Title of the Project |
Food Recycler |
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Project Architect (s) |
R. Dinakaran ,M.Saravanan,
G.Pandiyan, B.Parthiban
III YEAR Mechanical Engg. |
Staff Co-ordinator |
S.SENTHIL KUMAR
Dept. of CSE |
Nature |
Real time execution |
Keywords: In this project the excess unconsumed food will be processed and made as consumable food for animals and also as bio-fertilizers. |
Description: This project aims at recycling waste food. It helps to avoid food shortage and polluting soil. It is formed as waste food recycler and it can be functioned as manual or semi – automatic machine. Waste food is collected and poured into the machine for grinding and sent to dryer separate devices are fixed in the machine for both grinding and drying. By doing this, odor and polluted waste particles are excreted from the waste food. Both bacteria and virus are also destroyed completed from it. This refined waste food might be used as natural mixture bio – fertilizer or the food feed to animals. After the consultation of THE CENTERAL FOOD TECHNOLOGICAL RESEARCH INSTITUTE (CFTRI).It can be changed into edible food for human beings. |
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| Cost of the project: Rs. 1500 for model and Rs. 20000 for real time implementation |
| Other information: This Model exhibited in AUTT Pattukottai Campus and This Proposal is also submitted to TAMILNADU STATE COUNCIL FOR SCIENCE AND TECHNOLOGY, DOTE Campus, Chennai - 600 025 |
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Title of the Project |
Improving Radiator Performance using AL2O3 Nano Fluids |
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Project Architect (s) |
M.Sadhasivam, E.Kathiresan,
A.L.Arivazhagu, P.Saravana Muthukumar
III YEAR Mechanical Engg. |
Staff Co-ordinator |
Mr.P.C.Mukeshkumar
Dept. of Mechanical Engg. |
Nature |
Working Model |
Keywords: In this project water is replaced by Al2O3 water based nano fluids in order to improve the efficiency of radiator and also radiator size can be reduced to greater extent. |
Description: Radiator is a type of heat exchanger. It is used to transfer heat to improve the heat engine efficiency. Coolant flows from inlet to the outlet through many tubes. Normally water is used as a coolant. In this project water is replaced by Al2O3 water based nanofluids in order to improve the efficiency of radiator and also radiator size can be reduced to greater extent. Nanofluids can be utilized to develop stable suspension with enhanced flow, heat transfer and other characteristics. |
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| Cost of the project: Rs.8000/- for working Model |
| Other information: This Model exhibited in AUTT Main Campus and Pattukottai Campus |
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Title of the Project |
Avoid Crossing INBL by Fishers |
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Project Architect (s) |
G.Vignesh perumal,K.Jagadeesh
III YEAR Mechanical Engg. |
Staff Co-ordinator |
Dr.S.Senthilnathan
Dept. of Physics |
Nature |
Working Model |
Keywords: In this project, it helps to intimate the fisherman before crossing the boundary. Hence we can save their life. |
Description: To help fishermen avoid crossing international boundary line and to enhance the communication between the fishermen and navy. We know that every place in the world is marked interims of latitude and longitude values in a GPS device and hence the international boundary line is a series of latitude and longitude values. We have to set the values of INBL line as default value in GPS tracker. Fixing a GPS device and a GSM device in fishermen’s boat and tracking the GPS device through a GPS tracker we will be able locate the fishermen’s current position and when the value matches the default value automatically a voice message can be sent to the GSM receiver and hence the fishermen will know his current status and with the help of GSM he can communicate when needs help. We can avoid the fishermen crossing international boundary line. We can inform during emergency conditions. They can ask for help when they are in need of help. |
| Cost of the project: Rs. 4000 for model |
Other information: This Model exhibited in AUTT Main Campus and Pattukottai Campus. We won the First place and received cash prize Rs.20000 at AUTT Main Campus. This Proposal is also submitted to TAMILNADU STATE COUNCIL FOR SCIENCE AND TECHNOLOGY, DOTE Campus, Chennai - 600 025 |
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Title of the Project |
Solar panel Based Agriculture Drip irrigation System |
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Project Architect (s) |
M.Kaliyappan,S.Kumaresan,
A.Kubendiran
III YEAR Mechanical Engg. |
Staff Co-ordinator |
Mr.S.SENTHIL KUMAR
Dept. of CSE |
Nature |
Real time execution |
