● Develop and maintain mechanical design documentation, including daily progress reports, dismantling, cleaning, and inspection reports, ensuring compliance with project specifications. ● Collaborate with cross-functional teams by attending contractor and client meetings, facilitating seamless project execution and coordination. ● Prepare and review pre-commissioning and commissioning documents for overhauled equipment, ensuring operational readiness. ● Submit RFIs (Request for Inspection) documents at every stage of mechanical reassembly, particularly when integrating newly designed, machined, or fabricated components. ● Interpret and analyze mechanical drawings and P&ID (Piping & Instrumentation Diagrams) for precise system integration and troubleshooting. ● Utilize SolidWorks to create CAD models of mechanical components, including extraction tools, thrust bearing shims, lock nuts, and other turbine, blower, and compressor-related spares for machining or fabrication. ● Oversee machining and fabrication processes, ensuring high-quality production and seamless installation of mechanical components. ● Conduct simulations using ANSYS Workbench to analyze critical lifting procedures and optimize mechanical operations before execution. ● Leverage SolidWorks CAM to generate toolpaths and convert CAD models to G-code for CNC machining of high-precision components. ● Supervise equipment inspections and testing procedures, ensuring compliance with engineering standards and project requirements.

● Diagnosed and troubleshot mechanical faults in transport vehicles (Mercedes Actros trucks) using Xentry diagnosis software, ensuring accurate fault identification and repair planning. ● Prepared technical reports and work permits based on diagnostic findings, streamlining repair processes and compliance with safety protocols. ● Performed routine maintenance and mechanical repairs, including periodic servicing and replacement of critical components such as clutch disks and cover assemblies. ● Utilized Electronic Parts Catalogue (EPC) for efficient fault diagnosis and part identification, expediting procurement and replacement of essential components.