"Sky Watchers" presentations involve sharing enthusiasm for astronomy, covering topics like viewing celestial events (eclipses, planets), using telescopes (like Sky-Watcher brand gear), and promoting science education through virtual or in-person events for all ages, from kids using kits to adults learning about deep space. These presentations, often by groups like the Sky Watchers' Association of North Bengal (SWAN), aim to popularize astronomy with engaging visuals, expert tips, and hands-on activities, using platforms like YouTube and social media to reach wider audiences. Common Themes & Formats: Educational Outreach: Teaching about the solar system, constellations, and astronomical phenomena for students and the public. Virtual Events: Webinars, YouTube shows (e.g., Sky-Watcher's "What's Upcast"), and live streams to connect during lockdowns or for broader reach. Product Focus: Demonstrating telescope features, optics (coatings), and accessories, often hosted by the brand Sky-Watcher. Hands-On Learning: Using kits and activities to make science interactive, encouraging discussion and skill-building. Community Building: Connecting enthusiasts through clubs, camps, and shared observation experiences. Key Elements: Visuals: Images, videos (like NASA ScienceCasts), and live telescope views. Topics: Lunar eclipses, planetary viewing, using red lights, telescope maintenance. Speakers: Astronomy experts, company representatives (like Sky-Watcher's Jeff), and guest specialists. Platforms: YouTube, Facebook, Sky-Watchers.net. Examples: Sky Watchers' Association of North Bengal (SWAN): Hosts talks, camps, and uses platforms like SWAN TV. Sky-Watcher USA's "What's Upcast": Weekly webcast on YouTube. NASA ScienceCasts: Offers videos like "Something for Every Sky Watcher". "Sky Watchers" presentations involve sharing enthusiasm for astronomy, covering topics like viewing celestial events (eclipses, planets), using telescopes (like Sky-Watcher brand gear), and promoting science education through virtual or in-person events for all ages, from kids using kits to adults learning about deep space. These presentations, often by groups like the Sky Watchers' Association of North Bengal (SWAN), aim to popularize astronomy with engaging visuals, expert tips, and hands-on activities, using platforms like YouTube and social media to reach wider audiences. Common Themes & Formats: Educational Outreach: Teaching about the solar system, constellations, and astronomical phenomena for students and the public. Virtual Events: Webinars, YouTube shows (e.g., Sky-Watcher's "What's Upcast"), and live streams to connect during lockdowns or for broader reach. Product Focus: Demonstrating telescope features, optics (coatings), and accessories, often hosted by the brand Sky-Watcher. Hands-On Learning: Using kits and activities to make science interactive, encouraging discussion and skill-building. Community Building: Connecting enthusiasts through clubs, camps, and shared o

1. Team Name: DREAM CHASERS
Team Leader Name : N . Mangaraju
Institute Name : west Godavari Institute of Science and Engineering
Institute Affiliation : JNTUK
BASIC DETAILS OF THE TEAM

2. What is Drone?
Define a drone and explain its functionality.
DRONE: A drone is an unmanned aerial vehicle (UAV) that is typically
controlled remotely or autonomously through pre-programmed instructions.
Functionality of Drones:
 Aerial Photography and Videography: Capturing high-quality images and videos from
unique angles and perspectives
 Surveillance and Inspection: Monitoring and inspecting infrastructure, crops, wildlife,
and environments using sensors and cameras.
 Delivery and Transportation: Transporting packages, medical supplies, and other goods
to remote or hard-to-reach areas.
 Search and Rescue: Locating missing persons, detecting
natural disasters, and providing critical aid in emergency
situations.

4. Major Components of Drone
Provide a detailed description of drone components and their respective functions.
Components of a Drone:
 Frame: The structure that holds all the parts of the drone together.
 Motors and Propellers: Provide lift and allow the drone to fly.
 Battery: Powers the drone’s motors and electronic components.
 Electronic Speed Controller: It is a crucial component in a drone's motor system ,
as it controls the speed of the drone's motors based on input from the flight
controller
 flight controller(FC):It receives inputs from various sensors and user commands,
processes that information, and adjusts the drone’s motors to control its movement in the
air.
 GPS (Global Positioning System): in a drone is a crucial component that provides
positioning and navigation data to ensure stable flight and enable features like autonomous
flying, accurate positioning, and "Return-to-Home" (RTH) functions
 TX AND RX:The Transmitter and recevier are used to communicate with each others .

6. Explore the diverse applications of drone technology across various industries.
Various Applications Using Drones
Drone technology has rapidly evolved over the years, becoming a transformative tool across a
wide range of industries. With advancements in sensors, AI, and GPS technology, drones are
now capable of performing tasks that were previously either too expensive, dangerous, or
impossible to achieve.
 Agriculture: Field Mapping: Drones create detailed maps of agricultural fields for better
planning, management, and monitoring of crops.
 Environmental and Wildlife Monitoring:Forest and Land Management: Drones
provide valuable data for managing forests, monitoring forest fires, and mapping out illegal
logging or deforestation activities.
 Emergency Response and Search & Rescue:Search and Rescue (SAR): Drones
with thermal imaging cameras can quickly locate missing persons in forests, mountains, or
urban areas. They can cover large areas more efficiently than ground teams.
 Logistics and Delivery:Parcel Delivery: Companies like Amazon, UPS, and Google
are experimenting with drones for last-mile deliveries, providing quicker and more efficient
options for delivering goods to consumers.

7. Career Opportunities On Drone Technology
Explore career opportunities in drone technology and its growing industry applications.
The rapid growth of drone technology is opening up a wide range of career opportunities
across many industries. Drones have moved beyond recreational use to become essential
tools in sectors like agriculture, construction, filmmaking, logistics, surveying, defense, and
more. As drones continue to evolve, they are creating new career paths in various technical,
operational, and regulatory fields
 Drone Pilot/Operator
 Drone Technician/Engineer
 Drone Software Developer/Programmer
 Drone Data
Analyst

8. TEAM MEMBER DETAILS
Team Leader Name: N MANGA RAJU
Branch (Btech) Stream (ECE) Year (IV):
Team Member 1 Name: A SRIHARI REDDY
Branch (Btech) Stream (ECE): Year (IV):
Team Member 2 Name: S SRI VARSHINI
Branch (Btech): Stream (ECE): Year (IV):
Team Member 3 Name: A VENKATA RAMANA
Branch (Btech ): Stream (ECE): Year (II):
Team Mentor 1 Name: K.LALITHA
Category (Academic/Industry): Expertise (AI/ML/Blockchain etc): Domain Experience (in
years):

9. GUIDELINES FOR PREPARING THIS PPT
THANK YOU