Project Site Engineer/ Geo Lab Head
IRCON International Limited, India's Railway
Total years of experience :4 years, 10 Months
Engaged in a careful study of MoRTH (Ministry of Railway, Transport and Highway, India), IRC (India Road Congress) codes and Indian Specifications.
Reviewed the detailed drawing of road alignment, structural calculation of Box/Pipe Culverts, Retaining wall and Breast wall provided by ‘Shweta Technophile Design Consultant’.
Responsible for checking the Method Statement, Monthly Progress Report, Manpower/Machinery List, Road Strip Chart submitted by the contractor.
Received daily RFIs of earthwork construction (Cut/Fill), inspected the FDD checking in field, and the embankment level checking for each layer according to Plan & Profile of alignment.
Conducted joint inspection with Environmental Specialist for collection of borrow-pit soil, river shingles for GSB, and rock source mountain for crusher plant installation that complies with EIA and EMP guidelines.
Conducted joint topographical survey with survey team to determine the up-stream, down-stream and water bed.
Checked OGL level and existing terrain with RTK topographic survey team, and checked BM/TBM N, E, Z values, created contours in Civil 3D, and calculated cut/fill volume of terrain as per cross-sections.
Created the level control sheet of earthwork/GSB to check with FRL/PCL, and grid-wise borrow soil excavation sheet with quantity of cut and fill earthwork equilibrium.
Received daily RFIs of soil testing, aggregate testing, cement, and concrete cube testing, and responsible for checking all the testing procedures as a client witness.
Conducted GSA, LL/PL, Free Swell Index and Proctor Density (MDD/OMC) testing for borrow soil samples used for earthwork and, 4 days soaked CBR for sub-grade top layer as per IS and IRC specifications.
Responsible for checking borehole log and soil strata data, UD/split, and coring rock samples of SI work at the Box Culvert and Minor Bridge sections.
Conducted direct sheer, uniaxial and triaxial shear strength test on the expansive clayey and cohesionless silty soil samples to determine c (cohesion), φ (angle of friction) and ψ (dilation angle).
Conducted the GSB mix-design and WMM mix-design trial tests using the availability of material in the site location
as per MoRTH specifications.
Conducted the Sieve Analysis, Flakiness and Elongation, specific gravity, and water absorption tests for the aggregate (sand stone, silt stone, and river shingle).
Conducted the quality testing of cement; initial/final setting time, fineness, soundness, and compressive strength of cement mould (75x75x75 mm) as per IS specifications.
Conducted the compressive strength of concrete cube (150 mm) test for each pre-cast Box Culvert segments.
Generated the historical rainfall dataset of along the road alignment importing CHIRPS satellite rainfall data in Climate Engine and analyzed in ArcGIS.
Created the 3-D model of road embankment using soil lab data and analyzed the stress deformation in PLAXIS.
Modeled the porewater pressure applying discrete point in the cutting hill slope to analyze the slope stability. In PLAXIS LE. (effective stress analysis)
Project Title: First Greater Mekong Sub-Region Highway Modernization Project (Asian Development Bank)
Handled Monthly, Quarterly, and Inception reports of the project with S - Curve Analysis.
Frequent travel to site and provided the bridge/culvert inventory, and appraisal data to establish baseline structural conditions of existing bridges of Y-P and B-T highways.
Reviewed JRA (Japan Road Association, 2002), AASHTO Roadway Design Manual adopted by Myanmar, AASHTO LRFD, and AASHTO Green Book.
Created proposed terrain model great mesh from imported survey data (LiDAR) in ‘OpenRoads Desinger’, DWG.file to DGN.file, DEM seed files.
Created Horizontal and Vertical geometries inputting verified N, E, Z values, curves and tangents, and design speed, superelevation and vertical curve data based on design criteria and project requirement.
Created civil cells for driveways and intersections in the corridor file and annotated cross-section in AutoCAD.
Generated Mass Haul Diagram of road alignment and Cut/Fill volume Report of Earthwork for cost estimation.
Created corridor section of road alignment for reviewing cross-section of superelevation, and generate Corridor Report for total cost of material.
Generated Sight Visibility Report, analyzed SSD and modified alignment jointly with of Design Safety Engineer.
Participated in the project technical meeting with Department of Highway and ADB officials, and shared technical insights for decision-making.
Prepared RFP (Reference for Proposal), erosion control of road embankments in water ponded area, and identify the Corridor of Impact section for road widening section for resettlement and land compensation.
Frequent site visit and conducted survey questionnaire to identify the flooded section of Yangon-Pathein Highway.
Analyzed Rainfall data, and generated rainfall Intensity-frequency analysis of 10-year return period.
Assisted to Senior Hydrologist identifying, and reporting risks, road embankment design level in flooded section, H.F.L of bridge and catchment area based on hydrology database of creeks in Irrawaddy, Yangon, and Bago Regions.
1. Baw Dwin Silver, Lead, Zinc Mine, Namatu township, Nothern Shan State, Burma
2. Tat Ma Oil field, Bagan ancient city, Mandalay, Myanmar
Established and maintained effective communication channels between the buyer and owner to facilitate smooth transactions of zinc-lead slag.
Negotiated pricing and terms to ensure mutually beneficial agreements for all parties involved.
Managed the entire process of settling transactions, from initial negotiations to finalizing contracts.
Coordinated with government agencies to obtain permits and approvals for drilling activities, ensuring compliance with environmental regulations.
Assisted in obtaining government regulations, and permit requirements.
Prepared and managed quantity documents, including invoices, shipping manifests, and inspection reports.
Assisted in the planning and construction of based structures: tranches, footing, foundation wall, and slab, ensuring adherence to project timeframe and budgets.
Conducted regular site inspections to monitor construction progress, quality of work, and compliance with specifications and safety regulations.
Conducted the detail inspection of the formwork installation, rebar setup, drainage layouts according to drawings.
Coordinated with subcontractors, and on-site personnel to resolve construction issues and ensure timely completion of tasks.
Assisted in the review and revise of shop drawings in Auto CAD, materials submittals, and method statements.
Prepared project documentation, such as daily reports, progress photos, and as-built drawings.
Conducted inspection of the installation of formwork, and rebar for column, beam, shear wall, and floor slab
Conducted inspection of the AG Concrete Slump test, and on-site mixed Concrete Pouring Process.
Participated in safety meetings, applied construction management principles and techniques under the guidance of senior engineers and project managers.
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