Safebuzz

Problem Statement:

Every household having child, women and aged people who often find that their safety is at stake. Safe buzz is a prompt approach towards the empathic view of such safety issues. The prime objective is to provide their safety by gathering some pre-defined and specific biological data on a continuous manner and transmit to a base device for processing. In case of any safety related problem take place, it will raise an alarm notification to some pre designated concerned person.


Student Name:

Subhashish Ghosh, Bratati Halder, Tushnik Saha, Biswarup Das

Copy-Paste Stick

Problem Statement:

In reality, it is a matter of time and energy when IT literate to IT professionals want to copy a large amount of document from any surface and paste it to any electronic surface. Addressing this need, we have develop a system named ‘Copy-Paste Stick’ which will help the copy paste generation to copy the desired portion of text from screen and paste it to multi-device platform with minimum effort and maximum speed. This product will also help the writers, publishers who usually spend a lot of time and money typing the digital documents


Student Name:

Anirudh Kumar, Rishita Choubey, Seema Singh

Hydrator

Problem Statement:

Water is best for staying hydrated. However, other drinks and foods can also help stay hydrated. Not only for drinking, in the hectic pace of life we warm water for many reasons. The elderly people, child, parents travelling with kids, patients travailing to the other cities for medical purpose need warm water for different reasons. On the contrary, in a tropical country like India, we too need cold water during hot seasons. There is a constant demand of cold water among the long distance travelers, daily commuter in trains, busses for their own refreshment. On the other hand, the soldiers and security forces of our nation are serving at the frontiers which mostly in the remote area and due to geographical and political reason, largely of them are with either high altitude or extreme hot desert. Also, there is a constant demand of warmer for the campers, alpinists and people who travel to different places for their work and tour, to prepare hot beverages like tea coffee by their own. Addressing this need, we have developed a reusable, rechargeable battery operated, standalone thermo-electric bottle to make beverage warm or cool from its room temperature, and more precisely a container that warms or cools liquid matter as water, cold beverages, coffee, tea, etc. whenever required.


Student Name:

Koushik maity, Amit Singh, Munjel hossain, Susanta Mahata

VIGILANTE

Problem Statement:

The aim of this project is to create awareness among drivers, security guards who need to work for continuously long hours. It impairs the ability to respond quickly and safely if dangerous situations arise. In this regard our solution is proposed as an automated system to facilitate supervision at 24x7 basis on vigilance & awareness required over safety issues.


Student Name:

Rituparna Dalapati, Avirup Das, Rashika Roy, Swarup Ghosh

Silicon Eye

Problem Statement:

‘Silicon EYE’ is an artificial vision for the blind people, where the visual information of the surrounding environment is converted into an auditory signal to help people with poor vision to ‘see obstacles with ear’ in front of them. The system provides a significant up gradation in the daily living of blind and partially blind people. This will help them to identify the static or moving obstacles in front of them and also be aware of those beforehand. Not only it helps in identifying the obstacles but also tells them about the kind of obstacle lies ahead of them.


Student Name:

Rimi Sengupta, Tushar Singh, Zareen Aslam, Antara Upadhyay

i-Control

Problem Statement:

For physically challenged patients, sometimes even the easiest of works like switching lights and fans or asking for water and medicines, becomes a difficult activity. These patients even in the time of any emergency are unable to even raise any alarm. For such patients a system is required which can utilize even the slightest of movements for generating some preloaded signs. The main aim of this project is to design and construct a head movement controlled device Switching system as well as a speaking micro controller for physically challenged. The user can wear this device to head and with the Simple head movement’s he can request the basic needs like water, food or medicine by using a speaking system.


Student Name:

Tanmay Jana, Tanusree Roy, Sahani Chakraborty

i-SMART

Problem Statement:

“i-SMART” is a proposed smart phone application based intelligent cooking solutions which combine smart phone app (where cooking methodology is available) and induction cooking module to interact with the user in real time using some remote senor and wireless connectivity. The smart phone based application continuously monitors the cooking site and provide important updates about the state of food undergoing cooking.


