Hey there in this post we will see IoT based projects for final year with a list of latest IoT projects.
To those who don’t know IoT is internet of things.
You are in the right place if you are in search of IoT projects for final year with source code.
This post covers list of IoT projects with raspberry pi and also iot projects using Arduino.
Note that iot project examples are also given to each project topics and you can watch their video too.
You might also like our earlier post on Nodemcu servo control via Web server
Topics list of IoT based projects for final year
- Smart Home Automation
- Health Monitoring Bracelet
- IoT Smart Agriculture
- Smart Traffic Management
- Waste Management System
- Energy Monitoring System
- Water Quality Monitoring
- Smart Parking System
- Indoor Navigation for Visually Impaired
- Environmental Monitoring
- Home Security System
- Asset Tracking
- Smart Irrigation System
- Elderly Care Monitoring
- Air Quality Index Display
Now we will go through explanation for all these IoT based projects for final year topics.
Smart Home Automation
The Internet of Things has changed the “smart home” in recent years. Homeowners now have incredible convenience, security, and energy efficiency.
This revolution includes complete IoT-based home automation.
Any smart home automation system needs lighting control. You no longer need to stand to dim or switch off lights. IoT lets you control lights remotely.
Whether you want to illuminate your home at night or create the mood for a romantic dinner, smart lighting solutions are flexible.
The seamless integration of IoT-based home automation systems is its charm. One on one interface, a hub or smartphone app controls lighting, appliances, and security.
You can make Smart Home automation with Google Assistant & Alexa using NodeMCU ESP8266 as shown in this project
Health Monitoring Bracelet
IoT and wearable tech have transformed customized healthcare. Imagine a future where health issues are monitored and caught early.
Wearable IoT gadgets like the Health Monitoring Bracelet enable this idea.
This notion requires continual vital sign monitoring. Sometimes doctors monitor heart rate, blood pressure, and oxygen saturation.
The Health Monitoring Bracelet provides real-time health data by monitoring vital signs 24/7. Health Monitoring Bracelet magic occurs behind the scenes utilizing IoT.
Devices instantly process and analyze data. Patterns and abnormalities are found by algorithms to identify health problems early.
The bracelet notifies if vital signs surpass safety.
The technology’s capacity to detect abnormal results is vital. The Health Monitoring Bracelet alerts you if your heart rate or blood pressure increases suddenly.
This timely notification helps you relax, get medical help, or adjust your lifestyle.
You can make Arduino-Based Automated Health Monitoring Wristband from this Tutorial
IoT Smart Agriculture
Technology and innovation are changing agriculture. Agriculture’s IoT solutions are groundbreaking.
Imagine real-time soil, weather, and crop health monitoring in farming. Smart Agriculture does this. Smart Agriculture uses data to improve farming.
Precision agriculture uses real-time data to assist farmers in making choices. This shift uses agriculture-specific IoT.
Smart Agriculture requires soil monitoring. IoT delivers farmers new soil health information, which are crucial to farming.
Ground sensors measure temperature, moisture, and nutrients. Farmers need precise weather data, and Smart Agriculture employs IoT.
Real-time on-site weather is observed, not predicted.
Farm IoT weather sensors detect temperature, humidity, wind speed, rainfall, and more. Farmers constantly worry about crops.
Early pest, disease, and nutrient detection improve crop yield and quality. Field sensors and imaging systems monitor crop health using IoT.
A video on The Future of Modern Smart Farming with IoT to learn more.
Smart Traffic Management
Cities nowadays cause public transit congestion. However, the Internet of Things has led to new solutions.
Imagine a city with little congestion and unrestricted traffic. Smart Traffic Management uses citywide IoT sensors. Traffic, vehicle speed, and congestion are recorded live by these sensors.
They send their data to a central system for processing and analysis to optimize traffic flow. The key advantage of Smart Traffic Management is real-time traffic monitoring.
Traditional traffic control systems use static signals and timings, whereas IoT sensors gather data continually. This dynamic data lets traffic authorities rapidly adapt and decrease congestion.
Here is a small prototype of a smart traffic management system with IoT.
Waste Management System
Inefficient urban trash management leads to overflowing bins and insufficient collection routes. The IoT is altering rubbish management.
Waste containers may alert authorities of their fill levels, enabling effective collection and routing. Smart waste management solutions achieve this.
