Elements of Engineering

1. Introduction to Arduino and its anatomy
2. Getting used to the Arduino IDE (the programming environment)
3. Arduino Pin Mapping and Auxilliaries
4. How to Program in Arduino ?
5. Performing basic I/O operations
   • Blinking LEDs in a given pattern
   • Reading values from an IR sensor
   • Controlling brightness of a LED
6. Designing a Line Following Sensor with IR
7. Hands on Soldering Tips and Tricks
8. Basic Electronics concepts of sensors
9. Interfacing a motor driver (L293D) to the Arduino
10. Line Following Concepts
11. Building the Line Follower

Take Away Kit contains :

Tduino Version 2.0, BO Motors and Wheels, Castor Wheel, Machine cut Plastic Chasis, Batteries and Battery Holders, IR Sensors, Jumper wires, IR Sensors

Rs. 1100/- per student (for a Group of 5), including Free KIT

Rs. 750/- per student (individual), without KIT

1. Introduction and Overview of PCB manufacturing processes
2. Basic Circuit Concepts and types of components
3. Familiarization with the Eagle User Interface
4. Creating an Eagle Schematic, Eagle Board
5. Prototyping the board using toner transfer process
6. Hands on Soldering Sessions

Take Away Kit contains :

Soldering Kit, Power Supply, Electronic Components, Bare Printed Circuit Board

Rs. 650/- per student (for a Group of 4), including Free KIT

Rs. 500/- per student (individual), without KIT

1. Detailed explanation of Aerial Mechanics
2. Detailed discussion on the dynamics of the Drone
3. Hands on experience with Motors, ESCs, Flight Controller, Radio, Batteries etc.
4. Practical session on Frame and Circuitry designing
5. Learn about the callibration techniques and testing of Quadrotor
6. Practical session to assist students with resources to build one of their own
7. Practical knowledge gained from the program will help them to take up projects easily
8. Gain Insight into Complete Design and Embedded Systems behind the Quadcopter
9. Encourages participants to think and come up with new designs