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PROJECTS
Sr.No Team/Project Description Project status at beginning of the Year Current status 1 Magic Eye: Drunk and drive is a major hazard on Indian roads. Currently, police are using breathalyzers to check the menace. However, that is subject to a police check and does not prevent a drunk person from actually driving a car till he is physically caught.
Our magic eye ensures that the car will not start if the alcohol intake is beyond acceptable level.
Idea generation Startup under establishment 2 IoT Based Live Video Status and Tracking Security for School Bus: In this project we implemented a prototype version of the Alcohol Detection system in order to control drunk driving. This would be designed for a school bus, which controls the bus ignition so that drunken people can't start the bus. Additional features in this is, parents can track the location of the bus by giving a missed call. If the bus is caught by fire or it's involved in an accident then immediately it can send a message to respective management people and also dial to 100 number, send location to nearby government hospital and NGO's.
Idea generation Startup under establishment 3 Line Path Tracking Robot: This vehicle designed for well rooted roads of cargo warehouses where goods frequently distributed over here and there. Because to make this as an automated vehicle, here all the roots would be marked as a path, as per this path vehicle could be moved. This vehicle can be driven manually rather than automatically. Our robot moves as per a predefined path. It can carry a weight up to 150kgs.
Idea generation Startup under establishment 4 She Bracelet for the women protection: Our bracemate (She Bracelet) is a smart gadget that sends SMS with the exact location of the person in distress to a pre registered emergency contact and the nearest police station, with just the press of a button. An inbuilt voice recorder & camera are also included in the device that gets activated in distress to take audio and video of the surroundings.
Live location tracker will send the live location to the cops and registered mobile numbers in the form of an SMS.
Idea generation Yet to be commercialized 5 Currency detector for Blind People: Visually impaired people need support in identifying currency. It is very difficult to explain the concept of money practically to the students, in school for visually impaired. It detects the currency based on the factor dimensions. According to the count of sounds from the buzzer we identify the value of currency notes.
Idea generation Startup under establishment 6 Smart Delivery Box: The ordered food is getting tampered by the mediators and boosters, long delivery times and poor logistics, lack of buyer warranties, bad return policies. Handling food to the person in a particular location is difficult. We developed a smart delivery box which can be opened with an OTP which is shared by the customer. This box will be used in food delivery and in important document courier services.
Idea generation yet to be commercialized 7 Challenging Dust Bin: In food courts, it is a common sight that garbage is overflowing and the lid is open that attracts insects.
Our dustbin ensures the lid is always closed and opens only when someone comes in the vicinity of it. Also, to motivate consumers to throw garbage in the dustbin only, an incentive system of food vouchers is provided that can be redeemed in the next visit.
Idea generation Startup under establishment 8 Pond Skimmer: Water gets polluted because there is no covering material. It takes 3 hours to clean the pond by 6 workers every 15 days. Manually difficult to clean the debris due to unpleasant smell, slippery nature, thorns in the pond. Filter equipment is not available. We designed a product which removes the dust particles from water and cleans the ponds. So , we can reduce the effort for the workers in cleaning the pond. It should work efficiently and satisfies the user.
Idea generation project completed 9 Soil Testing Kit: India has diverse soil types and crop patterns. To understand the health of soil in the field, a farmer depends on his intuition to a major extent. Our soil testing kit provides information about various essential nutrients for a crop through sensors. It gives a proper picture of the soil thereby enabling farmers to make an informed decision of what kind of fertilizers are required. This helps avoid issues like "nitrogen stress" in the ecosystem.
Idea generation Startup under establishment 10 Ammonia Testing Kit: The public toilet monitoring system gives the way for cleaning the toilets properly and maintains hygiene. It Identify the unclean toilets as accurately as possible and keep informing the cleaning staff to clean the toilets.
It monitors the working performance of the cleaning staff. The maintenance of the same level of cleanliness all the time in toilets is achieved by this proposed project. Sensors like ammonia detectors, ultrasonic sensors and IoT technology are used in this system.
Idea generation Startup under establishment S. No Student Team/ Project Description Current Status Interventions to be made for next stage/commercialization 1 Student Team: 1.CHILUKAMARI SATHVIKA 176Y1A0520
2.KOTHA PRANAYA 186Y5A0411
3.AYESHA NIKHATH 186Y1A0509
Project Description:
SENSOR BASED WEED REMOVAL
The proposed project consists of image processing technology to select the weeds. The locomotion consists of an motor and wheels controlled by wireless technology.
