Our Learning

The fundamental of the drone course is a detailed course that begins with providing basic advantages of what exactly is a drone. It provides various advantages, disadvantages as well the different types and components of the drone. As we understand the definition of the drone, we further delve into the basic working principles of the drone along with understanding the different terminologies of the drones such as cruise speed, endurance, range, manual and autonomous mode and various others.

Next we understand step how to design your own drone. It begins with first understanding how to convert requirements into specifications and based on the specifications how do you decide on the type of drone and payload requirements of the drone. Once this is decided, you start by designing and selecting various components such as frame, motors, propellers, flight controllers, payloads. Once all these components are selected, the course then talks step by step how do you build a drone. Not only building, but after building what are the series of tests and checks that are required before the drone can be actually deployed on the mission.

The course also talks the NPNT and DGCA regulatory system which talks about how do you legally fly a drone in India and how do you certify a drone under DGCA. The course also updates with the latest rules that are present in this space.

One of the major parts covered in this course is designing a drone-based on the sector and application of the drone. We talk about designing drones for various sectors such as agriculture, emergency response, mining, warehousing, delivery, monitoring and patrolling and heavy-lift drones.

Finally, we talk about the requirements of becoming a drone pilot in India. We talk about the various requirements and knowledge required by a drone pilot and the different places that are offering pilot certification in India.

Fritz is an animatronic puppet that is controlled by an Arduino microcontroller. Fritz was created to provide an inexpensive introduction to robotics that is both entertaining, creative and educational. With an open-source directive, Fritz is accompanied by a PC application to provide you with an easy to use interface in customizing and interacting with the project mechanics. 

6 axis robotic arm that is controlled by an Arduino Mega 2560 microcontroller with a RAMPS shield. It was designed as a beginners course in high payload robotics.