DRONE TECHNOLOGY

Tech Workshop Series 2026 with Globally Recognized Certification.

Content will be covered from basic to advanced level.

Eligibility

Open to all!

B.Tech, B.E., BCA, MCA, B.Sc IT, M.Sc IT, MBBS, MS, MD, Biomedical, Biotechnology, BBA, MBA, B.A., and hobbyists from all backgrounds

Course Content

Duration: 2 Days (14-16 HRS)

Eligibility: Students and Working professionals

1. Introduction to Multicopter

○ An overview of multicopters, including their history, types, and

basic principles of flight.

2. Base of Multicopter

○ Detailed discussion on the frame structure, materials used, and design considerations for stability and durability.

3. Motors

○ Exploration of different types of motors used in multicopters,

their specifications and selection criteria.

4. Electronic Speed Controller (ESC)

○ Explanation of ESC functionality, types, and their role in controlling motor speed and performance.

5. Overview of Sensor

○ Insight into various sensors used in multicopters, including

gyroscopes, accelerometers, and GPS, and their importance in

flight stability and navigation.

6. Introduction to Flight Controller Board

○ Detailed introduction to flight controller boards, their features, and how they integrate various components for stable flight.

7. Introduction to Battery

○ Overview of battery types, specifications, charging methods ,

and safety considerations for multicopters. 

8. Radio Devices

○ Explanation of radio transmitters and receivers,

communication protocols, and range considerations.

9. Applications

○ Discuss various applications of multicopters, including photography, agriculture, surveillance, and delivery services.

10. Surveillance and Mapping

○ Techniques and technologies used in aerial surveillance and

mapping, including software tools and practical applications.

11. Additive Manufacturing in Quadcopter

○ Exploration of how 3D printing and other additive manufacturing techniques are used in designing and building quadcopter components.

12. Assembling the Kit

○ Step-by-step guide on assembling a multicopter kit, including

tips and best practices for a successful build.

13. Installation of Software and Debugging

○ Instructions on installing necessary software for flight control, troubleshooting common issues, and debugging techniques.

14. Live Flying Session with Experts

○ Information on participating in a live flying session, including

expert tips, hands-on practice, and safety measures.

Note: The kit will be given for practice purposes only and is not a takeaway kit. (Interested Candidate can purchase the kit from Techobytes.)