PAPER CIRCUIT: Generally circuits are connected in breadboards or in PCB. So before going to design the circuit we can check the output just on the paper by using this paper circuit project.
COMPUTER CONTROLLED ROBOT: According to the instructions given by the computer the robot moves in directions. This is done by aurdino which an open source one. The aurdino is replaced by a microcontroller.
DPDT CONTROLLED ROBOT: The manual robot is one type of robot in which this robot controlled by switch called DPDT. In which we can make the robot to move forward or backward etc.
PHOTOPHOBIC AND PHOTOTROPHIC ROBOT: Photo means light ray and phobia is fear of something. Here in this project photophobic is fear of light ray, so the robot will moves opposite to the light rays. The phototrophic robots will stops when light ray is focussed.
SOLAR HOUSE: Today people must save the power to upcoming generations for resources like water, power etc. For this we can implement solar houses. This solar house is project which consists of solar panels fitted to the house as a roof. So the sunlight energy is converted into electrical energy through these panels.
LINE FOLLOWING ROBOT: Line follower is a robot that can follow a path. The path can be visible like a black line on a white surface or vice versa.
OBSTACLES AVOIDING ROBOT: This robot will move by avoiding the obstacles.
AGRICULTURE THREE PHASE MOTOR: This project provides an excellent solution for the problems faced by the farmers by providing a DTMF decoder to the motor. When power is present, the farmer needs to on the motor. The system performs the task according to input received from the mobile.
MOBILE CHARGER: In travelling if we forget the charger for our mobile this project mobile charger can be used for case of charging. It replaces the charger.
TOUCH SWITCH: This is like sensor which makes alertness to the people in their homes.
REMOTE JAMMER: It produces a constant signal that interferes with the signal from a remote control and prevents the TV detecting a channel-change or any other command. This allows you to watch your own program without anyone changing the channel.
AUDIO AMPLIFIER: An audio power amplifier is an "electronic amplifier" that amplifies low-power audio "signals" to a level suitable for driving "loudspeakers".
TRAFFIC LIGHTS: In order to maintain the steady flow of vehicles when their numbers are increasing by leaps and bound each day, an efficient controlling of traffic is extremely required.
SIREN: This project is the internal circuit of a siren which we general seen.
WATER LEVEL INDICATOR: This project is like a alarm for the water tank when it is overflowed. By this project we can save the water.
DARK DETECTOR: the dark detector circuit detects the darkness which depends on LDR component.
MIX AND MATCH GAME: In this game there will a chart consists of different electronics components names which we have match the components to the chart.
BUZZER GAME: In this game there will two terminals connected in between a copper wire in which a connector should not touch the wire. If it touches there will a sound by a buzzer.
MATCHING GAME: In this there will two parts and we have to match the correct answers to the given question.
MATCH STICKS GAME: In this we have hold three match sticks at a time.
CROSS DIGITS GAME: in this game there will remote car in which we have to move the car without touching the walls.
PIEZO SHOE CHARGER: In this project we develop a renewable source of energy which could be used in our daily life,which could be use to charge the wearable,your phone ,etc. We use the Piezo effect to generate electricity and store it in a power banK.
AUTOMATIC LIQUID FILLING SYSTEM: Water scarcity is one of the major problems facing in major cities of the world and wastage during transmission has been identified as a major culprit.A simple automated device has been designed and constructed in order to fill the tank with a given volume of liquid.The main objective of our project is to indicate the water level using an Arduino and an ultrasonic sensor.The level of water is measured by using ultrasonic sensor which gives the depth of tank which can be set at the maximum and minimum levels. This device is programmed to switch on an doff tank automatically
ARDUINO BASED HOME AUTOMATION: The main aim of the project is to control the home application remotely using smartphones with an Arduino board.This is an advanced technology in the home automation so houses are getting smarter.Usually conventional wall switches are located in different parts of the house and often require persons for their operations manual pressing tun them ON and OFF so, it becomes very difficult for the elderly or physically handicapped people to operate them. Thus this system is enhanced to control the home application through and application of smart tablet phones by entering the selected number for corresponding load.The proposed system uses an Arduino board and a rectified power supply.A Bluetooth interfaced to the Arduino board for using Rx (receiver) and (transmitter ) pins for communication.
AIR QUALITY MONITORING: Air pollution and quality monitoring is extremely important in today's world as it has direct impact on human health.Air pollution on the rise due to a number of anthropogenic activities and its monitoring is of vital importance to mitigate certain measures to control it.In this project we put forward a low-cost and lower power sensor based system for air quality monitoring.This sensor based system is in contrast to traditional stationary air pollution stations, as we present the design implementation and working on Arduino.The data from the sensors on Arduino can be collected from various places and bes stord,plotted graphically and easily updated.
AUTOMATIC IRRIGATION SYSTEM:Irrigation is the artificial application of water to the land or soil.It is used to assist in the growing of agricultural crops,maintenance of landscaped an re-vegetation of distributed soils in dry areas and during periods of inadequate rainfall.Thus this project is to create an automated irrigation mechanism which turns the pumping motor 'ON' and 'OFF' on detecting the dampness content of the earth .In this domain of farming utilization of appropriate means of irrigation is significant.The benefit of employing these techniques is decrease human interference and still make certain appropriate irrigation.
This automated irrigation project brings into play an Arduino which is programmed such a way that it will sense the moisture level of crops and supply if required. To accommodate the challenge we have developed a prototype which makes the crops more self sufficient watering itself from a motor.