Student Name:

Abhishek Dutta, Arindam Saha, Chandan Das

E-Cook

Problem Statement:

i-SMART is efficient, cost effective and reliable web based as well as android application which not only digitize paper based visiting card or identity card but also retrieve the document using age invariant face recognition technique. There are few products available in the marketplace for such purposes, but there retrieving data is quite difficult, as searching is done by alphabetically but the key innovation of this approach is age invariant face recognition by which one can easily retrieve information present on the visiting card or the ID card by scanning the photo of that person irrespective of any age.


Student Name:

Sohom Dasgupta, Sourav Mondal, Debdipta Dasgupta

Virtual Oil Tracker

Problem Statement:

In the rapid growth in transport sector and industrial sector, use of earth mover, transport vehicles, diesel generators and other petroleum based machineries has become an essential part. Now-a-days installation of stationary petroleum based machineries and maintenance of both stationary and movable petroleum equipment become a big issue as most of the time they are remain located in a remote places. Although all the issues are alarming and can be given most importance but in this concept of the project the preference is given to the unanticipated issue that is fuel theft from the fuel tank of petroleum machineries as government and most of the companies are counting a loss of millions of currencies because of this unusual fuel loss. Not limited to theft, companies also suffer due to the volatility property of the petroleum fuel. The fuel gets disappeared from the fuel tank due to many reasons like loosen tank cap, a small hole on the tank, etc. With the increasing rate of fuel this issue of fuel theft and its volatility has become a major annoyance for the owner of different companies. we are presenting a concept of a float type, electronic sensor based measurement system which can accurately measure the fuel quantity and can share the data to an android app frequently with current time scale. With this control system one can easily identify and monitor how much fuel is reloaded and how much is used and also can point out the missing rate of fuel from any site by studying the data present in the data acquisition system as built in the android app.


Student Name:

Arnab Nashkar, Tiyasha Mitra, Babita Pradhan, Pooja Shaw

TravelBot

Problem Statement:

Heavy luggage can be big hassle for holiday travel, and those overload bags some time leads to critical health problems. Individuals are at a high risk for back, neck and shoulder strains when carelessly handling heavy luggages. If we can make the luggage self caring one which follows the owner wherever he goes, lots of health hazards can be avoided. So we have developed a solution which is a self carrying robotic trolley and able to carry multiple numbers of luggage at any point of time making a family travel completely hassle free and it don’t have ant dependency on external devices like mobile, tabs, etc.


Student Name:

Suvam Mistry, Tamal Dey, Sourav Majhi, Subhadip Banu, Saikat Mondal

Pregaware

Problem Statement:

The women from the lower middle and lower economical background have higher rate of pregnancies. Sadly, due to financial burden proper checkups in proper time mostly left undone. Almost all of these deaths occurred due to lack of facilities, and most could have been prevented. Addressing this need we are presenting PREGAWARE- a low cost, need-based, portable, wearable device incorporated with sensor mesh, for not only about monitoring the vital health data in real time, but also to provide early detection of emergency health conditions and to seek the attention from the caregiver or nearby healthcare units in case of criticality.


Student Name:

Shibam Panigrahi, Susanta Mahata, Shubhrajit Kundu, Sagnik Saha, Pritam Dutta

Wairless Home automation using IOT

Problem Statement:

With advancement of Automation technology, life is getting simpler and easier in all aspects. In today’s world Automatic systems are being preferred over manual system. With the rapid increase in the number of users of internet over the past decade has made Internet a part and parcel of life, and IoT is the latest and emerging internet technology. Through this innovation we are presenting a Home Automation system using IOT. The system will automatically control a number of devices on the basis of sensors’ data. This system is designed to be low cost and expandable allowing a variety of devices to be controlled.


