BIM portfolio

KB7038 INTEGRATED BUILDING INFORMATION MODELLING PROJECT TASK-1 Student number : W19046054 Word count : 1392, Number of images : 7

BIM PROJECT - REFLECTIVE PORTFOLIO 1

BIM STAGES

What exactly are the STAGES of a construction project?

Effective delivery of info is required throughout a building's lifecycle. At every stage in a construction project, info applicable to that point is required.

The AEC industry basically agrees on how you can divide up the construction lifecycle. I love the explanation of phases in the UK's RIBA Plan of Work 2013. The important picture looks as this:

PAGE-3

• • • •

PAGE-4,5,6

What is bim Casestudy examples Introducing CDE Project design breif • • • • • •

PAGE-7,8,9 PAGE-10,11 PAGE-12

• • • • •

eir,air,nbs toolkit bim execution plan cobie cobie data drop stage-1 mass modelling energy amalysis

Developing model Coordination review Cobie stage 2 Model transmittal Design review

• • • • • •

• • • •

5D cost model 5D quantity take-off Populating model with data Cobie data drop at stage 4

Resolve model issues Clash detection Validate model cobie data drop stage-3 Rendering 4D Construction stimulation

• Reaserch offsite construction

2

BIM STAGES

1.1.PROJECT DESIGN BREIF CRAGSIDE INFORMATION CENTRE

1.1.INTRODUCTION BIM or even Building info Modelling is a procedure for producing and controlling advice on a building project across the job lifecycle. Among the key outputs of this

SITE AREA: 10,772 Sq.M 2.66 acres road width: 4 M Location : NE65 7PX

procedure is actually the Building Information Model, the digital explanation of every element of the built advantage. This model draws on info assembled collaboratively and up to date at major phases of a task. Developing a digital Building Information Model allows those that interact with the construction to enhance the actions of theirs,

The inspiration behind this particular project is actually constructing a private singe bedroom unit with a recreational and social centre point as well as to use and

renew that. The prospect surpassed on fervour for BIM and also desires an unit of building which is actually clash tested with all of the reports. Customer needs all,

resulting in a better whole living worth for the advantage.

Through BIM, the UK building business is actually undergoing its own digital revolution. BIM is a method of dealing. BIM is actually info modelling and info management in a team atmosphere, all staff members must be working to the exact same standards as each other. BIM creates worth with the combined efforts of folks, technology and process.

which includes progression gathering program and a signal of the price slice of the undertaking of challenge.

BIM info could be used to portray the entire framework life cycle, from assistance to

The

interlace

help, from plan and commencement to obliteration as well as materials reuse. Spaces,

information drops with COBie program as suggested by

structures, groupings and things may be seemed to be distant relative scale to one an

PAS1192:2013 reports. In order to finish the endeavour

additional and, together these lines, with regard to the entire undertaking. In addition,

a group of seven participants with command in various

by hailing strife knowing confirmation BIM will keep up a crucial separation from

segment in BIM come together.

goofs sneaking within at the various times of progress/improvement. The primary goal

client

additionally

essentials

to

of BIM was identifying guidelines and standards in the building business and use them to get and best effect in a well disciplined manner ,Arayici, Y. and P. Coates (2012) WORK STAGE

0 - STRATEGY

3

2.1 COBie DATA DROP STAGE -1 Title Version Release Status Region Purpose Outline

COBIE 2 4 ifc2x3 EN-UK From Till Count Ratio Key 1900-01-00T00:00:00 1900-01-00T00:00:00 202 220.00 Additional information per Object

This spreadsheet supports the exchange of building, system and product information through the life of the project.