Waste Management IoT sensors provide smart waste management. These sensors check bin fill levels live. They alert bins near capacity.
Smart Waste Management optimizes collection routes to save gas and manpower. Costs and carbon impact decrease with fewer unneeded travels.
Reduced waste collection vehicle emissions protect the environment.
Complete project video of waste management system with Iot
Energy Monitoring System
The Internet of Things (IoT) is helping measure and improve home and business energy consumption as we approach an era of energy conservation and sustainability.
Imagine a waste-free civilization that utilizes every watt. IoT energy monitoring solutions are doing this swiftly. Energy efficiency and sustainability are crucial globally.
Energy consumption greatly increases carbon emissions and environmental degradation. New energy monitoring and improvement methods are essential for households, companies, and politicians.
IoT-based Energy Monitoring Systems reduce utility costs immediately. Finding and repairing energy inefficiencies may significantly reduce power costs.
Lower operating expenses benefit businesses. Renewable energy households and businesses may seamlessly integrate IoT-based Energy Monitoring Systems.
Track solar panel and wind turbine performance and energy use. This data guides energy mix and storage decisions.
Here is the tutorial on IoT Based Smart Electricity Energy Meter using ESP8266 & Blynk Application
Water Quality Monitoring
Monitoring water quality is crucial for human and environmental health. Technology and innovation have created real-time water quality monitoring devices using the Internet of Things.
Suppose water quality measurements are continually monitored and pollution warnings are sent quickly.
This goal is realized by creating Water Quality Monitoring systems. Water quality monitoring systems must notify of pollution quickly.
IoT sensors inform authorities and stakeholders to water quality abnormalities and contaminants. This notification is crucial for public health and environmental actions.
Water Quality Monitoring Systems promote water sustainability. Monitoring water quality encourages stakeholders to avoid pollution.
Examples include industrial discharge rules, agricultural runoff management, and water conservation.
Watch this video on IoT Based Water Quality Monitoring system using ESP32 that can show Temperature, Turbidity, and other factors.
Smart Parking System
Finding parking in a busy city may be unpleasant and time-consuming. IoT-enabled smart parking solutions improve efficiency and comfort.
Imagine a world when IoT sensors help automobiles find parking places instantly. A primary feature of Smart Parking Systems is real-time parking spot availability.
Smartphone applications and digital displays help drivers identify parking spots quickly. Real-time data reduces parking searches, traffic, and annoyance.
Smart Parking Systems make pre-reserving parking spots easy. For availability, drivers may book a parking place on their cellphones before arrival.
This helps at busy hours and high-demand places.Many Smart Parking Systems accept payments. It allows automobiles pay for parking online without cash or fines.
Integration of payments simplifies parking for drivers and operators. Smart Parking Systems speed up car parking, reducing traffic.
Saving time finding parking decreases automobile circling, traffic flow, and pollution.
You can build this Project on RFID Based Smart Parking System with Arduino.
Indoor Navigation for Visually Impaired
When it comes to navigation it is hard for the blind. Indoor places may be complicated and hard to traverse, unlike outside areas with numerous elements and signs.
Except from considering this as IoT based projects for final year it is a useful project to help others.
IoT-based Indoor Navigation devices provide visually challenged persons unparalleled freedom. Imagine sight impaired persons navigating complex interior areas independently.
Accessibility and inclusion are evolving fast due to this desire. IoT-based Indoor Navigation benefits visually impaired persons with real-time guidance.
Specialized smartphone applications or wearables give indoor auditory or haptic instruction.
Feedback includes turn-by-turn directions, proximity alerts, and point-of-interest descriptions.
Here is the project on how to make Indoor Navigation and Smart Stick for Visually Impaired.
Environmental Monitoring
You can prioritize this project for your IoT based projects for final year, since there is a scope.
Environmental quality impacts health and well-being in our urbanizing society. Urban living difficulties can be solved using IoT environmental monitoring devices.
A network of sensors monitors urban air quality, noise, and pollution in real-time to empower communities and educate decision-makers.
Environmental Monitoring using IoT devices provides real-time data. User-friendly smartphone and computer interfaces allow authorities, academics, and the public to monitor the environment.
Sound pollution in cities hurts mental and physical health.
