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PROJECT PROFILE:
As a seasoned BIM Lead with a civil engineering background, I've managed diverse projects including High-Speed Rail, Roadways,
Rail Systems, Metro, LRT, MRT, Bridges, Airports, Malls, High-rise Buildings, Monuments, Tunnels, Viaducts, Rail Tracks, Abutments,
and Site Works. Proficient in 3D modeling, 2D drawings, 4D, and 5DI bring a comprehensive skill set to ensure the seamless execution
of projects from conception to completion. Led the BIM implementation for the projects, optimizing design coordination and facilitating
seamless collaboration among multi-disciplinary teams, resulting in a 20% reduction in construction errors and a 15% decrease in
project timeline.
HIGH SPEED RAIL
Client and project: MyHSR (High Speed Rail), Location: - Malaysia.
Role: - BIM Manager for BIM management of 327KM Linear and 8
Station including implement, define the key process, workflows,
documentations, Quality Check, Integration/Coordination, closeout etc.
Purpose: Detail Design execution (M2&M3)
Configuration: International station, 28KM Viaduct, 7.1 KM Tunnel, BIM
Management and Coordinate with (8 Jv’s) EDMS
Deliverables: Standard Documents, M3 and M2, Coordination reports
BIM tools used: Revit, Navis works and C3D.
Team Size – 16 (M3), LOD-350
AIRPORT
Project-Jorge Chavez International Airport- Lima
Role: - Team Lead for design production (M3 & M2)
Scope - Provide coordinated 3D images of Revit Model for Structural
elements using architectural geometry.
Configuration- T2 Terminal (International pier+ 2xDomestic pier
+Processor)
Structure- Concrete and Steel Roof Structure
Scope- Revit Structure M3&M2 and Coordination
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ROAD & TUNNEL
Client: TKA (Tappa Kumangka Alliance) Project (T2D)
Scope of work: BIM Execution of Tunnel Systems Mist, Ventilation, LPS,
MVAC
Purpose of BIM: Tender Design Execution and Coordination, Support
TKA for BIM Documentation for Project Execution process, Team Size –
11
Configuration- 10.5 Km Twin Tunnel Speed 80Km/h
Deliverables: M3 and M2, Space Proofing and design presentation and
support
BIM tools used: Revit, Navis works and Revizto.
Challenges: Untrained resources, Software Limitations, Linear drawings
BRIDGE
Client: Atkins (UK) with Transport Authority of London
Scope of work: Conversion of Handmade 1937 drawing to Model (M2 &
M3). Purpose of BIM: Model for Asset Management and Quantity the
Steel elements, Team Size – 12
Configuration- Existing bridge five-span steel trussed bridge with
longitudinal metal trough decking and concrete topping. Deliverables:
M3 and M2, Asset meta data and report. BIM tools used: Revit, Navis
works and Revizto. Challenges: Untrained resources, Software
Limitations, Linear drawings
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Building LOD & LOI =L5
Client: PRP Architect (UK) Project- Stockwell Park-2
Scope of work: Construction Design development (M2 & M3) ASMEP of
128 apartments and old age house
Purpose of BIM: Documentation extraction, coordination, Quantity
Team Size – 13
Client: Sahara India, Project- Shipra Indirapuram
Scope of work: Construction Design development (M2 & M3) ASMEP of
128 apartments and old age house
Purpose of BIM: Documentation extraction, coordination, Quantity
Team Size – 13
METRO
Client: Different Clients Gov. Authority Project- 14 Cities Metro
Scope of work: Concept to Construction Design to Asset Management and
Operations for (M2 & M3) ASMEP, Purpose of BIM: Documentation
extraction, coordination, Quantity, Walk Through, Visualization etc.
Team Size – 4 to 40 (Multi discipline and location)
Configuration- Stations, Viaduct, Tunnels, Depot, Abutment work, Site
work
Deliverables: M3 and M2, Report, BOQ, Coordination record,
Integration, 4D&5D, Shop and Fabrication drawings, Time schedule and
Cost extraction
BIM tools used: Revit, Navis works, C3D, Bentley Connect, Open Road,
BIM one click, Bim Collab, BIM Track, and Revizto. CDE & EDMS
platform (Mezzoteam, Projectwise, BIM 360 Forge, One Drive, Acosim,
Google Drive, InEight, Bluebeam, Sharepoint)
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STATUE
STATUE OF UNITY (Highest Statue of world) Proposed World Highest (180m) (Statue of Unity) situated at Sardar Sarover Dam, Gujrat, India.
