PRJ-4 - REMOTE WEATHER STATION

DESCRIPTION:

Remote weather station is used for sending weather data from a remote weather monitoring station to any PC located at another part of the world , connected through the internet.

With the help of this remote weather monitoring station, the master control station located at another geographical area can constantly receive the weather data. The remote weather system monitors temperature, humidity, atmospheric pressure etc. and send data to the remote PC (at master control station ) at regular intervals , thus updating the data base in the PC. The weather station communicates to the PC through an RS 232C link. For sensing the temperature , humidity etc. respective sensors are used. The software in the computer regularly calls the remote weather system through the RS 232C port . The system sends the current readings of the sensor , thus updating the computer database. Data from the sensors are analyzed by the microcontroller and then send to the RS 232 port.

TEAM MEMBERS:

1. K.MUHAMMAD RAFI
2. RIJO SEBASTIAN
3. RENU P.R.
4. REMYA R

PRJ-5 - GSM BASED SMS CONTROLLER

This project is designed and developed to send any data ( analog or digital ) to another location using GSM mobile phone network. A micro-controller system with the software reads the data from various sensors and process it into numeric values or binary values and sends it using a GSM mobile phone connected to it. The data is received by another mobile phone at any part of the world.

TEAM MEMBERS:

1. SARIN K MOHAN
2. ARUN A
3. ANOOP R.
4. RENJITH SREEKUMAR

PRJ-6 - GSM BASED WEATHER STATION

This project is designed and developed to send the data from a weather station through GSM mobile network. A micro-controller system with the software reads the data from various transducers and process it into numeric values and sends it using a GSM mobile phone connected to it. The data is received by another mobile phone at any part of the world.

TEAM MEMBERS:

1. RAJEEV T.R.
2. SREEKUMAR T.S.
3. SAFLIN P.H.
4. VINCE VIJAYAN

PRJ-7 - INTELLIGENT AUTOMATIC CONTROL OF LIGHTING AND POWER

This project is designed and developed for controlling electrical power intelligently to reduce energy consumption. It also automates the on/off sequences of electrical lines based on pre-set start and end time. The system uses a micro-controller and software based real-time clock to set and control the power-lines used for lighting and motor controls of an industrial establishment.

TEAM MEMBERS:

1. SOUMYA THOMAS
2. ALEYAMMA THOMAS
3. NISANA NAZEER

PRJ-8 - GSM BASED AUTOMOBILE PROJECT

This project is designed and developed for using inside an automobile for sending SMS message to another mobile phone incase of a collission or accident. The micro-controller based system in the vehicle is provided with an interface that connects to a mobile phone. The software inside the micro-controller is programmed to send alert message to the stored mobile number automatically, in case of an accident or collission. The system will send a message with the vehicle number and the place of accident as an SMS message.

TEAM MEMBERS:

1. ARAVIND SADASIVAN
2. ARUN GANDHI
3. AFSAL A.
4. ANOOP VIJAYAN

PRJ-9 -MOBILE SAFETY SYSTEM - GSM

This project is designed and developed for using inside an automobile for protecting the vehicle from theft. A PIR sensor is fitted inside the vehicle that detects intrusion entry into the vehcile by any means. A wheel movement sensor is fitted in one of the wheels that detects the wheel rotation for more than 360 degrees. A high volume alarm will be sounded in case of any of these signals. Also an SMS message will be sent to a mobile phone alerting the intrusion. The vehicles ingition will be disabled automatically and can not be re-started in any manner except by the owner by using an original key-chain RF remote control.

TEAM MEMBERS:

1. PRASANTH BALACHANDRAN
2. SIVASANKAR M.P.
3. SAJEEV S
4. MATHEW ZACHARIAS

PRJ-10 - WIRELESS TRANSFORMER SWITCHING SYSTEM FOR KSEB

This project is designed and developed for KSEB to replace a wireless transformer switching system. The system uses a transmitter module and a receiver module with intelligent micro-controllers. The software take cares of the switching and feedback of three phases and maintains safety and accuracy.

Both the transmitter stage and the receiver stage uses an RF encoder/decoder transmitter and receiver module that processes digital switching of interlocked relays. The receiver sends back current through the switch using a current transformer and then feeding this analog value to the mico-controller ADC module. The value is transmitted as binary data and displlayed in the LCD display of the control transmitter system. The phase switching relays at the receiver system can be independantly switched on or off by the remote transmitter system from a safe and secure place.

TEAM MEMBERS:

AMAL AND THREE OTHER MEMBERS