IoT sensors for Environmental Monitoring enable authorities to detect noise hotspots, enforce noise laws, and mitigate noise pollution.
Environmental monitoring raises community awareness and involvement. Sharing real-time data enables environmental action. Collective environmental responsibility is promoted.
A Project video supporting Environmental Monitoring and IoT concept.
Home Security System
In today’s hurried world, home security is key. Cameras, motion sensors, and remote access have transformed home security with IoT.
Imagine a real-time, property-protecting home security system that gives you peace of mind. We do this using IoT-based Home Security Systems.
The IoT Home Security System uses smart gadgets to operate together. Security cameras, motion sensors, door/window sensors, and smart locks are typical.
These devices monitor and defend your home with a multilayered security net. Modern home security uses IoT cameras.
They monitor inside and outside with HD video. They stand out by connecting to your home network and streaming live video to your phone or computer.
Real-time property monitoring from anywhere increases security and peace of mind. Home security IoT solutions require motion sensors.
I suggest you try this IoT project on home security as shown in this video.
Asset Tracking
While enterprises and organizations require efficient asset management, IoT technology allows real-time asset tracking and monitoring.
Visualize a full asset management system. This is achieved via IoT Asset Tracking. Asset tracking uses IoT sensors in automobiles, equipment, and personnel.
These sensors monitor asset location, status, and condition. Data is transferred to a central system or cloud platform for real-time insights.
IoT-based Asset Tracking helps monitor assets in real time.
IoT sensors deliver real-time asset location and status data for precise monitoring and decision-making. Financial losses from asset theft and abuse may be huge.
IoT-based Asset Tracking alerts promptly when assets leave routes or enter banned areas, boosting security. This preventive approach reduces theft and misuse.
If you are willing to make IoT asset tracking with Rfid you can refer to this project
Smart Irrigation System
Smart Irrigation Systems have transformed landscapes, gardens, and farms for water conservation. These innovative systems use IoT to optimize water use depending on weather and soil moisture.
Watering plants just as required saves water and encourages healthy growth. This goal is achieved with Smart Irrigation.
Smart Irrigation Systems employ soil-based IoT sensors and local weather. These sensors alert a central control system to soil moisture. Water requirements are calculated using current and projected weather.
Smart Irrigation Systems can adjust watering schedules to weather, which is great. Rain or high humidity may delay or reduce irrigation, decreasing overwatering and water waste.
Many Smart Irrigation Systems can be controlled and monitored remotely via smartphones and websites.
Users may change settings, check system status, and get irrigation warnings remotely, providing convenience and flexibility.
Smart irrigation conserves water. Sustainable landscaping and water saving are promoted.
There are plenty of projects on this refer to this easy project tutorial.
Elderly Care Monitoring
Quality care and elder well-being become increasingly vital as our population ages. IoT technology has revolutionized elderly care with fall detection, medication reminders, and health monitoring.
Consider an elderly protection system that protects their freedom and dignity. This notion is being realized with IoT Elderly Care Monitoring.
Elderly Care Monitoring uses IoT sensors and wearable devices seniors may simply wear or install. These sensors track health, activity, and surroundings.
A central system or cloud platform analyzes the data in real-time. Fall detection is crucial to IoT-based Elderly Care Monitoring.
The sensors may detect sudden movements or postural changes that indicate a fall. The device alerts caretakers or emergency agencies after a fall for quick assistance.
Here is an excellent project of Real-Time Home Monitoring System which is an Arduino IoT Project.
Air Quality Index Display
Due to escalating air quality issues, air quality information must be accessible and updated. IoT-enabled Air Quality Index (AQI) Displays showed real-time air quality data.
These screens provide local air quality to help people choose healthy activities. Consider a display that teaches you about air and lets you protect yourself.
These IoT-enabled AQI Displays accomplish this ambition. These sensors measure air pollution in key places. AQI Displays with IoT provide health recommendations and alerts.
When the AQI reaches health dangers, the display may advise limiting outdoor activity, wearing masks, or securing windows.
Poor air quality may also trigger alarms. Users may compare air quality over time using previous data and trends on certain displays.
I recommend building Air Quality Monitoring System using ESP8266 and Blynk IOT that is shown here
These were some of the IoT based projects for final year options perfect for the students.
They can work around these and come up with successful results. If you have any questions ask in the comments.
