The Internet of Things (IoT) is transforming mechanical engineering, offering smarter, automated solutions for real-world challenges. This curated list of easy final year projects helps engineering students explore sensor integration, automation, and data analytics in mechanical systems. Whether designing smart monitoring systems or automated machinery, these projects provide hands-on experience in merging traditional mechanical concepts with advanced IoT technology.
The wireless robot control system uses an Arduino with a Wi-Fi module for military surveillance, bomb detection, and automated defense. It features video monitoring, vertical movement, and remote operation, enhancing border security and reducing risks in conflict zones.
This study develops a smart agriculture monitoring system using ESP8266 and IoT to regulate greenhouse conditions. Sensors monitor humidity, light, and temperature, enhancing crop yield and quality through automated environmental control.
This study develops a prototype home security system using ESP8266, controlled via a smartphone app or PIR sensor. It employs a magnetic lock, follows the ADDIE model, and includes backup power for reliability.
This study develops an IoT-based air quality monitoring system using ESP8266 and an MQ-135 sensor to detect CO2, SO2, and NO2. The system transmits real-time pollutant data to servers, displaying air quality indices on websites and applications.
This study develops an ESP8266-based weather station integrating control systems and data acquisition to monitor temperature, humidity, and wind speed. Data is stored in a database, visualized using R, and managed remotely via the NETPI platform.