Keywords: In this project, water wastage should be avoided and also harvest should be increased. |
Description:Now-a-days electrical power generation reduced gradually, because of fuel available is nearly in empty condition. So we are going to another form of energy namely “Non conventional sources of energy”. This project is based on the solar energy.Sun lights are available freely in nature, so it is the cheapest source of power generation. This project consists of solar panel, PN junction diode, storage battery, switch, DC pump and hose. Sun light fall’s on the solar panel and it is converted into electrical energy stored in the battery. Pump is fitted in the well and terminals are connected to the battery terminals through a switch. Discharge port of pump is connected to lengthen hose which consists of small holes with equal distance according to distance between the plants. While make switch on position the pump should be operated. It lifts the well water to ground level. This water is supplied to plants in the form of drops continuously. Due to this project water wastage should be avoided and also harvest should be increased. |
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| Cost of the project: Rs. 10000 for Real time execution and 4000 for Working Model |
Other information: This Model exhibited in AUTT Main Campus and Pattukottai Campus. This Proposal is also submitted to TAMILNADU STATE COUNCIL FOR SCIENCE AND TECHNOLOGY, DOTE Campus, Chennai - 600 025. |
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Title of the Project |
INFRASTRUCTURE-2020 |
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Project Architect (s) |
S.MAGESHWARI,R.SUGANYA,
S.AMALI ,R.LIGNESH
III YEAR civil Engg. |
Staff Co-ordinator |
Mr.R.Suresh kumar
Dept. of Civil Engg. |
Nature |
Working Model |
Keywords: Waste management is powered by using plasma arc method can reduce biomedical waste radioactive and metal waste. |
Description:Roof vegetation effect on the entire city’s building could save $120 million each year in energy cost. The insulating effect regulates temperature. Rooftop vegetation helps reduce noise levels. Even a thin layer as little as 5cm provides effective insulation. Mixture of peat and sedum or of sedum, herbs and grass work well. Capture harmful particle and plant on roofs binds carbon-di-oxide.Also protecting the underlying construction materials from ultraviolet light and temperature swings that can reduce lifespan |
| Cost of the project: Rs.2500/- |
Other information: This Model exhibited in AUTT Pattukottai Campus and AUTT MAIN CAMPUS |
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Title of the Project |
MEASUREMENT OF HEIGHTS AND DISTANCES |
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Project Architect (s) |
S.RAJU
I Mechanical Engg. |
Staff Co-ordinator |
Mr.B.Rajesh
Dept. of Civil Engg. |
Nature |
Working Model |
Keywords: Measuring height and distance. |
Description:Trigonometric ratios are very useful in solving problems on heights and distance. Many times we are required to find the distance between two objects and to find the height of a buildings, tree, tower distance of a ship from a light house, width of a river etc. Though we cannot measure them easily we can determine those by using trigonometric ratios. The problem of finding heights and distances is solved by observations of angles subtended by those objects at the eye of the observer. If the object is above the horizontal level from the eye we have to lift up our head to view the object. In the process our eyes move through an angle. This angle is called the angle of elevation. When laser light is launched at particular height for measuring the height of a particular object, the angle should be calculated through protector. Then the distance between the observer’s view and the object is to be calculated and the value of tan can be found out. We can be able to find the height of the tower, using trigonometric ratios. So in a right angled triangle if one side and one angle are known we can find the remaining sides of the triangle |
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| Cost of the project:Rs. 1500 for model |
Other information: This Model exhibited in AUTT Pattukottai Campus and AUTT Main Campus. This Model got II place at AUTT Main campus and received Rs.15000 cash award. |
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Title of the Project |
WIND TURBINE |
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Project Architect (s) |
T.SURESH KUMAR , S.AMALI ,
K.GOPI ,R.LIGNESH |
Staff Co-ordinator |
Mr.R.Suresh kumar
Dept. of Civil Engg. |
Nature |
MODEL |
Keywords: We are going to implement all the basic ideas and mechanics of wind turbine to generate power for our college electrical applicants. |
