Mihir Kanole

1. Improved project scheduling efficiency by 25% by developing a detailed project plan for large residential construction in India. 2. Created an Excel-based software program for improved project planning by using Gantt Chart and using Critical Path Method. 3. Developed project schedule and Automated project dashboard

1. Supported project execution and project management for mechanics, scaffolding & pipework for chemical plant construction in France. 2. Executed Change orders in SAP. Conducted design review/root cause analysis. Tracked engineering changes. Coordinated with contractors for on site execution. 3. Supported project team for monitoring project costs and schedules. Prepared KPI-based status reports. 4. Developed Piping design handbook and digital tools for contracts review and cost monitoring.

1.Supported Conveyor Plant engineering. Prepared technical specifications and engineering documents. 3.Designed components, Cross Sectional Structures & assembly with CAD Software, SolidWorks. 4.Created 3D CAD models of Plant layout, Assembly diagrams and installation plans. Optimized Conveyor Plant Design and Layouts by conducting motion, interference and feasibility studies. 5.Prepared Project Plan and Project dashboards for reporting based on defined KPI. Coordinated with project team for execution.

1. Executed a Six Sigma project for optimization of Plant layout, Product design and process for a quality improvement of Automotive part. The part is used in power steering. 2. Optimized Plant Layout using 5S Method to reduce contamination of Air born particles. 3. Improved product design by developing Hydraulic prototypes in CATIA V5. 4. Optimized process parameters by flow simulation in Software SolidWorks. 5. Reduced contamination levels in end product by 40%, achieving compliance with ISO 16232.

1.Managed the full project lifecycle of a 2-year automotive engineering project, including planning and team coordination. 2.Designed chassis, steering, brakes, and suspension assemblies. Prepared 2D/3D CAD models of parts and assemblies using CATIA V5. Used ANSYS to perform FEA and Lotus Shark to improve vehicle dynamics. 3.Designed lightweight car body using FRP material through additive manufacturing methods 4.Coordinated technical reviews and compliance with competition engineering standards.