Individual worksheets are organized by project phase as shown below

All Phases

Sheet Contact

From Till Count 1900-01-00T00:00:00 1900-01-00T00:00:00

Contents People and Companies

Early Design Worksheets

Sheet Facility Floor Space Zone Type

From Till Count 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00

Ratio Key 1 0 0.00 Floors per Facility 0 #DIV/0! Spaces per Floor 0 #DIV/0! Spaces per Zone 0 #DIV/0! Components per Type

Contents

Detailed Design WorksheetsSheet Component System Assembly Connection Impact

From Till Count 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00 1900-01-00T00:00:00

Ratio Key 0 #DIV/0! Components per Space 0 #DIV/0! Components per System 0 0.00 Assemblies per Object 0 0.00 Connections per Object 0 0.00 Impacts per Object

Contents Individually named or schedule items Sets of components providing a service Constituents for Types, Components and others Logical connections between components Economic, Environmental and Social Impacts at various stages in the life cycle

Construction Worksheets Sheet

From

Till

Count

Operations and Maintenance Sheet Worksheets Spare Resource Job

From

Till

Count

All Phases

From Till Count Ratio Key 1900-01-00T00:00:00 1900-01-00T00:00:00 21 21.00 Documents per Object 1900-01-00T00:00:00 1900-01-00T00:00:00 159 159.00 Attributes per Object 0 0.00 Coordinates per Object 1900-01-00T00:00:00 1900-01-00T00:00:00 21 21.00 Issues per Object

PROJECT INFORMATION

Sheet Document Attribute Coordinate Issue

Ratio Key 19 19.00 Contacts per Object

Ratio

Key

Ratio Key 0 #DIV/0! Spares per Type 0 #DIV/0! Resources per Type 0 #DIV/0! Jobs per Type

Vertical levels and exterior areas Spaces Sets of spaces sharing a specific attribute Types of equipment, products, and materials

Contents Note: submittals and approvals added on Documents Note: manufacturer and model added on Type Note: serial and tag added on Component Contents Onsite and replacement parts Required materials, tools, and training PM, Safety, and other job plans Note: warranty information added on Type Contents All applicable document references Properties of referenced item Spatial locations in box, line, or point format Other issues remaining at handover.

Legend text

required

text

reference to other sheet or pick list

text

external reference

text

if specified as required

text

secondary information when preparing product data

NOTES: Note: Regional, owner, or product specific data may be added as new columns to the right of standard template columns.

Note: Regional classification codes may be substituted for the specifiable picklists used in the United States.

Copyright

USACE ERDC

CLIENT

CRAGSIDE EASTATE

LEAD DESIGNER

PUSHPAK KAMMA

PROJECT LEAD

SOPHIA

CONSTRUCTION LEAD

SRIHARSHA BEZAWADA

The preparing of the original Project Brief is considered the most important job undertaken during Stage one. Other important and parallel activities required during that phase include developing any similar Feasibility Studies, assembling the project staff and defining every party's responsibilities and roles and also the Information Exchanges. These activities can help make sure that Stage two Design and Concept is as effective as they can. Azhar,s.,e.al (2012)

(c) 2006-2011

COBie Spread sheet (EXCEL)

2.2 BIM EXECUTION PLAN The development of such a strategy, for facilitating the managing of info a BIM project, is actually set out in PAS 1192 2:2013 exactly where it's identified as a "plan ready by the suppliers to describe exactly how the info modelling elements of a task will be taken out". The strategy, usually abbreviated as BxP or BEP, is actually created both post- and pre- contract and is actually ready as a strong reaction to the Employer's Information Requirements .The BEP will information the job deliverables stipulated by the agreement and the info exchange standards detailed in a BIM process, like the CIC BIM Protocol (an additional legal understanding which is actually integrated into professional services contracts and construction via a basic amendment).The NBS BIM Toolkit is actually the quick way to have a history of, who's doing what, and once. As our distance learner developed NBS toolkit so that all of us could provide the information of ours there which may be used later to draw out all of the essential files like COBie with all of the specification. Baldwin,a.,et.al(1999) WORK STAGE

1 - BRIEF

4

WORK STAGE

1 - BRIEF

5

2.3 DESIGN CONCEPT MODELLING IN REVIT

2.4 ENERGY ANALYSIS IN REVIT

In order to do full building energy simulation for the Revit versions, use Energy Analysis for Autodesk Revit.

