Dhaval Mehta

Responsible for analyzing operational data from existing industrial assets to closely monitor equipment health and fault behavior. Key responsibilities include: 🔹Analyzing asset data to identify, track, and validate developing faults 🔹Continuous condition monitoring and trend analysis of critical equipment 🔹Collaborating directly with clients to explain findings and discuss fault progression 🔹Preparing detailed technical and analytical reports with actionable insights 🔹Supporting the development and improvement of existing monitoring and analytics systems This role involves bridging data analysis, machine condition monitoring, and client communication to enable informed decision-making, predictive maintenance, and improved asset reliability.

Developed advanced fault detection and industrial automation solutions to improve machine reliability and operational efficiency. 🔹 Motor Fault Detection – Engineered a real-time system to identify bearing faults, belt and pulley faults, and load variations. The solution also functioned as a power analyzer, delivering comprehensive insights into overall motor health. 🔹 Smart Industrial Automation & Remote Monitoring – Designed an intelligent control system capable of replacing PLCs in small-scale plants. The system utilized sensor data to detect plant-wide faults, optimize performance, and enable real-time monitoring and control. This automated solution supported predictive maintenance and significantly reduced downtime without the need for human intervention. By integrating Machine Condition Monitoring techniques (MCSA, ESA) with IoT-based analytics, this work contributed to the development of automated, self-regulating industrial systems with enhanced efficiency and reliability.

During my internship, I conducted comprehensive testing on transformers, ensuring compliance with industry standards. My key responsibilities included: 🔹 Insulation Resistance & Power Factor Testing – Assessed dielectric strength and insulation health. 🔹 Turns Ratio & Magnetic Balance Testing – Verified winding integrity and core symmetry. 🔹 Resistance Measurement – Evaluated copper loss and conductor health. 🔹 Fault Analysis & Preventive Measures – Identified potential failures and suggested corrective actions. This hands-on experience enhanced my understanding of transformer performance.