Portable Engine Vibration Analyser

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Portable Engine Vibration Analyser

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Create Date 12 April 2025
Last Updated 12 April 2025

Portable Engine Vibration Analyser

Authors:

Om Mistry1, Pavan Mujumdar2, Raj Bandwar3, Sayali Khadgi4, Saswat Ranjan Pati5, Vilas Gavhane6

1Student BSc in Aviation, Pune Institute of Aviation Technology, M.H. India. 2Student BSc in Aviation, Pune Institute of Aviation Technology, M.H. India. 3Student BSc in Aviation, Pune Institute of Aviation Technology, M.H. India. 4Student BSc in Aviation, Pune Institute of Aviation Technology, M.H. India.

Abstract –This document reports on a system designed to maintain the aircraft engines and optimize the aircraft’s up-time. Vibration

measurements are taken within the defined limits of and by the requirements of the engine builder. The system enables the raw data gathered at the service site to be analysed by the team. The system uses piezoelectric modules to detect engine vibrations, with the data processed through an Arduino and displaced on an LCD. A BLDC motor drives the engine and vibrations are monitored in real-time through sensors placed between the engine and its pylon.

Key Words: Piezoelectric Sensor, Vibration Monitoring, Arduino Uno, BLDC Motor, Embedded Systems, Engine Health Monitoring, Real-time Data Acquisition.

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