This add in hooks up the layout power of Revit to the evaluation energy of Autodesk Green Building Studio.

Green Building Studio is actually Autodesk's centre total building energy simulation motor. This flexible cloud based service utilizes the DOE2 simulation motor. It allows for you to run creating performance simulations to enhance energy efficiency as well as to work toward carbon neutrality earlier in the design process. Green Building Studio can help expand the ability of yours to develop higher performance structures at a tiny

Image-2.a: Weather frequency

Image-2.b: Monthly design data

proportion of the moment and price of standard methods.

Image-2.e: Energy Optimization WORK STAGE

1 - BRIEF

Image-2.c: Wind roses

Image-2.d: Project details

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3.b Typical floor setting out plan

3.c Typical floor Ceiling plan

3.a AREA PLANS 3.d Isometric view WORK STAGE

2 - CONCEPT

3.1 DEVELOPING THE CONCEPT MODEL

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architectpushpak@gmail.com architectpushpak@gmail.com architectpushpak@gmail.com architectpushpak@gmail.com architectpushpak@gmail.com architectpushpak@gmail.com architectpushpak@gmail.com architectpushpak@gmail.com architectpushpak@gmail.com

2020-05-14T03:58:57 2020-05-14T03:58:57 2020-05-14T03:58:57 2020-05-14T03:58:57 2020-05-14T03:58:57 2020-05-14T03:58:57 2020-05-14T03:58:57 2020-05-14T03:58:57 2020-05-14T03:58:57

Assemblies_Entourage Assembly n/a Autodesk Assemblies_Entourage Assembly n/a Autodesk Assemblies_Entourage Assembly n/a Autodesk Casework_Wardrobe_Cabinet_8465 1_RVT_Ground floor Autodesk Casework_Vanity Counter Top w Square 2_RVT_Ground Sink Hole floor Autodesk Casework_AWI_520_-_Tall_Cabinet_-_1_Door_2_Drawer_15336 1_RVT_Ground floor Autodesk Casework_Wardrobe_Cabinet_8465 3_RVT_Ground floor Autodesk Casework_Vanity Counter Top w Square 3_RVT_Ground Sink Hole floor Autodesk Casework_AWI_520_-_Tall_Cabinet_-_1_Door_2_Drawer_15336 2_RVT_Ground floor Autodesk

Revit Revit Revit Revit Revit Revit Revit Revit Revit

ExtObject

ExtSystem

Space

TypeName

CreatedOn

CreatedBy

Name

Assemblies Assemblies Assemblies Casework Casework Casework Casework Casework Casework

2018, 2018, 2018, 2018, 2018, 2018, 2018, 2018, 2018,

Build: IfcElementAssembly 20170223_1515(x64) Build: IfcElementAssembly 20170223_1515(x64) Build: IfcElementAssembly 20170223_1515(x64) Build: IfcFurniture 20170223_1515(x64) Build: IfcFurniture 20170223_1515(x64) Build: IfcFurniture 20170223_1515(x64) Build: IfcFurniture 20170223_1515(x64) Build: IfcFurniture 20170223_1515(x64) Build: IfcFurniture 20170223_1515(x64)

Assemblies_Entourage Assembly architectpushpak@gmail.com Casework_Wardrobe_Cabinet_8465 architectpushpak@gmail.com Casework_Vanity Counter Top w Square Sink Hole architectpushpak@gmail.com Casework_AWI_520_-_Tall_Cabinet_-_1_Door_2_Drawer_15336 architectpushpak@gmail.com Ceilings_Compound Ceiling architectpushpak@gmail.com Ceilings_Compound Ceiling architectpushpak@gmail.com Curtain Panels_System Panel architectpushpak@gmail.com Doors_M_Single-Flush_16 architectpushpak@gmail.com Doors_Four_Panel_Sliding_door_11160_34 architectpushpak@gmail.com

