WSN (Wireless sensor Network) Projects For Engineering

Are you searching for WSN projects for final-year students? Takeoff EDU Group provides a number of projects for engineering students. We provide the best ideas and new projects for all types of students (from beginners to advanced) based on their needs.

Engineers have greatly benefited from the Wireless Sensor Network (WSN) initiative, especially in the areas of networking, communication, and sensor technology. Students have obtained hands-on experience in deploying sensor nodes, setting up communication protocols, and evaluating data in real-world scenarios through the project’s design, implementation, and testing phases.

Low-power smart vehicle monitoring, tracking, and anti-theft systems that prevent collisions:

This project offers a system that helps with fleet management, vehicle security, and safety—three areas where the Internet of Things is applied in transportation—in an effective and efficient manner. Technology can only be successful when it caters to all social classes. Other than the This paper presents a vehicle tracking and anti-theft system that uses only GSM-GPS and open source technology, making it the least expensive system for fleet management, safety, and security out of all the pricey GPS tracking devices on the market.

Smart Door Using OTP-Based and Biometric NFC Band Techniques:

As we move from a wired to a wireless environment in this rapidly developing technological age, security is essential to maintaining safety. Researchers from all around the world have developed a number of strategies throughout the years that have been successful but have shortcomings in areas like authentication and security

Creation of a Framework for Reverse Vending Machines (rvms) To Be Applied To A Regular Recycle Bin:

Given the current world’s rising waste output and the finite capacity of landfills to accommodate waste, recycling has become a crucial component of waste management practices. The existing manual recycling procedure requires the customer to transport large amounts of trash to the recycling centers, which might be a hassle, which would deter people from recycling. This idea proposes an automated recycle bin with a reward feature that is based on the reverse vending machine (RVM) concept in order to address this problem.

Design of a Cost-Effective Portable Heart Health Data Acquisition System with IoT Capability:

Falls can cause harm to the body and the psyche, particularly in older adults. This work illustrates the improvement of a fall revelation and body arrangement with a heart rate monitoring structure in order to enhance the individual satisfaction of these sufferers. This system consists of an identifying apparatus, a gateway, and a continuous patient monitoring system.

Creation and Application of a System for Gathering Data on Human Motion:

Human activity recognition will likely evolve into unobtrusive monitoring utilizing readily accessible, reasonably priced sensors. In the areas of ambient assisted living (AAL), smart homes (SH), smart cities (SC), and health monitoring, it will facilitate the widespread adoption of new applications. (HM). Building machine learning models for the purpose of monitoring, identifying, recognizing, and predicting an action, movement, state, or event, as well as automatically processing and analyzing vast volumes of sensory data, are the main problems in these applications.