The main aim the project is to design “A CHILDLEFT BEHIND ALERTING SYSTEM BASED ON CAPACITIVE SENSING PRINCIPLE”.

the aim of the project is to avoid the congestion of people and also to prevent the passengers from fire accidents.

the main aim of this project is be adjusted based on room occupancy levels using demand controlled ventilation (dcv) and real time visitor monitoring.

The main objective of this project is to create a user friendly waste management system using GSM technology.

The system is designed to display a scrolling text message on an electronic notice board using a PC to control it. This can be used in various facilities like schools, colleges, stadium, company, and factory, institutes in order to display notices, events or other alerts using a PC to control it. Well notice boards are usually used to pin news, events and other data to be displayed from time to time. It has an important feature, that it can be updated when needed. The same functionality is provided by an electronic notice board. The pc is used as a controlling device for txt to be displayed on the notice board.

The project is designed to develop a density based dynamic traffic signal system having remote override facilities. During normal time the signal timing changes automatically on sensing the traffic density at the junction but in the event of any emergency vehicle like ambulance, fire brigade etc requiring priority are built in with Android application device remote control to override the set timing by providing instantaneous green signal in the desired direction while blocking the other lanes by red signal for some time. Traffic congestion is a severe problem in many major cities across the world thus it is felt imperative to provide such facilities to important vehicles.

Here we propose a GSM based weather sensing and reporting project. The system senses temperature, as well as light and humidity and conveys this to the user wirelessly. Our system uses temperature sensor to detect and record current temperature. It uses a light sensor in order to detect current lighting conditions. Also a humidity sensor is used to detect current humidity conditions. All this data from sensors is conveyed to the microcontroller. The microcontroller now processes this data and passes is on to a GSM modem interfaced to it.

This project presents the bus stop remainder using the RF reader. From this RFID we can remain the bus number to the blind person at the bus stop. It will use full for the blind person I cities side Arduino Uno microcontroller is using read the value form RFID when the bus will come nearby bus stop means the RFID reader will read the tag number each tag have a separate number in this project that number should be played voice recording module and one more future was added in this project bus routes also played by voice recorder. The LCD display displayed the last reached bus number it will use full for a normal person of cities

Electrically powered street lighting has brought a sense of wellbeing and freedom from risk or danger but Street lights in town centers, traffic lights and pedestrian crossings stay on all night. This amount of lighting is not required in that it adds no benefit to the community. Continuous ON state of street light leds to power wastage. In other case, it is getting very difficult to analyze the failure of street lights in all places. In these kinds of situation effects of crime will be increasing. In our proposed project work we have analyzed these problems.