2020-05-14T03:58:57 n/a 2020-05-14T03:58:57 n/a 2020-05-14T03:58:57 C1030400 2020-05-14T03:58:57 n/a 2020-05-14T03:58:57 n/a 2020-05-14T03:58:57 n/a 2020-05-14T03:58:57 n/a 2020-05-14T03:58:57 23-30 10 00 : Doors 2020-05-14T03:58:57 23-30 10 00 : Doors

ExtIdentifier

ExtObject

Description

Category

CreatedOn

Name

CreatedBy

Image 3.2a : Type instance spreadsheet Assemblies_Entourage 001 IfcElementAssembly Wardrobe_Cabinet_8465_Wardrobe_Cabinet_8465 IfcFurniture Vanity Counter Top w Square Sink Hole_24" Depth IfcFurniture AWI_520_-_Tall_Cabinet_-_1_Door_2_Drawer_15336_AWI_520_-_Tall_Cabinet_-_1_Door_2_Drawer_15336 IfcFurniture Ceilings_600 x 600mm grid IfcCovering Ceilings_Plain IfcCovering System Panel_Glazed IfcCurtainWall M_Single-Flush_0762 x 2134mm IfcDoor Four_Panel_Sliding_door_11160_4 panel sliding door 4.40 IfcDoor

1a04af8c-ccaa-4374-8d86-fc7bb5c64257-00084999 d99e671b-f2fb-44e2-8c72-140844bb8f05-00051713 851d87ee-f886-4556-817a-92aa4ba7d61c-0005d7b8 851d87ee-f886-4556-817a-92aa4ba7d61c-000757ba dd1aacf5-56b6-4889-8ec9-c608c7fef20c-00001b75 dd1aacf5-56b6-4889-8ec9-c608c7fef20c-00001b76 757d801c-f2ce-4a00-998d-a361fc40e522-000014aa 87a0909b-ef49-4fe5-ac74-fb546318b361-00007469 263b191d-27eb-4e79-99f9-0de008c4563f-0004ca03

Image 3.2b : Component instance spreadsheet

3.2 COBie DATA DROP AT STAGE - 2

Analysing the cragside design in Workstage stage - 2

3.3 MODEL TRANSMITTAL WORK STAGE

2 - CONCEPT

3.4 AUTODESK MODEL REVIEW 8 3.5 AUTODESK DESIGN REVIEW

3.6b Typical railing detail

3.c Typical floor Ceiling plan 3.6c Rainwater gutter detail

3.6d Cable trench detail

3.6e External façade detail

3.6a Level of Details

WORK STAGE

2 - CONCEPT

3.6 Project stages

9

4.1a Image : Navis works Clash report (Architectural and structural) All models are going to have to be made to a required fitness level at a specific phase of the task and should be shared with feedback and review

before BIM coordination meetings. Since models are actually created individually from the same template ready by the BIM Manager, everyone uses exactly the same devices, coordinates and device settings. An MEP engineer will work utilizing a structural and architectural model as reference, as well as the same strategy will be considered by the additional participants, that will enhance overall coordination in the progression.

All models should have been examined before establishing a meeting with some other members, BIM meetings should be kept bi weekly between all of the stakeholders: potential issues or all clashes will be talked about and solved with

an endorsement from every discipline. Valunjkar.M.S.P.R.D.S,(2017) At style stage, just about all designers (Architecture, Structure, MEP) design the part of theirs and take it to a table where all of designs are actually combined as well as examined for the positioning of the modelled components against some other models. Clashes identified at a beginning stage are actually not hard to solve, which is going to keep things smoother at the later on stage.