COMPUTER CONTROLLED ROBOT: According to the instructions given by the computer the robot moves in directions. This is done by aurdino which an open source one. The aurdino is replaced by a microcontroller.
DPDT CONTROLLED ROBOT: The manual robot is one type of robot in which this robot controlled by switch called DPDT. In which we can make the robot to move forward or backward etc.
PHOTOPHOBIC AND PHOTOTROPHIC ROBOT: Photo means light ray and phobia is fear of something. Here in this project photophobic is fear of light ray, so the robot will moves opposite to the light rays. The phototrophic robots will stops when light ray is focussed.
SOLAR HOUSE: Today people must save the power to upcoming generations for resources like water, power etc. For this we can implement solar houses. This solar house is project which consists of solar panels fitted to the house as a roof. So the sunlight energy is converted into electrical energy through these panels.
LINE FOLLOWING ROBOT: Line follower is a robot that can follow a path. The path can be visible like a black line on a white surface or vice versa.
OBSTACLES AVOIDING ROBOT: This robot will move by avoiding the obstacles.
AGRICULTURE THREE PHASE MOTOR: This project provides an excellent solution for the problems faced by the farmers by providing a DTMF decoder to the motor. When power is present, the farmer needs to on the motor. The system performs the task according to input received from the mobile.
MOBILE CHARGER: In travelling if we forget the charger for our mobile this project mobile charger can be used for case of charging. It replaces the charger.
TOUCH SWITCH: This is like sensor which makes alertness to the people in their homes.
REMOTE JAMMER: It produces a constant signal that interferes with the signal from a remote control and prevents the TV detecting a channel-change or any other command. This allows you to watch your own program without anyone changing the channel.
AUDIO AMPLIFIER: An audio power amplifier is an "electronic amplifier" that amplifies low-power audio "signals" to a level suitable for driving "loudspeakers".
TRAFFIC LIGHTS: In order to maintain the steady flow of vehicles when their numbers are increasing by leaps and bound each day, an efficient controlling of traffic is extremely required.
SIREN: This project is the internal circuit of a siren which we general seen.
WATER LEVEL INDICATOR: This project is like a alarm for the water tank when it is overflowed. By this project we can save the water.
DARK DETECTOR: the dark detector circuit detects the darkness which depends on LDR component.
MIX AND MATCH GAME: In this game there will a chart consists of different electronics components names which we have match the components to the chart.
BUZZER GAME: In this game there will two terminals connected in between a copper wire in which a connector should not touch the wire. If it touches there will a sound by a buzzer.
MATCHING GAME: In this there will two parts and we have to match the correct answers to the given question.
MATCH STICKS GAME: In this we have hold three match sticks at a time.
CROSS DIGITS GAME: in this game there will remote car in which we have to move the car without touching the walls.
PIEZO SHOE CHARGER: In this project we develop a renewable source of energy which could be used in our daily life,which could be use to charge the wearable,your phone ,etc. We use the Piezo effect to generate electricity and store it in a power banK.
AUTOMATIC LIQUID FILLING SYSTEM: Water scarcity is one of the major problems facing in major cities of the world and wastage during transmission has been identified as a major culprit.A simple automated device has been designed and constructed in order to fill the tank with a given volume of liquid.The main objective of our project is to indicate the water level using an Arduino and an ultrasonic sensor.The level of water is measured by using ultrasonic sensor which gives the depth of tank which can be set at the maximum and minimum levels. This device is programmed to switch on an doff tank automatically
ARDUINO BASED HOME AUTOMATION: The main aim of the project is to control the home application remotely using smartphones with an Arduino board.This is an advanced technology in the home automation so houses are getting smarter.Usually conventional wall switches are located in different parts of the house and often require persons for their operations manual pressing tun them ON and OFF so, it becomes very difficult for the elderly or physically handicapped people to operate them. Thus this system is enhanced to control the home application through and application of smart tablet phones by entering the selected number for corresponding load.The proposed system uses an Arduino board and a rectified power supply.A Bluetooth interfaced to the Arduino board for using Rx (receiver) and (transmitter ) pins for communication.
AIR QUALITY MONITORING: Air pollution and quality monitoring is extremely important in today's world as it has direct impact on human health.Air pollution on the rise due to a number of anthropogenic activities and its monitoring is of vital importance to mitigate certain measures to control it.In this project we put forward a low-cost and lower power sensor based system for air quality monitoring.This sensor based system is in contrast to traditional stationary air pollution stations, as we present the design implementation and working on Arduino.The data from the sensors on Arduino can be collected from various places and bes stord,plotted graphically and easily updated.
AUTOMATIC IRRIGATION SYSTEM:Irrigation is the artificial application of water to the land or soil.It is used to assist in the growing of agricultural crops,maintenance of landscaped an re-vegetation of distributed soils in dry areas and during periods of inadequate rainfall.Thus this project is to create an automated irrigation mechanism which turns the pumping motor 'ON' and 'OFF' on detecting the dampness content of the earth .In this domain of farming utilization of appropriate means of irrigation is significant.The benefit of employing these techniques is decrease human interference and still make certain appropriate irrigation.
This automated irrigation project brings into play an Arduino which is programmed such a way that it will sense the moisture level of crops and supply if required. To accommodate the challenge we have developed a prototype which makes the crops more self sufficient watering itself from a motor.