Diploma in Drone Technology

Self-Paced

Fee: ₹6,499

Dr. Rakesh Kumar | Associate Professor

Drone technology involves unmanned aerial vehicles (UAVs) equipped with sensors, cameras, and communication systems. Drones are used in various fields such as agriculture, surveillance, filmmaking, and package delivery. They offer cost-effective and efficient solutions for tasks like monitoring, mapping, and data collection. Advances in drone technology continue to drive innovation, with ongoing developments in autonomy, battery life, and payload capabilities.

Objectives

What Will You Learn

Skills you will gain

Curriculum

Paper 1 - Drone Regulations
- Chapter 1 - Organization Setup
- Chapter 2 - Remotely Piloted Aircraft System (Rpas) Regulations 2018
- Chapter 3 - Remotely Piloted Aircraft System (Rpas) Regulations 2021
- Chapter 4 - Dgca Rpas Guidelines

Paper 2 - Introduction to Drones and Their Applications
- Chapter 1 - About Drones
- Chapter 2 - Physical Topology
- Chapter 3 - Classification of Drones
- Chapter 4 - Applications of Drones

Paper 3 - Dynamics of an Aerial System, Stability And Control
- Chapter 1 - Forces of Flight
- Chapter 2 - Principal Axes and Rotation of Aerial Systems
- Chapter 3 - Stability and Contr

Paper 4 - Hardware Platforms
- Chapter 1 - Platforms
- Chapter 2 - Nodemcu
- Chapter 3 - Arduino
- Chapter 4 - Intel Edison
- Chapter 5 - Raspberry Pi

Paper 5 - Paper Name Sensors
- Chapter 1 - About Sensors
- Chapter 2 - Sensors Used in Drone
- Chapter 3 - Flight Controller

Instructor

Dr. Rakesh Kumar

Associate Professor

Currently Dr. Rakesh Kumar is working as Associate Professor, Department of Computer Science & Engineering and Head, Centre for IoT & Advance Computing and member of Institute Innovation Council (IIC) MHRD and Innovation Ambassador at Rabindranath Tagore University. 16 + Years, Teaching and Research Experience in Computer Science & Engineering

4.0 645 746 Learners

Still have queries? Talk to our counsellors who are available to guide you.

Schedule a Call