Club Innovador

Aim: To study the working technology behind Security Camera.   Parts Used:- Camera Raspberry Pi   Working:- This security camera is a smart device, which is used for the monitoring purpose on remote location. This is a security system which

Aim: To study the working technology behind a mini computer. To learn about parts of this type of computer.   Parts Used:- Raspberry Pi, Monitor   Principle :- Like a laptop or pc   Working:- We are having a mini

Aim: To study the working technology behind Obstacle Avoider Robot. To learn about IR Sensors and Servo Motors with the Arduino board.   Parts Used:- Arduino Uno Servo Motors Motor Driver Ultrasonic Sensors Servo Motors Robot Chassis   Working:- Here

Aim: A hand gesture robot is a robot, which is used to move the autonomous vehicle by gesture of their hand.   Parts Used:- Arduino Uno 60 RPM Motors IR Sensor, LEDs & Resistors Wheels Wooden Chassis ADXL-335 Accelerometer Module

Aim: Line follower robot is an Automatic vehicle which is used as running on a particular path designed between two places or drawn between two places.   Parts Used:- Arduino Uno 60 RPM Motors Wheels 3D Printed Chassis Digital IR

Aim: To understand the designing functioning and operating of and basic 3D printer.   Parts Used:- Controller Board Filament Frame Motion Components like stepper motors, belts, threaded rods, and end stops Power Supply Unit (PSU) Print Bed File Transfer Options

Aim: To study the working mechanism and technology behind an Underwater Robot.   Parts Used:- PVC pipe Polyethylene Joysticks Arduino uno 12V DC Pump 0.7 A   Working: – This robot is a basic model of marine and underwater robots

Aim: To study the quadcopter dynamics and develop the proper method for stabilization and trajectory control of quadcopter.   Parts Used:- Embedded Development Board Brushless DC motors Propellers (Pushers and Pullers) Electronic Speed Controllers Transmitter (Remote) Receiver   Working:- This

Aim:- To develop an automatic solar tracker system, which utilizes the maximum intensity of sunlight to produce more electricity   Parts Used:- Arduino Uno board,  Photodiode, Servo Motors, Solar panel model, Plastic Leg Base, Elbow joints, Breadboard. Principle:- It works

Aim:- In this course, we will build an IoT based Automated Street Lighting System that automatically switches the street light ON and OFF based on the amount of sunlight present.   Parts Used:- Arduino Uno, IR Sensors, Photodiode , Road

Aim:- Road congestion is an issue & a smarter way to manage it is by implementing an unmanned automation process. In this project, we have built one such system to handle traffic in a smart way using IR sensors.  

Aim:- To find an innovative solution for the railway crossing gates to open and closed automatically based on the train arrival.   Parts Used:- Arduino Uno Board, Digital IR Sensors , Servo Motors , Connecting Wires   Working:- We will

Aim:- To implement IOT in very important areas like agriculture and irrigation.   Parts Used:- Arduino UNO, Display screen, Soil Moisture Sensor, 3D printed Plank, Water pump, connecting wires   Working:- we will work with a soil moisture sensor, display

Aim:- To detect the flow of water and record the volume of water that flows through the pipe for a given period of time.   IoT – Concepts & Applications Arduino Architecture & Programming Calibration of Flow Sensors Parts Used:-

Aim: – To develop practical strategies that energy generators, project developers and grid operators can use to resolve the issues posed by local planning schemes and regulations, in an intelligent, cost-efficient and timely way.   Parts Used: – Relay, meters,