Course - 2

Drone Technology

Course - 2

Foundation to Advanced

The most complete drone technology education programme in Tamil Nadu. Zero experience required to start. Professional competence guaranteed at the finish.

Trusted Software. Real Aerospace Workflows

Design in the same environment used by aerospace and defense manufacturers worldwide.

CATIA V5/V6

Aerospace-grade 3D CAD used by Boeing, Airbus and Dassault for advanced UAV design.

SOLIDWORKS 2024

Industry-standard parametric modeling for mechanical UAV frames and assemblies.

SOLIDWORKS Simulation

FEA, stress and modal analysis to validate real drone structures before flight.

Who It's For

Who This Course Is For

Built for engineers and students who want to know drone technology — not just learn theory.

Students from any academic stream

Working professionals, and career changers

Electronics Engineers

Mechatronics Students

Working CAD Engineers

Design Professionals

Course Curriculum

Foundation Level — Understanding the Machine

✦ History and evolution of UAV technology — from defence origins to commercial boom
✦ Types of drones: multirotors, fixed-wing, VTOL, hybrid UAV systems
✦ Drone anatomy: frame, motors, ESCs, flight controllers, GPS, sensors, payload systems
✦ Physics of flight — lift, thrust, drag, weight, angular momentum, and stability
✦ Overview of India's drone regulatory landscape — Drone Rules 2021 and Digital Sky
✦ Battery technology, charging procedures, storage, and safe handling protocols

Intermediate Level — Inside the Systems

✦ Flight controller ecosystems: ArduPilot, PX4, Betaflight — configuration and tuning
✦ GPS, RTK positioning, and autonomous navigation systems
✦ Sensor integration: LiDAR, ultrasonic, optical flow, barometer, magnetometer
✦ Camera systems and gimbal stabilisation technology
✦ Mission planning software — DroneDeploy, Litchi, QGroundControl
✦ Drone communication: RC protocols, telemetry links, video transmission systems

Advanced Level — The Frontier

✦ Advanced PID tuning — flight controller optimisation for specific use cases
✦ Autonomous flight programming — waypoint missions, geofencing, return-to-home logic
✦ Drone swarming and multi-UAV coordination fundamentals
✦ AI and computer vision integration in modern drone systems
✦ Edge computing for on-board drone data processing
✦ Future of UAV technology — eVTOL, Urban Air Mobility, BVLOS operations

Hands-On Throughout

✦ Build and fly your own drone across all three levels
✦ Real flight missions — survey, inspection, and payload delivery simulations
✦ Troubleshooting and diagnostics — identifying and resolving real failures

Career Outcomes

✦ Drone Technology Specialist at hardware companies and drone service firms
✦ UAV Systems Integrator
✦ Drone Operations Manager
✦ Technical Sales and Support for drone products and platforms
✦ Strong foundation for advanced pathways: Design Engineering, GIS, Agri-Drone

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