Utilized Creo Parametric to develop detailed 3D models and assemblies, ensuring accuracy and adherence to design specifications.
Conducted thorough evaluations of design performance, employing mechanism and collision dynamics analyses to optimize functionality and prevent potential issues.
Generated comprehensive design documentation and maintained accurate records throughout the development process.
Implemented DFMEA (Design Failure Mode and Effects Analysis) and FMEA (Failure Mode and Effects Analysis) methodologies to assess the potential risks associated with new designs and design changes, ensuring robustness and reliability.
Produced precise 2D drawings of assemblies and parts in compliance with ISO and industry design standards, facilitating clear communication and manufacturing consistency.
Designed and modeled checking fixtures for parts and assemblies, enhancing quality control processes and streamlining production.
Assessed manufacturability and assembly processes, collaborating with cross-functional teams to create production-ready drawings that optimize efficiency and minimize costs.
Updated existing technical drawings to align with current standards, and transformed 2D drawings into accurate 3D representations to support design modifications and enhancements.

• Designed and developed mechanical systems, ensuring adherence to design specifications and project goals.
• Collaborated closely with site engineers to understand design requirements and translated them into effective mechanical designs.
• Produced comprehensive engineering calculations, drawings, and specifications while maintaining precision and compliance with industry standards.
• Conducted detailed calculations, including tolerance, dimensions, and static analysis, to guarantee optimal performance and reliability of mechanical systems.
• Effectively communicated design concepts by sharing drawings with senior executives and manufacturing teams, facilitating consistent manufacturing processes.
• Provided valuable support throughout the construction and installation phase, ensuring precise implementation of design specifications.
• Maintained strong professional relationships with suppliers, clients, architects, and contractors through effective communication.
• Generated comprehensive reports and documentation, capturing design processes, project progress, and relevant data.
• Proficiently generated Bills of Quantities (BOQ) and Bills of Materials (BOM) to estimate material requirements and project costs, contributing to efficient resource management and budget control.
• Actively engaged in on-site visits, overseeing the effective implementation of design plans and promptly addressing emerging challenges.
• Accomplished the design and construction of a bus transfer overhead hanger conveyor, resulting in a remarkable cost reduction of nearly 60% compared to the original budget.
• Spearheaded the design and production of highly efficient Jigs for Chassis, Roof, and side frames, projecting substantial cost savings amounting to millions in the long term. By utilizing these in-house jigs, the company will significantly decrease its reliance on imported frames from China.

• Efficiently supervised site activities and collaborated with contractors, ensuring the seamless execution of projects. Provided regular project status reports to relevant stakeholders, enabling effective decision-making.
• Managed and maintained accurate project documentation for future reference, ensuring all records were up-to-date and readily accessible.
• Generated Bills of Quantities (BOQ) and Bills of Materials (BOM) to calculate required materials and estimated project costs. This facilitated efficient resource allocation and effective budget management.
• Assumed full responsibility for operations during assigned shifts, ensuring optimal functioning of equipment and systems.
• Maintained a comprehensive logbook of completed work, detailing tasks accomplished for effective tracking and reporting.
• Documented operational records and performance metrics meticulously, facilitating in-depth performance analysis.
• Conducted routine scheduled maintenance work and promptly addressed faults, demonstrating efficient diagnosis and resolution of breakdown problems.
• Supervised the maintenance and operation of various equipment and systems, including generators, turbines, boilers, elevators, cooling towers, pumps, centrifugal machines, and evaporators.

Understanding mechanical parts drawing and their implementation. And also work with senior engineers on making Dam ring in workshop.
Learned about welding, cutting, milling, shaper machine, lathe machine.
Learned about different maintenance techniques.