• I collaborated on the Southern Water's Tranche 7 Whiteparish scheme to build P&IDs and mechanical GA drawing for wet and dry well pumping stations, above-ground steel tanks, DBSF inlet pipework, DBSF dirty backwash tank, and air mixing chamber.• Facilitated the lead mechanical engineer on Southern Water's Tranche 7 Whiteparish scheme by developing pump calculations and creating technical documents for various project equipment, including submersible pumps, deep bed sand filters, wash water booster sets, mechanical installations, and miscellaneous steelwork, along with producing technical bid evaluations for them.• Coordinated with the lead mechanical engineer on a feed project for animal food products by handling the solid handling package, milling and packaging package, and selecting API 610 compliant centrifugal pumps and API 674 & API 676 compliant positive displacement pumps, including preparing RFQs and conducting technical bid evaluations.

• I worked as a mechanical engineer on Kirton-in-Lindsey STW AMP 7 Q WFD (Severn Trent Water). Prepared pump calculations, pumping station design, Technical document creation such as WIMES datasheets, valve and equipment schedules.Developed work packs for pumps, chemical dosing packages, mechanical installations, and steelwork along with P&IDs and GA drawings.• Offered support as a DSEAR Analyst on the Scottish Water DSEAR Assessment Programme.Analyzed complex and non-complex assets, create explosive protection documents.Capture information for various assets information such as location, development high risk area, landfill sites, peat rich soil, filling station and industrial sites using Arc GIS and Google Maps.

• Gained mechanical design experience in Tertiary Water Treatment Plants (TMT Circuit Application), Reverse Osmosis Plants, and Softening Plants.Responsible for vendor coordination to ensure compliance with delivery schedules.• Generated design calculations for Activated Carbon Filters, Pressure sand Filters & Softeners, corresponding with team of 6 engineers and technicians, performed pump calculations & selection, prepared technical data sheets, & P&ID.• Recognized and addressed the lack of standardized vessel thickness calculations for pressure vessels in tertiary filtrations,which previously led to over-specification and higher material costs.By implementing IS 2825 standards, I optimized vessel thickness, resulting in a significant reduction in production costs per vessel.

• Visited daily to the plant and engaged with engineers and technicians on shop floor to observe and understand the machinery and workflow involved in the formation of coils from slabs in the Hot Strip Mill.• I delivered a Microsoft PowerPoint presentation under the guidance of Ajit Kumar Das, AGM (O) to describe the different processes involved in production of coils from slabs in the Hot Strip Mill.