Wearable Universal Remote

Problem Statement:

A number of wearable devices are becoming popular nowadays, giving rise to a number of possibilities for increased user convenience when doing everyday tasks. This innovation is about a wearable remote with user customized gestures used to control a variety of electronic devices.


Hang-Safe: A non-Suicidal Fan

Problem Statement:

Suicide is a complex issue, and the decision by somebody to take their own life cannot be reduced to a single cause. Most common method suicide is hanging form celling fan. As a preventive measure we have developed ‘Hang-safe’ a non-suicide ceiling fan. If anyone tries to hang himself with a rope he will fall to the ground.


A Touchless Elevator System

Problem Statement:

The aim of this project is to develop an elevator control program which is also a touch less. For the sake simplicity, the prototype is three storey building.


Student Name:

Ahana Das, Debahuti Bhattacharya

Interactive Vending Machine

Problem Statement:

The vending machine is not a new topic. But we are trying to make it easier, simpler. smarter and efficient, putting stress on complete voice based approach. With an extra use of proximity sensor anyone can access including blind people also.


Student Name:

Ekta Srivastav, Debayan Sinha, Amrita Nandi

Non-contact Battery charger

Problem Statement:

Wireless charging eliminates the cable typically required to charge mobile phones, cordless appliances and so on. With a wireless charger, the battery inside any battery-powered appliance can be charged by simply placing the appliance close to a wireless power transmitter or a designated charging station. As a result, the appliance casing can be made completely sealed, even waterproof. Besides the inherent convenience it offers, wireless charging can also greatly enhance reliability, since the charging plug on the side of an appliance can suffer mechanical damage easily. This innovation can be extensively use in mobile phones, headsets, wireless speakers, mice, keyboards, public Access Charging Terminal, Laptops, notebooks, ultra books and tablet PCs or even battery powered electric vehicles.


Student Name:

Sri Om, Priyabrata Saha, Rahul Kumar, Aheli Neogi

Solar power Automatic and Predictive Irrigation system

Problem Statement:

The auto irrigation system is very significant in the agriculture field. In the field of agriculture, it is very important to maintain the water level or wetness in the soil. Excess or lack of water may damage the progress of plants which results in loss of farmers. Addressing the problem, after deep investigation we have innovated ‘Solar powered Automatic and predictive Irrigation system’. This system keeps information about the level of moisture in the soil and keeps moisture to acceptable limits. According to the level of measured moisture, the water pump switches ON or OFF automatically.


Student Name:

Indranil Ray, Subarna Karmakar, Trishit Dev Bapary, Ujjal Nandi

Track Stuff: A bluetooth based luggage theft protector using Android

Problem Statement:

Theft of luggage are one of the most common problems for any cargo loading and discharging time. Human surveillance are sometimes became failure due to proper management of luggage. If each and every luggage is tagged with RF-IDs or any others electronic surveillance base tagged, then can be easily traces through bluetooth based detectors. These bluetooth detectors are programmed and linked with Android base handheld devices, so that it will be easily traced from anywhere if it is required, even it can be linked with GPS based system so that traveler as well as sender/ owner can track his or her luggage from anywhere in any time.


Student Name:

Tanmoy Jana, Tanusree Roy, Krishnendu Nath

RFID based innovative multi-storied car parking system

Problem Statement:

In recent times the numbers of vehicles are constantly rising and parking space is becoming a major issue in urban and semi-urban areas. So, there is a need to design a car parking system which will reduce manual work as well as reduce the problem of car parking on streets. Compact and space saving is the key priorities where space is the basic constraints for parking slots. Moreover which car will leave earlier is the parameter for the allocation of parking slots. To resolve this problems RF –ID based electronically programmable parking slots arrangements is one of the solution for the proposed problem. Where both the car (which will be parked) as well as specific parking slots will be tagged and accordingly car will be parked at the smartly allocated by the programme to the specific parking slots.


Student Name:

Payel Dey, Madhurima Naskar

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