Prototype completed with the weed removing blade design. The image processing technology is studied and under the process to implement. The movement is controlled by Bluetooth. The prototype is to be converted to a project. The design of weed removing blades is planned to be modified based on the user feedback. 2 Student Team: 1. BHUKYA RAJESHWARI 176Y1A0514
2. ABBOJU SAI KEERTHANA 176Y1A0401
3. E SUSHMA 186Y5A0202
4. SHAVALLASHIREESHA 186Y1A05A2
Project Description:
WOMEN SECURITY SYSTEM
The proposed project is about a women security system which ensures safety measures for women and helps women society by providing Assistive Technology to protect them by using women protective jackets. Using these women employees may feel comfort during their journey at night shifts.
The proposed project, women protective jacket includes Tracking Mechanism, Self defense system and Live streaming video for further investigations.
The prototype is completed. The detection of critical situations of the women is done by the force sensor, heartbeat sensor and shared to guardians with IoT technology. Defense mechanism is yet to be completed. The prototype is to be converted to the product level and commercialization is to be initialized. 3 Student Team: 1. MUSUKU GAGANA 186Y1A0574
2. J PRAVALIKA 176Y1A0210
3. NAGIREDDY PRANATHI 176Y1A0459
Project Description:
PUBLIC TOILET MONITORING SYSTEM
The public toilet monitoring system gives the way for cleaning the toilets properly and maintains hygiene. It Identify the unclean toilets as accurately as possible and keep informing the cleaning staff to clean the toilets.
It monitors the working performance of the cleaning staff. The maintenance of the same level of cleanliness all the time in toilets is achieved by this proposed project. Sensors like ammonia detectors, ultrasonic sensors and IoT technology are used in this system.
Users count and the level of the cleanliness and other parameters are estimated by the prototype. The communication is done to the monitoring agencies. The testing is done with local washrooms. User test in the public toilets is to be done. The product conversion is planned to be completed 4 Student Team: 1. RUDRA GNYANA TEJASWI 186Y1A0478
2. BEERAM SINDOORI 176Y1A0513
3. GANJI ANJANA 176Y1A0533
Project Description:
The screw lever and linkage is designed and adopted to the bike.
ANTI BIKE THEFT SYSTEM
The main focus of this project is detection of two wheeler thefts. We had collected the data and came to know that on an average there are at least 10 cases unsolved in a year regarding the bike theft. Considering this bike theft as a domain we started exploring the feasible and efficient way of detecting and preventing the theft.
The system permits only authorized persons to turn on the bike with the help of a finger print sensor. The unauthorized persons cannot turn on the bike and ride. The ECU part does not permit ignition and start the bike until it is recognized by the system.
Fingerprint sensor is interfaced with the battery to turn on the bike. The servo motor is operated based on the identified data to turn on the bike.
The bike ECU should be connected to the Finger print set up and other parts to complete the product. Commercialization may be initiated after the completion of the product.
Prototype is completed. Prototype to product conversion is yet to be done. 5 Student Team: 1. ROKULA PRANEETHA 176Y1A0475
2. G BHAVANI 176Y1A0203
3. ANGIREKULA SADHVIK176Y1A0507
4. NOORA HARSHITHA 186Y1A0577
Project Description:
NON NETWORK INTENSIVE RECORD KEEPING SYSTEM FOR SHG
It is a cloud based central processing application designed using high optimized big data binary system to use network connectivity Internal artificial intelligence system to details entry
We gathered literature survey, regarding SHG manual records, which are maintained at mandal, district, and state level offices. The prototype is to be converted to the product level and commercialization is to be initialized. 6 Student Team: 1. ENUMULA YAGNASREE 176Y1A0530
2. S KAVYA 186Y5A0215
3. CHIDURALA AKARSHA 176Y1A0419
4. DHARMINI DIVYA 186Y1A0525
Project Description:
MAIZE GRAIN DRIER
The maize grain drier gives the solution to the farmers' problem of time consuming drying process and challenges in drying the maize grains. It uses two position control modes to remove the moisture content and collect in the container. The automation process increases the speed and eases the process. The dried grains are collected and made ready for marketing.