Description:Blades are rotated as a result of transfer of kinetic energy from wind. The attached shaft with hub rotates the rotatory motion is transferred to the generator in which the shaft act as a intermediate .The generator rotates (mechanical energy kinetic energy).The obtained energy is stored in battery (14 volts).Inverter act as connector between battery and multimeter and also helps to tract the battery voltage |
| Cost of the project:Rs. 1500 for model and Rs. 20000 for real time implementation |
Other information: This Model exhibited in AUTT Pattukottai Campus and AUTT Main Campus. |
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Title of the Project |
Biological Waste Management |
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Project Architect (s) |
Thajun nisha.D, Mano.V
III EEE |
Staff Co-ordinator |
S.SENTHIL KUMAR |
Nature |
Working Model |
Keywords: To convert organic waste into good manure which can be used as natural fertilizers. The outlet gas from the furnace is purified to reduce global warming. |
Description:The organic waste (foods and leaves) are dried and charged into the furnace. They’re ignited using flammable oil. Once ignited there is no need to add further more fuel to the furnace. The air is blown from the bottom of the furnace to keep it burning. The organic waste is half burnt by the furnace. During this process, gases like N2O,CO,SO2,CO2 gets exhausted. Minerals like phosphorous gets deposited on the half burnt material. The exhaust gases are blown away from the furnace by using a high power blower. The outlet exhaust gas from the furnace has more carbon. So it is let into deep soil. The carbon particles from the exhaust gases gets deposited on the land surface. The other gases comes out of the bore surfaces through an outlet hole. The exhaust gases are sucked out using suction motor and are passed onto a Chamber containing activated charcoal. The activated carbon adsorbs the pollutants such as N2O,CO,SO2. Only CO2 gas flows out of this chamber without getting adsorbed |
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| Cost of the project:Rs. 1500 for model |
Other information: This Model exhibited in AUTT Pattukottai Campus and AUTT Main Campus. This Model got III place at AUTT Main campus and received Rs.10000 cash award. |
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Title of the Project |
Black Board Eraser |
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Project Architect (s) |
K.MANIVANNAN,J.MANIVANNAN
II YEAR civil Engg. |
Staff Co-ordinator |
Mr.Chandrarajan
Dept. of Mechanicl Engg. |
Nature |
Real time execution |
Keywords: QUICK WRAP OF BLACK BOARD. |
Description:In class room, the black boards are wrapped manually, which are leads to severe problems like asthma and so on. In this paper a new method is shown to erase the board using wiper. Two Rollers are attached each side of the board vertically .Wiper is connected with the rollers horizontally facing the black board. Two rollers are connected to two motors and the wiring connections are maid as required. When the switch is on, the motor scrolls the rollers, which makes the wiper to move up and down As a result the cleaning process is done. |
| Cost of the project:Rs. 1500 for model and Rs. 10000 for real time implementation |
Other information: This Model exhibited in AUTT Pattukottai Campus and AUTT Main Campus |
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Title of the Project |
Automated EB Billing System |
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Project Architect (s) |
Saravana kumar.D,Sadam husain.L,
Mani.D,
III YEAR ECE. |
Staff Co-ordinator |
S.SENTHIL KUMAR
Dept. of CSE |
Nature |
Poster |
Keywords: To simplify the process and to improve the speed of work in EB billing systems using the electronic reading meters and wireless devices. This will reduce the process time and transfer the data from each consumer to the sub station. |
Description:The basic aim of the work is to minimize the queue at electricity billing counters. The aim also aims at proposing a system that will reduce the power thefts and other illegal activities. The system proposed by us involves a wireless method to transfer the data to the customer from the EB office. Old analogue meter reading is replaced by a digital one this keeps on updating frequently the amount of power consumed in the house in the display this detail is then updated daily to the EB office using the radio frequency or mobile communication |
| Cost of the project:Rs. 1000 for Poster |
Other information: This Model exhibited in AUTT Pattukottai Campus and AUTT Main Campus |
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Title of the Project |
AVOID THE ELECTRICAL SHOCK |
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Project Architect (s) |
SABARIVASAN & V.GOKULRAJ
II CIVIL ENGINEERING |
Staff Co-ordinator |
