutorials, and reference guides

Drone Access

Train with professional DJI drones worth ₹2-5 lakhs

Meals & Refreshments

Lunch and snacks provided during training days

Digital Sky Registration

Complete guidance for Digital Sky platform registration

Frequently Asked Questions

Clear answers to the most common questions about the program

Yes. As per DGCA regulations, anyone operating drones commercially in India must hold a valid certification. This program prepares you with the technical and regulatory foundation required.

No. All required drones, components, tools, and test equipment are provided during the training. You will work on multiple drone setups under expert supervision.

Graduates can explore roles in drone R&D, UAV startups, system integration, testing, field operations, and autonomous systems development.

Yes. Flexible installment options are available. Please connect with the admissions team for customized payment plans.

No experience needed. We start from absolute basics.

Yes, training follows DGCA guidelines and certification process.

Advanced Drone Development Engineer with AI & DGCA Licence