Real Time Monitoring of Engine Parameters for Enhanced Vehicle Performance

In automotive technology, ensuring the life span and productivity of vehicles is very difficult. This paper presents the real time monitoring of engine parameters for enhanced vehicle performance. The system comprises an ultrasonic sensor for detecting the level of engine oil, a temperature sensor for real-time engine temperature monitoring, and a light dependent resistor for evaluating oil quality under various lighting conditions. The integration of the above three sensors with the Arduino Nano, makes a strong foundation for continued data gathering. These three sensors gather live data, which is displayed on an LCD screen to provide real-time insights for vehicle evaluations. The work for the undertaking includes instating the LCD shows, arranging the Arduino Nano to collaborate with the sensors, and ceaselessly assembling and showing urgent information about the changes occurring during the process. With this work, the review features how to effectively coordinate the sensors for effective vehicle monitoring. Furthermore, it shows helpful applications for continuous information representation on a LCD interface and alert by buzzer utilizing Arduino programming.