WORK STAGE

3 - DEFINITION

4.1b Image : Clash report with element ids (Architectural and structural) 10

4.1MODEL FEDERATION AND CLASH DETECTION

4.2 RENDERING AND VISUAL PRODUCTION

INTERNAL VIEWS

WORK STAGE

3 - DEFINITION

EXTERNAL VIEWS

11

5.1 5D QUANTITIES TAKE OFF WBS/RBS A

Description

Comments

Group1 Substructure

Group2

Group3

Group4

Group5

A.10

Substructure

Foundations

A.10.10

Substructure

Foundations

Standard Foundations

A.10.10.1

Substructure

Foundations

Standard Foundations Entourage 4

A.10.10.1.1 A.10.10.1.1.1

Substructure Substructure

Foundations Foundations

Standard Foundations Entourage 4 Standard Foundations Entourage 4

A.10.10.2

Substructure

Foundations

Standard Foundations Entourage 16

A.10.10.2.1 A.10.10.2.1.1

Substructure Substructure

Foundations Foundations

Standard Foundations Entourage 16 Standard Foundations Entourage 16

A.10.10.3

Substructure

Foundations

Standard Foundations Entourage 17

A.10.10.3.1 A.10.10.3.1.1

Substructure Substructure

Foundations Foundations

Standard Foundations Entourage 17 Standard Foundations Entourage 17

A.10.20

Substructure

Foundations

Special Foundations

A.10.30

Substructure

Foundations

Slab on Grade

A.20

Substructure

Basement Construction

A.20.10

Substructure

Basement ConstructionBasement Excavation

A.20.20

Substructure

Basement ConstructionBasement Walls

B

Shell

B.10

Shell

Superstructure

B.10.10

Shell

Superstructure

Floor Construction

B.10.10.1

Shell

Superstructure

Floor Construction

Floors (1)

B.10.10.1.1

Shell

Superstructure

Floor Construction

Floors (1)

Floor

B.10.10.1.1.1 B.10.10.1.1.1.1 B.10.10.1.1.1.2 B.10.10.1.1.1.3 B.10.10.1.1.1.4 B.10.10.1.1.1.5

Shell Shell Shell Shell Shell Shell

Superstructure Superstructure Superstructure Superstructure Superstructure Superstructure

Floor Construction Floor Construction Floor Construction Floor Construction Floor Construction Floor Construction

Floors (1) Floors (1) Floors (1) Floors (1) Floors (1) Floors (1)

Floor Floor Floor Floor Floor Floor

B.10.10.2

Shell

Superstructure

Floor Construction

Floors (2)

B.10.10.2.1

Shell

Superstructure

Floor Construction

Floors (2)

Floor

B.10.10.2.1.1 B.10.10.2.1.1.1

Shell Shell

Superstructure Superstructure

Floor Construction Floor Construction

Floors (2) Floors (2)

Floor Floor

B.10.20

Shell

Superstructure

Roof Construction

B.10.1

Shell

Superstructure

Walls (1)

B.10.1.1

Shell

Superstructure

Walls (1)

Basic Wall

B.10.1.1.1 B.10.1.1.1.1 B.10.1.1.1.2 B.10.1.1.1.3 B.10.1.1.1.4 B.10.1.1.1.5 B.10.1.1.2 B.10.1.1.2.1 B.10.1.1.2.2 B.10.1.1.2.3 B.10.1.1.2.4

Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell

Superstructure Superstructure Superstructure Superstructure Superstructure Superstructure Superstructure Superstructure Superstructure Superstructure Superstructure

Walls (1) Walls (1) Walls (1) Walls (1) Walls (1) Walls (1) Walls (1) Walls (1) Walls (1) Walls (1) Walls (1)

Basic Wall Basic Wall Basic Wall Basic Wall Basic Wall Basic Wall Basic Wall Basic Wall Basic Wall Basic Wall Basic Wall

Item

Entourage 4 Entourage 4

Entourage 4 Entourage 4

Entourage 4 Entourage 4

5.1 a Image : showing quantity take off for walls, doors and windows in navis

Generic 150mm 2 Generic 150mm 2 Generic 150mm 2 Generic 150mm 2 Generic 150mm 2 Generic 150mm 2

BIM-based quantity take-off attribute was extracted in Autodesk Revit and Generic - 101 Generic - 101 Generic - 101 Generic - 101 Generic - 101 Generic - 101 Generic - 100 Generic - 100 Generic - 100 Generic - 100 Generic - 100

