Inspection Engineer on the TA-05 Project 0007 at PARCO Mid Country Oil Refinery through Inspectest. This project has given me valuable opportunities to inspect critical components, including:Heaters in Area 200 and Area 400Furnace in Area 300Column in Area 5500Vessels in Area 1010V9 Column in Area 100Working alongside an exceptional team has been a highlight. Huge thanks to QA/QC Night Shift Manager Ijaz Sahib, Area Lead Bukhari Sahib, Area Engineer Umer Sahib, and Team Lead Uzair Sahib for their guidance and support. This experience is shaping my skills in inspection engineering, and I’m grateful for the growth and learning each day.

In a world where collaboration between diverse fields is gaining prominence, the fusion of automotive industry insights and metallurgy and materials engineering expertise presents an exciting frontier. As the proprietor of Abdullah Auto and Workshop, I find myself uniquely positioned to interweave practical automotive know-how with the theoretical underpinnings of materials science and corrosion control. This amalgamation not only enriches my business endeavors but also empowers me to contribute meaningfully to the realm of materials engineering, aligning closely with principles of materials selection, corrosion mitigation, welding techniques, quality assurance, and effective communication.1:Auto Workshop Operations and Engineering Nexus2:Materials Selection: A Shared Lens3:Corrosion Control: A Unifying Goal4:Welding and Joining: An Intertwined Craft5:Hands-On Problem-Solving: The Bedrock of Engineering6:Quality Control: A Shared Pursuit of Excellence7:Customer Interaction and Communication: A Common Thread8:Business Acumen and Engineering Management: A Dual Masterymy experience as the owner of Abdullah Auto and Workshop provides me with practical insights into materials, processes, and problem-solving that are directly applicable to metallurgy and materials engineering. By leveraging my experience, i can contribute a unique perspective to the engineering field and excel in areas such as materials selection, corrosion prevention, welding, quality control, and more.

Working in the corrosion department at SNGPL multan transmsion involves dealing with the prevention, control, and mitigation of corrosion in gas pipelines and related infrastructure. Corrosion can lead to pipeline leaks, reduced efficiency, and safety hazards, so it is crucial to have a dedicated department to address these issues.In a corrosion department, my responsibilities include:Conducting regular inspections and assessments of pipelines and associated equipment to identify and evaluate corrosion-related issues.Implementing corrosion control measures, such as cathodic protection systems, coatings, and inhibitors.Monitoring and analyzing corrosion data to track the effectiveness of preventive measures and identify areas requiring attention.Developing and implementing corrosion prevention programs and strategies to ensure the integrity and reliability of gas pipelines.Collaborating with other departments, contractors, and external stakeholders to ensure compliance with corrosion prevention standards and regulations.Conducting research and staying updated with industry advancements in corrosion control technologies and best practices.

internship at the SNGPL Transmission Office in the Corrosion Control Department, where i learned about cathodic protection and testing methods to ensure the security of pipelinesCathodic protection is a technique used to prevent corrosion in metal structures, particularly pipelines, by making the pipeline the cathode of an electrochemical cell..To ensure the effectiveness of cathodic protection, regular testing is essential. Various methods can be used to test the security of the pipeline, including:Electrical Potential Measurements: This involves measuring the electrical potential difference between the pipeline and a reference electrode at various points along the pipeline. If the potential is within the desired range, it indicates effective cathodic protection.Close Interval Potential Survey (CIPS): This is a method of taking potential measurements at closely spaced intervals along the pipeline to create a comprehensive profile of the pipeline's condition.Direct Current Voltage Gradient (DCVG) Survey: This technique involves measuring the voltage gradient in the soil above the pipeline to detect areas with inadequate cathodic protection.Current Value for Protection:The ideal current value for effective cathodic protection varies based on factors such as the size, material, and soil conditions of the pipeline. Engineers typically determine this value through careful calculations and field testing. The current value ensures that there's sufficient cathodic protection to prevent corrosionCoating and wrapping are protective measures applied to the surface of pipelines to provide an additional layer of defense against corrosion. Coatings are typically made of materials like epoxy, polyethylene, or polyurethane, while wrapping involves applying a tape-like material over the pipeline. These measures act as a barrier between the pipeline and the surrounding environment, preventing contact with corrosive agents like moisture and soil.

Provided efficient administrative support to the operations team at Royal Delivery Service, a leading logistics company.Managed various administrative tasks, including document management, data entry, scheduling appointments, and maintaining records.Implemented and maintained effective filing systems, ensuring easy retrieval of documents and information.Supported the coordination and execution of daily operations, ensuring smooth workflow and timely delivery of services.Communicated with internal teams, external vendors, and clients to address inquiries, resolve issues, and ensure customer satisfaction.Utilized various software and tools, including Microsoft Office Suite and CRM systems, to streamline administrative processes and enhance productivity.Assisted in the preparation of reports, presentations, and other business documents to facilitate decision-making and support operational efficiency.Collaborated with cross-functional teams, including engineers, technicians, and drivers, to ensure seamless coordination and effective communication.Proactively identified areas for process improvement and implemented strategies to enhance operational effectiveness and efficiency.Maintained confidentiality and handled sensitive information with utmost discretion and professionalism.