• Oversaw piping systems, analyzed hydrostatic testing, and supported chemical cleaning processes on-site• Assisted with on-field commissioning procedures and contributed to understanding the energy processing cycle• Developed proficiency in recirculation methods and system optimization through hands-on experience• Interpreted Piping and Instrumentation Diagrams (P&ID), isometrics, schematics, and 3D models in an on-field setting• Utilized AutoCAD, Navisworks, and Visio for on-field engineering design and project coordination• Participated in air blows, steam blows, and borescope-assisted pipe cleanup to ensure system integrity during operations• Adhered to safety protocols as a harness-trained individual, ensuring compliance and operational safety standards in on-field work

During the internship, the focus was on enhancing Excel skills and proficiency in Navisworks. Involvement in significant projects facilitated the understanding of intricate P&ID diagrams, alongside the acquisition of knowledge in calculating pipe volumes and comprehending aspects like schedules, sizes, GPM, flow rates, and pressure drop rates across various pipe sizes. Additionally, exposure to tasks like chemical cleaning, air blowing, and oil flushing was gained.This period also witnessed an improvement in collaborative and communication abilities within diverse teams. Accurate replication of complex pipe designs and mapping of precise pipe systems together were achieved. Practical involvement in valve management, parts attachment, and close observation of hydro milling activities were experienced on field . These encounters contributed to a deeper grasp of equipment functioning and the rationale behind specific techniques.