Prototype is completed and tested for operation of Two position control mode of moisture removal. The arduino is interfaced with a temperature sensor and moisture sensor to check the condition of the maize grains. The heating element is kept in the middle of the setup and inlet and outlet of the grains are arranged properly. Finally the treated grains are collected. Prototype is completed and user test is pending. The maize transporting mechanism is to be automated. Product conversion would be completed. 7 Student Team: 1. ANUMANDLA RUSHIKA 186Y1A0504
2. MYAKA SWATHI 176Y1A0458
3. KOMANDLA NAVEENA REDDY 176Y1A0553
Project Description:
ASSESSMENT OF LANDHOLDING PATTERN ,SOURCE OF IRRIGATION,CROPPING PATTERN AND DEPTH OF THE WELLS IN DIFFERENT PARTS OF THE COUNTRY
The proposed project is an AI based cloud application for smart data analytics in ground water management. This application has multiple features like land holding pattern, sources of irrigation, cropping pattern, and depth of wells.
Literature survey is completed and the programming language is identified and the coding part is completed. To complete the project we need to create a cloud platform and a mobile application for the end user. 8 Student Team: 1. KALLURI SOUGANDHIKA 176Y1A0547
2. P MEGHNA 186Y5A0214
3. GODUGURUCHITHA 176Y1A0537
Project Description:
E-TRICYCLE
The proposed project is about the design of an e-tricycle for physically challenged people. The cycle facilitates the persons in moving the vehicle in to and fro direction and flexible in turning at any direction easily. The design is made using simulation tools and implemented in real time. The fault analysis is made by comparing the simulation result and the real time design and steps are taken to redesign based on the fault and user feedback.
CAD based simulation design is prepared and the skeleton on the E-tricycle is completed. Seating arrangements and sheets to cover the wheels, body and other parts are ready. E-bike kits and its accessories have to be connected properly to run the vehicle without human physical effort. 9 Student Team: 1. CHALLAGALI SRILEKHA 176Y1A0519
2. GANDRA SOUMYA 186Y5A0405
3. AITHA SNEHA PRIYA 186Y1A0503
Project Description:
PADDY PLANTING SYSTEM
The major problem of labor in the agriculture field to plant the paddy sapling is overcome by the paddy planting system. A Paddy planting system consists of one tray carrying the saplings and a motorized mechanism is involved to move the vehicle. The manual movement is overcome and the labor problem is reduced by the project.
The mechanical parts of the project are completed. The framework of Locomotion parts are completed except gear mechanism and engine installation. The Gearing mechanism and engine assembly is to be done. 10 Student Team: 1. MUNEEZA TAQDEES 176Y1A0566
2. CHIRRA NAVYA 176Y1A0420
3. MARIYALA SAI PRIYA 186Y1A0565
Project Description:
EARLY FIRE DETECTION AND RECOVERY
The proposed project solves the delay in the fire detection and communicates at the earliest to the nearest fire station with location.
The system involves smoke sensors, GPS and GSM modules.
Proto type is completed. The smoke sensor is interfaced with GPS and GSM modules. The prototype is planned to be converted to the product level. Image processing, Raspberry pi board may be connected to smoke sensors and camera modules to enhance the product. Image processing may be included. 11 Student Team: 1. RUQAIYA SHAHEEN 176Y1A0585
2. KATTA VINITHA 176Y1A0445
3. DONAPATI SNEHA 186Y1A0527
Project Description:
AUTOMATIC PESTICIDES SPRAYER TOOL
India is a country where nearly 70% of people live in rural areas and the main source of their income is farming, directly or indirectly. 70% of people in India are connected with farming directly or indirectly, instead of that we are not producing the crop of which we have capacity to produce. Reason behind this is, the farmers of our country are not using technology very well. So we have to make machines that can help them to save their time and money and to increase the production rate and their profit. We have to make economic machineries. Present scenario in agricultural field in India related to sprayer is that farmers are using hand operated sprayer or motorized sprayer. As studied, the major problem faced by most of the farmers is carrying the pump on back to spray fertilizers. That is, it is heavy to carry for a long time. So, there is a need for a system or simple device that makes the difficult task easier. It has to fulfill the need of spraying fertilizers which is easy to carry. The system/device should be in such a way that it need not be carried on the back and roaming the entire field to spray fertilizers. According to the idea in our project, we are making a small 4 wheel kart or vehicle which is electronically operated by a wireless remote which runs on a power source as a DC battery. One vertical arm is attached at the centre of the vehicle and one horizontal arm at top of the vertical arm. Nozzle is fitted to these arms so that it can spray pesticides on both sides. As more no of nozzles are there hence spraying is done rapidly and time and money is saved.