S.SENTHIL KUMAR
Dept. of CSE |
Nature |
Model |
Keywords: Restricting electric shock. |
Description:We are using T.V, radio, cell phone, grinder, etc., for more electronic devices daily used. Some time that electronic device was making a shock. Why those electronic devices make a shock? At home, we are use 220-240voltage only. Some time voltage above 240volt, so that time the electronic devices make a shock. Normal wire we are use to make a housing wire. We are already use fuse and earth connection to control the electric shock. But couldn’t its complete avoid the shock. A fuse wire melts that passed the high voltage, its take some time; so that time was make a shock. How to avoid the electric shock? A big company, industrial those are used UG (under-ground) cable, because those are used above 4000voltage. That UG cable capacity was 4-7kg. UG purpose any high voltage passed the cable its convert low voltage. Any change of the passed voltage its power off the main circuit. At home we are use max 240voltage so we use the UG cable capacity 1.5kg. |
| Cost of the project:Rs. 1500 for model |
Other information: This Model exhibited in AUTT Pattukottai Campus and AUTT Main Campus |
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Title of the Project |
ALARM FOR VOLCANOES |
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Project Architect (s) |
B.Ganeshkumar , D.Brabu
II Year ECE |
Staff Co-ordinator |
S.SENTHIL KUMAR
Dept. of CSE |
Nature |
Poster |
Keywords: Using thermocouple method to indicate the alarm for volcanoes. If we heat the any one metal the electrons will move. So we get the few voltage of current from the volcano. |
Description:Thermocouple is the devise used extensively for measurement of the temperature of the body (volcano).Temperature is the fundamental property just like the mass and time and is frequently measured quantity. Thermocouple comprises of at least two metals joint together to form two junctions. |
| Cost of the project:Rs. 1000 for Poster |
Other information: This Model exhibited in AUTT Pattukottai Campus and AUTT Main Campus |
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Title of the Project |
Generation of photo copies through cell phones |
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Project Architect (s) |
A.Gnanasoundari.V.Mahalakshmi,
S.Elavarasi,N.Jayasri
III Year ECE |
Staff Co-ordinator |
S.SENTHIL KUMAR
Dept. of CSE |
Nature |
Poster |
Keywords: Generation of photo copies through cell phones |
Description:In this Project, to generate a photocopy using cell phones. Usually mobile Phones for just taking photo only but using this project we can take photo as well as photo copy through cell phones |
| Cost of the project:Rs. 1000 for Poster |
Other information: This Model exhibited in AUTT Pattukottai Campus |
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Title of the Project |
Automatic Indication of Empty saline Bottle |
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Project Architect (s) |
S.Shagana,G.P Srimathi,M.Saranya,S.Nithya
III Year ECE |
Staff Co-ordinator |
S.SENTHIL KUMAR
Dept. of CSE |
Nature |
Model |
Keywords: Automatic indication of empty saline bottle to patients. |
Description:In this Project, to prevent human beings from some hazardous. While injecting a trips into a human body if it is fully injecting means at last it cause some problem. So avoiding this problem, fix one alarm while it get down it raises a indication to patient .Using this project to avoid the hazardous of the patient. |
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| Cost of the project:Rs. 2000 for Model |
Other information: This Model exhibited in AUTT Pattukottai Campus |
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Title of the Project |
Automation of Room Lights (or) Room Power Controller |
Project Architect (s) |
Dhanalakshmi.S, Nivetha.D, Mary Nirosha.M
III Year ECE |
Staff Co-ordinator |
S.SENTHIL KUMAR
Dept. of CSE |
Nature |
Working Model |
Keywords: In this project, the automatic switching on loft of the light will be processed when the person enters or leaves the room using sensors. Using this project to maintain low power consumption in our living room. |
Description:When the person enters or leaves the room, the person was sensed by LDR sensor and makes the light to be switched on/off. The synchronous up counter counts how many persons are entering or leaving the room. When counter tends to zero means the lights in the room will be automatically switched off. When the counter reading increases to 1 or more the room lights will be automatically switched on. |
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| Cost of the project:Rs. 3500 for Model |
Other information: This Model exhibited in AUTT Pattukottai Campus. |
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