5.1 b Spread sheet of all quantity data WBS A.10.10.1.1 A.10.10.2.1 A.10.10.3.1 B.10.10.1.1.1 B.10.10.2.1.1 B.10.1.1.1 B.10.1.1.2 B.10.2.1.1 B.10.2.1.2

Group1 Substructure Substructure Substructure Shell Shell Shell Shell Shell Shell

Group2 Foundations Foundations Foundations Superstructure Superstructure Superstructure Superstructure Superstructure Superstructure

Group3 Standard Foundations Standard Foundations Standard Foundations Floor Construction Floor Construction Walls (1) Walls (1) Walls (2) Walls (2)

Group4 Entourage 4 Entourage 16 Entourage 17 Floors (1) Floors (2) Basic Wall Basic Wall Basic Wall Basic Wall

Group5

Floor Floor

Item Entourage 4 Entourage 4 Entourage 4 Generic 150mm 2 Generic 150mm 2 Generic - 101 Generic - 100 Generic - 101 Generic - 100

5.1 c Spread sheet of all Items raw WORK STAGE

4 - DESIGN

5.1 d Spread sheet 5D quantity data

Generic 150mm 2 Generic 150mm 2

Autodesk Navisworks Manage to make style and take-off solutions for surveyors and engineers to extract the number of supplies without having a deviation from actual values. The actions taken to lessen the time taken in during the style and take-off processes. taking into consideration different assemblies of different methods and building elements to develop these assemblies. The techniques were then compared in phrases of accuracy, time efficiency, and ability level of the designer/surveyor. The given answers were then tested on an even bigger scale by developing and extracting the number of a multi story residential building.

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6.1 Software Platform and Data Format:

Table-1: Software Platform and Data Format Applications and Their Functions

6.3 Data Exchange : The following info must be offered during info exchange before finishing each strategy of job stage: • Date exchange meth: COBie -UK-2012 export V2.4 (native data extracted) • Design along with analytical functions: Design authoring clothes airers • 2D Drawing file (dwg format) • PDF files • 3D Industry Foundation Classes(IFC)2x3 (where applicable) Models documents should be names as BS1192:2007 and should be connected to COBie document section All designs and extracted info /files must be aligning with PAS1192 2.

Full compliance with procedures, procedures and obligations are required. Interest should be given to continuity, completeness, integrity, standards compliance, and accuracy .

6.4 Models for Federation : The following rules have to be used creating a federated model.

• Classification: all models should align with Uniclass2 classification • Apply naming tactics to space areas and floors • Origin: should be consistent across all styles

Table-2: Applications and Their Functions 6.2 Degree of Detail Following standards must be used to figure out the Level of Detail at different stages.

• Plan of work: The RIBA ,Stage 0-7 • Level of unit definition: PAS1192 2:2013 for models at each point • At conclusion of each work phase Information Exchange should be aimed as well as conform to the prescribed Production and Deliver in the BEP

6.5 Asset Information Requirements (AIR): • Asset info should align with be presented as part of the info advantage • The integrity of information included in COBie should align with BS1194-4-2014 6.6 Coordinates : Setting-out info have to be taken care of in all of styles for coordinates' consistency as well as in order to get rid of compatibility difficulties resulting from coordinate methods variations.

The Lead Designer should determine the base task reference point Specific information on coordination requirements (e.g. offsets as well as datum info, should be found inside the BEP).

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TECHNICAL DETAILS

REFERENCES: Azhar, S., et al. (2012). "Building information modelling (BIM): now and beyond." Construction Economics and Building 12(4): 15-28.

Baldwin, A., et al. (1999). "Modelling information flow during the conceptual and schematic stages of building design." Construction Management & Economics 17(2): 155-167.

Valunjkar, M. S. P. R. D. S. (2017). "Improve the Productivity of Building Construction Project using Clash detection Application in Building Information Modeling."

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