DRONE TECHNOLOGY

Advanced Tech Workshop 2026

Eligibility: Students and Working professionals

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)

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)