STUDENT INNOVATIONS

Top 10 Finalist of Quest Ingenium 2018 Project Title:Emoto This bike is totally powered by the electrical components. It consists of a controller to control the batteries, motors, throttle and some electrical components. Here the Lithium Ion batteries (48v) are used. There was an BLDC motor fixed In the rear wheel which was 48v and 500W. The feedback are taken from the wheels and continuously the power will generated and then it stored to   the batteries .so, that we can cross up to our limit. It reduces the air pollution and tends to form a green city. We can save the money spending for our daily uses. The power generate from the front hub wheel. The loading capacity of the bike was up to 230kg.we can improve the loading capacity and the speed depends up on their sources. At the speed of 30kmph we are generated 25.2V, if we can use the separate alternator to increase the volt up to us needs. It was a noise less and comfortable smooth drive.

Winners of FAER – McAfee Scholar Awards Program : 2016-2017 Abstract In the past there have been similar research efforts to develop embedded systems to alleviate similar problems. The Talking Signs identification system consists of NFC transmitters incorporated in the destination panels of buses that transmit route information. Since, an NFC beam is highly directional, the visually challenged user must point the handheld receiver towards the transmitter. Hence, NFC technology is used. This project demonstrates the concept of bus detection system by the blind people using NFC. In which the blind people having NFC reader with PIC16F887A microcontroller module which gives the voice analyzer sound whenever the specific bus comes, the bus is equipped with NFC tag. Whenever bus comes at bus stop the blind person who is provided with NFC reader get signal as it reads tag. In our proposed project we are using PIC16F887A based microcontroller, which the current dominant microcontroller. N

Winner of NASSCOM IoT Innovation Challenge Project Title: Infant Healthcare Monitoring System Abstract In Real Time current procedures for Infants and Neonates patient monitoring in India with special attention for individual become uphill task for Each and Every Physician in a medical Centre. Moreover the less attention and less periodical monitoring of INFANTS generate the poor latency in the field of healthcare. This also causes more deaths due to delayed diagnosis of disease for infants in the health care domain. The gifted technology called IOT is a complete solution of the above stated problem. This device is especially designed and developed for Infant and Neonate ICU’s. In health care domain deaths due to delayed diagnosis of disease for infants and Neonates become accountable. In the Area of Health care monitoring system, dedicated Infant Patient Monitoring with IOT enabled devices are not available. To overcome this scenario, dedicated devices for Infants a