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Internet of things (IOT) Projects and training for Engineering Students in Bangalore, iot ece projects 2018-2019
At TECHNOFIST, we provide academic projects based on Internet of Things with the latest IEEE papers implementation. Below mentioned are the 2018 list and abstracts on IOT domain. For synopsis and IEEE papers, please visit our head office and get registered.
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2018-2019 Latest IoT/ Internet Things Based Projects
Here we provided the best and latest IEEE IOT/INTERNET of things 2018-2019 project list with abstract/synopsis on our website. We do train students from basic levels of IOT, which includes basic IOT Classes, project implementation, final project demo, and final code explanations. If you have questions regarding these projects, feel free to contact us. You may also ask for the abstract of a project idea that you have or want to work on. The own projects idea for diploma and Engineering students can also be encouraged here.
Final Year Project List
| Project Code | Abstract |
|---|---|
| TIWO01 | Design of Automatic Accident Detection and Management in Vehicular Environment Using IoT Road accidents and traffic congestion are major problems in urban areas. Currently, there is no technology for accident detection. Also, due to the delay in reaching the ambulance to the accident location and traffic congestion between the accident location and hospital increases the chances of the death of the victim. A system that reduces the loss of life due to accidents and minimizes the time taken by the ambulance to reach the hospital is essential. This new system will implement automatic detection of accidents through sensors provided in the vehicle. A main server unit houses the database of all hospitals in the city. A GPS and GSM module in the concerned vehicle will send the location of the accident to the main server, which will rush an ambulance from the nearest hospital to the accident spot. Control of traffic light signals in the path of the ambulance using RF communication will also minimize the time of ambulance to reach the hospital. A patient monitoring system in the ambulance will send the vital parameters of the patient to the concerned hospital. This system is fully automated, thus it finds the accident spot and helps reach the hospital in time. Contact: +91-9008001602, 080-40969981 |
| TIWO02 | Continuous Patient Monitoring with a Reliable Near Field Communication System for Error-Free Treatment Near Field Communication (NFC) is a short-range standard-based wireless communication technology that allows two-way interaction between two NFC-enabled devices. This paper explains how the technology can be used to meet the challenges in healthcare management. This user-friendly and commercially viable technology can be used easily through NFC cards, tags, and keychains. Each NFC tag has a unique number for patient identification in a hospital and stores the patient’s medical history, prescriptions, and real-time sensor data. The current health monitoring methods are tedious and time-consuming. The use of NFC combined with wireless sensors helps hospital staff quickly access and monitor patient’s health records and status. Contact: +91-9008001602, 080-40969981 |
| TIWO03 | Development of Smart Helmet Based on IoT Technology for Safety and Accident Detection This paper introduces a smart helmet using IoT technology to enhance safety and accident detection. With the growing number of two-wheel vehicles, the frequency of accidents is increasing. A major portion of fatalities occurs when individuals are not wearing a helmet, or their accidents are not reported in time. The proposed mechanisms detect helmet usage, accidents, and alcohol consumption and send this information to concerned individuals. Contact: +91-9008001602, 080-40969981 |
| TIWO04 | Car Black Box System for Accident Prediction and Crash Recovery Using IoT This prototype of the Vehicle Black Box System (VBBS) can be installed into any vehicle worldwide. The project deals with accident avoidance and security provision for both the vehicle driver and vehicle itself. The VBBS contributes to constructing safer vehicles and improving the treatment of crash victims. Contact: +91-9008001602, 080-40969981 |
| TIWO05 | Design of Automatic Speedbreaker on Time Demand Using Embedded Systems This project proposes an automatic speed breaker that appears as needed on the road. It stores the required time for the speed breaker to be present and can be controlled through embedded systems. Contact: +91-9008001602, 080-40969981 |
| TIWO06 | Design and Implementation of Authentication for Smart Vehicle System Using IoT The goal of this paper is to protect the vehicle from unauthorized access using a biometric scanner. The system communicates the vehicle’s status to the owner using Wi-Fi or GSM technology. If the person isn’t certified, an SMS will be sent to the owner, immobilizing the engine. Contact: +91-9008001602, 080-40969981 |
| TIWO07 | Automatic Toll Collection and Vehicle Accident Detection Using RFID and Piezo Electric Sensor This project introduces an identification system for vehicles at toll plazas and uses piezoelectric sensors for accident detection. An account must be created through a mobile application to register the RFID tag of the vehicle. Contact: +91-9008001602, 080-40969981 |
| TIWO08 | Automatic Detection and Notification of Potholes and Humps on Roads to Aid Drivers This system collects information about potholes and humps, helping drivers avoid accidents caused by road conditions. Contact: +91-9008001602, 080-40969981 |
| TIWO09 | An Internet of Things Approach for Motion Detection Using Raspberry Pi This paper proposes a smart surveillance system using Raspberry Pi and PIR sensor to detect motion and conduct facial recognition. Contact: +91-9008001602, 080-40969981 |
| TIWO10 | A Low Cost Reconfigurable Smart Water Quality Monitoring System in IoT Environment This paper discusses the importance of water quality monitoring and presents a prototype to measure surface water quality indicators. Contact: +91-9008001602, 080-40969981 |
| TIWO11 | Design of Knowledge Based Real Time Monitoring System for Aquaculture Using IoT This system continuously monitors water quality to ensure the growth and survival of aquatic organisms, transferring data to aqua farmers via the cloud. Contact: +91-9008001602, 080-40969981 |
| TIWO12 | Design of IoT Based Vehicle Theft Detection System This paper presents a design for an anti-theft protection system to protect cars from theft, integrating GPS and GSM for locating stolen vehicles. Contact: +91-9008001602, 080-40969981 |
| TIWO13 | A Proposed Architecture for Automating Public Distribution System This system utilizes RFID technology for a more efficient ration distribution process, replacing traditional ration mechanisms. Contact: +91-9008001602, 080-40969981 |
| TIWO14 | An Intelligent System for Infant Cry Detection and Information in Real Time Using IoT This project proposes a smart baby cradle system to monitor and comfort infants, providing various functionalities to assist parents. Contact: +91-9008001602, 080-40969981 |
| TIWO15 | Design of a Smart Monitoring System for Waste Management Using IoT This project implements a smart dustbin for better waste segregation, informing concerned individuals when bins are full through IoT. Contact: +91-9008001602, 080-40969981 |
| TIWO16 | Design of IoT Based Accident Prone Zone Detection Using Android Application This prototype detects vehicles at accident prone zones and alerts drivers through an Android application to minimize accidents. Contact: +91-9008001602, 080-40969981 |
| TIWO17 | Intelligent Pillbox: Automatic and Programmable Assistive Technology Device This device is designed to assist individuals in managing their medication schedules, incorporating an automatic opening system and notifications through GSM. Contact: +91-9008001602, 080-40969981 |
| TIWO18 | Design of a Smart Car Parking System This project addresses the issue of parking by implementing a smart system to guide vehicles to available parking spaces. Contact: +91-9008001602, 080-40969981 |
| TIWO19 | IoT Based Anti-Poaching Alarm System for Trees in Forest Using WSN This project utilizes GPS technology to monitor and control parameters to restrict illegal tree smuggling and protect valuable forest resources. Contact: +91-9008001602, 080-40969981 |
| TIWO20 | A Method of WSN to Monitor and Control the Cold Chain Logistics as Part of the IoT Technology The Internet of Things (IoT) is a new evolution in technological advancement taking place in the world today. This paradigm allows physical world objects in our surroundings to be connected to the Internet. This idea |