Job Description

• Performed Basic Engineering, FEED, and Detailed Engineering for Oil & Gas, Petrochemical, Power Plant, and Renery projects - Conducted site surveys to conrm exisng condions, valve condions, e-in points, and demolion areas prior to design nalizaon - Reviewed and developed P&ID, process informaon, valve specicaons, piping and mechanical layouts, GAs, isometric drawings, pipe rack layouts, and plot plans - Prepared isometric sketches, MTO, BOM, datasheets, and engineering documentaon - Prepared drawing lists, man-hour esmates, schedules, and weekly/monthly progress reports - Reviewed and monitored 3D piping models in PDMS/E3D/PDS; provided guidance to designers; tracked model progress - Parcipated in 3D model reviews (internal and with clients) - Coordinated interface informaon across civil, process, mechanical equipment, vessel engineering, and external vendors - Reviewed vendor proposals, technical documents, valve drawings, cercates, and O&M manuals - Provided technical support to construcon and fabricaon teams, resolving piping and valve-related issues - Veried exisng valves, e-in points, isolaon requirements, and demolion scopes in the eld - Monitored piping and valve installaon, including: torquing & bolt ghtening, ange alignment - Ensured compliance with PTW procedures and HSE guidelines - Parcipated in pressure tesng / hydrotest, valve inspecon, and API-related tesng - Conducted eld inspecon, punch list preparaon, punch clearing, and quality vericaon - Assisted commissioning teams in: system walkdowns, ushing & cleaning, reinstatement - Performed Mechanical Compleon (MC) vericaon - Supported system handover acvies to operaons/start-up teams - Supported construcon and maintenance teams by resolving valve and piping issues, including: leaks, seat failures, alignment issues, installaon deviaons Performed Basic Engineering, FEED, and Detailed Engineering for Oil & Gas, Petrochemical, Power Plant, and Refinery projects.
• Conducted site surveys to confirm existing conditions, valve conditions, tie-in points, and demolition areas prior to design finalization.
• Reviewed and developed P&ID, process information, valve specifications, piping and mechanical layouts, GAs, isometric drawings, pipe rack layouts, and plot plans.
• Prepared isometric sketches, MTO, BOM, datasheets, and engineering documentation.
• Prepared drawing lists, man-hour estimates, schedules, and weekly/monthly progress reports.
• Reviewed and monitored 3D piping models in PDMS/E3D/PDS; provided guidance to designers; tracked model progress.
• Participated in 3D model reviews (internal and with clients).
• Coordinated interface information across civil, process, mechanical equipment, vessel engineering, and external vendors.
• Reviewed vendor proposals, technical documents, valve drawings, certificates, and O&M manuals.
• Provided technical support to construction and fabrication teams, resolving piping and valve-related issues.
• Verified existing valves, tie-in points, isolation requirements, and demolition scopes in the field.
• Monitored piping and valve installation, including: torquing & bolt tightening, flange alignment
• Ensured compliance with PTW procedures and HSE guidelines.
• Participated in pressure testing / hydrotest, valve inspection, and API-related testing.
• Conducted field inspection, punch list preparation, punch clearing, and quality verification.
• Assisted commissioning teams in: system walkdowns, flushing & cleaning, reinstatement.
• Performed Mechanical Completion (MC) verification.
• Supported system handover activities to operations/start-up teams.
• Supported construction and maintenance teams by resolving valve and piping issues, including: leaks, seat failures, alignment issues, installation deviations

Job Description

• - Designed innovative machinery specifically for the assembly of Jig Fixture automotive parts, ensuring optimal functionality and efficiency.
• - Oversaw the entire fabrication and installation process, collaborating with teams to meet project deadlines and quality standards.
• - Utilized advanced software tools such as NX3D, Catia3D, Inverter, CAD/CAM, and SolidWorks to create detailed designs and simulations, enhancing the overall design accuracy and production workflow.