Hello,

I’m Jaiakash

BIM ENGINEER

As a committed BIM Engineer, I am dedicated to driving innovation and transforming architectural and construction methodologies. Leveraging my expertise in Civil Engineering, I excel in addressing intricate challenges and am eager to present my portfolio, reflecting my ongoing growth and dedication to advancing the field of BIM with precision and professionalism.

EMAIL : jaiakash.work@gmail.com

Phone No : +91 8098314190

LINKEDIN

About the Project

Level Of Detail :-LOD350

Project Detail :The project involves constructing a new MRT network segment between Senayan Metro and Pancoran MRT stations, including the development of six additional metro stations along the route.

Location : Jakarta,Indonesia

Station Gross Floor Area : 11,000 Sq.mtrs

Viaduct Length : 15 KMs

No.of Metro Station : 6

First Station : Senayan

Last Station : Pancoran

Tools Used for Tools

Revit - For Modelling

Navisworks- For Clash Test

Civil 3D - For Levelling and Design Profile

ISO 19650 WORKFLOW

Appointment

Client Brief

Assesment and Need

Invitation to Tender

Tender Response

Undestanding the requirements of clients

Creation of Information

Requirement sets.

Creation of set of Docs ie BEP, MIDP and Cost Breakdown

Surface modelling and Generating Alignment in

CIVIL 3D

Project Allocation,Roles and Responsibility,Project Goals

Report

Project close out

Project close out

4D Simulation and Quantity takeoff

Sheet Creation, linking MEP and Arch model.

Clash Detection, Cash Resolution.

Information model Delivery

Collab. Production of information

Station modelling,

Viaduct modelling.

Mobilization

Jakarta MRT-Structural Plan

Jakarta MRT-Structural Plan

CONCOURSE LEVEL PLAN

Jakarta MRT-Structural Plan

GROUND LEVEL PLAN

JAKARTA MRT-ENLARGED PLANS

ENLARGED TOP OF PILE CAP

ENLARGED TOP OF CONCOURSE PLAN

JAKARTA MRT-ELEVATION VIEWS

EAST ELEVATION

WEST ELEVATION

JAKARTA MRT-ELEVATION VIEWS

NORTH ELEVATION

JAKARTA MRT-ELEVATION VIEWS

SOUTH ELEVATION

JAKARTA MRT-SECTION VIEWS

SECTIONAL VIEW OF STATION

Jakarta MRT-Structural Plan

ROOF PLAN LEVEL

Jakarta MRT-ROOF DETAIL

Isometric View

Base System

Truss Detail

Member Detail

JAKARTA MRT-REBAR MODELLING

Jakarta MRT-Viaduct Modelling

• The project consists of the construction of the MRT network between Senayan metro & Pancoran MRT (MASS rapid transit) station and the construction of six new metro stations on the same network.
• The viaduct alignment profile was created using Civil 3D, incorporating the provided terrain details.
• Afterwards, it was imported into Revit for additional modelling.
• I have been assigned Station 03, while the team will handle the remaining stations

Jakarta MRT-Viaduct Details

JAKARTA MRT-PILE AND PILE CAPS

JAKARTA MRT-SHEET DOCUMENTATION

STAIRCASE DETAILS

JAKARTA MRT-TRIMBLE CONNECT

Utilized Trimble Connect to get the model reviwed

JAKARTA MRT-CLASH DETECTION & RESOLUTION

• During Stage 05, executed the export of Revit model to Navisworks, maintaining critical parameters.
  
• Segregated model elements into discipline-based sets—Architecture, Structure, & MEP—in Navisworks.
  
• Implemented task sets for precise clash detection within disciplines, addressing specific requirements and tolerances.
  
• Leveraged Switchback to efficiently resolve clashes back in Revit model, ensuring seamless coordination and accuracy in clash resolution.
  

Clash Detection Tab

Clash Resolution Tab

T01_[STR]-Set02-[STR]-Set03

T03_[STR]-Set01-[MEP]-Set06

Defined Sets

T02_[STR]-Set01-[STR]-Set04

Clash Detection Matrix

JAKARTA MRT-4D SIMULATION

• Exported Revit model to Navisworks, ensuring inclusion of relevant parameters.
  
• Developed Timeliner aligned with search-sets and construction schedule.
  
• Employed auto attach rules for seamless integration of corresponding sets.
  
• Produced videos illustrating Planned and Actual Dates, enhancing project visualization.

Planned Dates

Actual Dates

Simulation Timeline

JAKARTA MRT-5D QUANTIFICATION

• Utilized Navisworks to efficiently extract quantity data.
• Implemented sets categorized by material types from the Item catalog.
  
• Integrated these sets into Items via material takeoff processes.
  
• Successfully exported material items to Excel for comprehensive analysis.
  

Item Catalog

Quantification Workbook

Exported Quantity Takeoff in EXCEL

ELECTIVES

1.ADAPTIVE COMPONENTS

2.CONCRETE AND REBAR MODELLING

ELECTIVE-ADAPTIVE COMPONENTS

• Employed adaptive modeling in Revit to craft intricate truss components, manipulating parameters for dynamic shaping.
  
• Utilized adaptive components to define the fundamental structure, with precise control over curvature, height, and other key dimensions.
  
• Enabled seamless iteration and customization of truss designs to meet project-specific requirements, showcasing the versatility and precision of adaptive modeling techniques in Revit.
  

2D MODEL INDIVIDUAL TRUSS

3D MODEL INDIVIDUAL TRUSS

ADAPTIVE TRUSS COMPONENTS

ELECTIVE - CONCRETE AND REBAR MODELLING

CONCRETE MODELLING

• Demonstrated proficiency in utilizing Revit's specialized tools for precise concrete modeling, encompassing columns, beams, and slabs.
  
• Showcased practical expertise in creating accurate and detailed structural elements within architectural designs, highlighting a commitment to excellence in concrete modeling techniques.
  

REBAR DETAIL

Implemented detailed Revit column rebar modeling, seamlessly integrating stirrups and rebars while ensuring precise attachment to the foundation and slab.

ELECTIVE - SHEET DOCUMENTATION

This sheet offers thorough structural documentation, showcasing plan and section views alongside meticulous column layouts and revision schedules, ensuring enhanced clarity and seamless coordination throughout the project lifecycle.

THANK YOU

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Details Below

EMAIL : jaiakash.work@gmail.com

Phone No : +91 8098314190

LINKEDIN