Till now, we have gathered all the required devices and integrated them properly for the prototype model.In this model, the Fabrication part has been done. The locomotive part has also been done properly. However, the controlling part has also been done but directional movement needs to be checked properly. The low-fidelity prototype model has been almost completed. For the actual design of the model, the work has been started and needs some time in terms of the complete model. 12 Student Team: 1. V ANUSHA
2. N HARSHITHA
3. D SAI SRIYA
4. K NIKITHA
5. AFREEN
6. D SAI MANASA
Project Description:
JOB RECOMMENDER SYSTEM . TO DESIGN A SOFTWARE APPLICATION FOR ASSESSING THE ABILITIES OF A STUDENT WITH RESPECT TO EMPLOYABILITY.
Create a Artificial Intelligence based Student and Industry Interaction System as per their needs.
Students up gradation to adopt industry standards is very important now for the best career as per their interests. For this Create an artificial intelligence based software to collect the industry needs and provide guidance to students with learning objects as per their interests automatically.
Create a artificial intelligence system for the industries to provide their future requirements and technology change concepts to students
Literature survey is completed and gathered information how the job recommendation system provides services as an online mode, the programming language is identified and the design part is completed. We need to deploy a developed platform in our college in the part of the training and placement cell, which helps the student community for their placements. 13 Student Team: 1. R REETHIKA
2. J RAMYA
3. U NAVYA SRI
4. K SRUTHI
5. A ASRIKA
6.E PUJITHA
Project Description:
Domain Specific E- Learning Application
Deep Learning-AI Smart Processing System 1. The learner sends his unstructured questions to an artificial intelligence based processing unit which analyzes the question and provides the learning objectives to the learner. 2.faculty or others can send their questions so that our software processing unit will creates PPT or videos or other kind of material for the better teaching.
Literature survey is completed and gathers information about how an E- learning application works, the programming language is identified and the design part is completed. We need to deploy a developed platform in our college in the part of the teaching and learning center, which helps the student community for their course learning. 14 Student Team: 1.P.MEGHANA HIMA VARSHINI
2.SYEDA SHAFIYA YASMEEN
3.K. SRI HARSHITHA
4.R. LATHA SREE
Project Description :
AI BASED HYBRID ELECTRIC VEHICLE Several economic and environmental factors are contributing to increasing interest in alternative vehicle technologies.This hybrid bike is a vehicle with multiple distinct energy sources which could be separately or simultaneously operated to propel the vehicle.It will run on both fuel and electricity and this electric energy on which bike moves is generated by the motion of vehicle. In this way we not only decrease fuel consumption(i.e depletion of natural resources) but also overall vehicle efficiency would also be improved.
As AI is being implemented at rapid speed in a variety of sectors, in this automotive we have employed AI, to make it more customer-friendly and meet their needs.
Till now we gathered information about hybrid electric vehicles and its principle of working. We are developing an idea of adding AI for this project.
In general, we either find vehicles working on fuel or electrical energy.We are working on vehicles that would work on both electrical energy and fuel. This would overcome the disadvantages found in vehicles running on single energy sources. Developing circuits for both electrical and mechanical as well as how the design should be made. Making a clear note of AI for this project. 15 Student team: 1.G.BHAVANI
2.K.PRAVALIKA
3.G.ANUSHA
4.A.SAHITHI
Project description:
AI AGRICULTURAL DRONE
Several economic and environmental factors are contributing to increasing interest in alternative agricultural drones. This agricultural drone is a drone with multiple operations. It can be operated similar to a normal drone. The main function of the agricultural drone is to spray the pesticides as well as dropping the seeds and it can also check the temperature of that area .It records the condition of the plants.
As AI is being implemented at rapid speed in a variety of sectors, in this agricultural drone we have employed AI, to make it more user friendly and meet their needs.
Generally we find pesticides sprinkled with agricultural drones. It is having a function i.e., only the pesticides are sprinkling. The main aim of our project is to make the Agricultural drone with multiple functions. The AI is also employed in this project. Developing the agricultural drone with image processing, pesticides sprinkler, dropping of seeds, knowing conditions of the crop. note of AI for this project.
Affiliated to
JNTUH
Approved by
AICTE
Accredited by
NBA
ADDRESS
Ananthasagar, Hasanparthy, Warangal, Telangana, India - 506371.