Pradip Komble

Background

About Pradip Komble

Maintenance Supervisor | Electrical Troubleshooting | CNC Machines | Safety Enhancement Experience: Maintenance Supervisor at Bosch Ltd Nashik, Electrical and Electronics Maintenance Department (14/09/2020 - Present) 3 Years of Experience. Skills: Plant Maintenance Operations: Overseeing maintenance activities across multiple shifts, ensuring smooth operations, and minimizing downtime through effective planning, resource allocation, and spare parts management. Reporting and Meeting Facilitation: Preparing daily reports, analyzing breakdowns, and implementing corrective actions. Skilled in conducting collaborative meetings for problem-solving and decision-making. Calibration and Equipment Management: Coordinating machine and gauge calibration activities, ensuring compliance, and maintaining accurate records. Industry 4.0 and Digitalization: Supporting Industry 4.0 projects, driving digitalization initiatives, and performing ITM activities for improved operational efficiency. Total Productive Maintenance (TPM): Utilizing TPM methodologies to optimize equipment performance and reduce breakdowns. SAP (PM Module): Proficient in utilizing the SAP Plant Maintenance module for managing maintenance activities, including maintenance schedules, work orders, and spare parts inventory. Problem-Solving and Cost Optimization: Applying the PDCA approach to analyze breakdowns, identify root causes, and implement cost-effective solutions to minimize losses in 4M (manpower, machinery, materials, methods). Internship: Vocational Industrial Training Program at Kshipra Automation Ltd, MIDC, Ambad. Gained experience in PLC programming, HMI simulation, hardware and software configuration, and SCADA. Projects:"Electric Vehicle Charging Station": Developed a circuit to optimize the charging process and reduce charging time for electric vehicles."PLC-Based Automation for Optimum Load Sharing between Power Transformers at Substation": In this project, we aimed to build an automated transformer load-sharing system, where the transformer current is distributed efficiently between multiple transformers based on the load requirements. This automation helps in maintaining a balanced load distribution and ensures the smooth functioning of the power system. Received 1st Prize in the I-RISE 2022 Competition for the transformer load-sharing project.