Coordination among Structure, Architecture, MEPF, Site Excavation, Earth work Calculation, Quantity of all modeled element, 4D and 5D Simulation
with BIM Software.
HOSPITAL
Special Security Hospital: -SEHA (Obermeyer) (125 Beds, 1B+2Medical floor+ 3Ward Building+ Security Features, AL Shamlkha South, Abu Dhabi.
Software Used: Revit MEP, Navisworks. Modeling of Mechanical duct work, piping work, fixing of mechanical devices Boiler, Chimney Valves, duct
accessories and coordination among Exterior Facade, Furniture, Structural Element, Solar system, and Arch+Str+MEPF elements. I partiality support as
a BIM Manager in absence of actual BIM manger only for Two month at the Design Development stage.
STADIUM AND MISCELLANEOUS
BIM Lead, BIM Head, Digital Engineering Head, automation, modeling and coordination among Architectural, Structure & MEPF service to extract GA’s, Construction Drawings, Detailed Drawings, Shop Drawings, As Built drawings, Piping Drawings, Engineering Drawings, HVAC Drawings, Electrical Drawings, Landscaping Drawings, Structural Drawings, 4D/5D/6D information, Assets management, Modeling Conversion, Clash detection, BIM log, Design Discrepancies ,project design production, coordination, Integration BIM and BIM Implementation, chair project meetings, budgeting, resource planning, Work distribution or work breakdown, work assignment, production overview, Identify and mitigation project risk, Coordination with disciplines project leads, team time management, new resources hiring, project Setup, project phase planning, Component and Template Creation, Setup of detailing, project coordination for all stage, Cost control, Project closing and report the department management or stakeholders , digital engineering and hand on the Autodesk BIM technology ,multi-disciplinary project, started from point to drawing (2D) to model (3D) to schedule (Time planning) 4D to calculation (Cost
planning) 5D to Energy analysis, 6D to sustainability, 7D to Building Operation and 8D to Identify project prone areas , Project Hazards, Project Integration and Multi discipline coordination , project life cycle. Review project compliance requirements of all engineering and architectural specifications or drawing for each type of buildings internal composite coordination, existing as-built verification, site visits, design parameters, standards of work letters, Phasing plans etc.. Deploy, Implement the BIM technology in reputed organizations specialization and disciplines (ASMEPF & Linear) standards developed BIM Standards ISO 19650, BS 1192, AIA, Uni-classification (NBS), Cobie, CIC, LOD &LOI, Cobie and IFC etc. Developed Systra Project BIM standards i.e. multi-disciplinary template, MIDP, MDPT, TIDP, Clash Matrix, BIM Manuals, Clash matrix, Clash log, Naming convention, Folder structure, WBS, Quality check, CDE/EDMS process and Workflows, Project setup, resource/organisation accessibility and competency, project check list, Input/output log, records and closing etc. stakeholder to implement EDMS (Electronic Document Management System) and CDE (Common Data Environment) ,setting up
metadata for the model information system processes, technical standards, libraries and templates specific for programme wide BIM uses in the project such as design authoring, design coordination, review & record and asset management. utility, Storm water, drainage, GIS provide documentation for construction hand-off (As Built) drawings, Letters, lease language and construction. Pre-construction manager, Introduce BIM technology to my employers and Implement technology for design, construction, and preconstruction execution. had played a key role on my assignments to produce the integrated project high profile and complex multi-disciplinary projects coordinated closely with management, in-house architectural, general engineering, civil engineering, and services/system design teams to deliver high quality design deliverables with the use of sophisticated software Architecture, Structure (RCC, Steel and Reinforcement), Services (Mechanical, Public Health, Electrical and Fire Fighting, drainage, Strom Water), Site development (station & Corridor), shop drawings, Quantity Extraction from BIM (Presto), 3D Coordination, Record of coordination, Clash detection, Walkthrough, Animation, and meta data
information etc.