3D Submission Guideline to Regulatory Agencies

7/27/2019 3D Submission Guideline to Regulatory Agencies

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3D CAD/BIM Submission Guidelineto Regulatory Agencies

This Document is currently in its provisional status and is available for public review andcomment. As its provisional status denotes, however, it will continue to serve as the basis forfurther development, pilot validation, and professional editing. While BCA tries to highlight themajor points of submission requirements, BCA cannot take into account all the special casesin other regulatory agencies as well as the changing technology. Updated versions willcontinue to be issued to address and incorporate on-going feedback in an open, collaborativeprocess. All readers of this provisional guide are encouraged to submit feedback to BCACORENET.

No part of these materials should be copied, reproduced or published in any form by any

means whatsoever electronic or mechanical including photocopy or by way pf any informationstorage or retrieval system nor should the material be disclosed to other parties without theexpress written autorisation of Building and Construction Authority.

Information and contents set forth in this document are subject to changes and will be releaseas updates in subsequent version.

Building and Construction Authority5 Maxwell Road

#16-00 Tower Block MND ComplexSingapore 069110

www.bca.gov.sg


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Version 2.5 March 2008

Version 2.0 January 2008Version 1.5 November 2007

Version 1.0 September 2007

Copyright 2008 Building and Construction Authority

For further comments or questions, please write to:

CORENET e-Plan Check Team

Building and Construction Authority

5 Maxwell Road

#16-00 Tower Block MND Complex

Singapore 069110


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i

CONTENTS

CONTENTS.................................................................................................................................i

TABLES......................................................................................................................................ii

FIGURES....................................................................................................................................ii

1. Introduction ..................................................................................................................... 3

1.1. Purpose of Document .............................................................................................. 3

1.2. Scope ....................................................................................................................... 3

2. General Requirements.................................................................................................... 4

2.1. Deliverable Format ................................................................................................... 4

2.2. Model Scale.............................................................................................................. 4

2.3. Model Orientation and Site Configuration ................................................................ 52.4. Standard Naming of File and Drawing Views .......................................................... 5

2.5. Last Saved Model or Last Saved View .................................................................... 6

2.6. Model for Re-submission ......................................................................................... 7

2.7. Model for Addition and Alteration Works.................................................................. 7

3. High-Level Modelling Requirements (Optional) .......................................................... 9

3.1. BIM Objects and Properties ..................................................................................... 9

3.2. Spaces and Zones ................................................................................................. 11

Appendix A Specific Submission Requirements ............................................................... 12

A-1 BCA-BPD Submission Requirements .................................................................... 12

A-2 URA Submission Requirements............................................................................. 16

A-3 NEA-CBPU and PUB Submission Requirements .................................................. 22

A-4 FSSD Submission Requirements........................................................................... 40

Appendix B Standard Certifications for Building Works................................................... 43

B-1 BCA: Qualified Persons Endorsements ................................................................ 43

B-2 URA: Qualified Persons Endorsements ................................................................ 46

B-3 FSSD: Qualified Persons Endorsements .............................................................. 48

Appendix C Step-by-step Guideline in Preparing 3D Model for Submission.................. 51

C-1 Users of Autodesk Revit......................................................................................... 51

C-2 Users of Other 3D Modelling Tools (eg. Graphisoft ArchiCAD)............................. 54

Appendix D Naming Conventions of BIM Objects ............................................................. 61

D-1 Building Element (IfcSlab, IfcDoor, IfcOpening)..................................................... 61


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ii

D-2 Mechanical System and Piping (IfcFlowTerminal, IfcFlowSegement, IfcFlowFitting,

IfcFlowController) ................................................................................................... 61

D-3 Building Storey (IfcBuildingStorey)......................................................................... 62

D-4 Space Name (IfcSpace) ......................................................................................... 62

D-5 Zone Name (IfcZone) ............................................................................................. 65

Acknowledgements ............................................................................................................... 66

Glossary of Acronyms Used ................................................................................................ 67

TABLES

Table 1 Naming convention for each 3D model or BIM file submitted...................................... 5

Table 2 Naming convention for each drawing view .................................................................. 6

Table 3 Colours used for A&A project....................................................................................... 7

Table 4 Table format of Gross Floor Area Summary.............................................................. 19

Table 5 Table format for number of persons provided with means of escape at each non-

residential storey ....................................................................................................... 42

FIGURES

Figure 1 Schematic diagram showing the steps in preparing the 3D CAD model for

submission ................................................................................................................. 4

Figure 2 Sample of A&A project (2D and 3D views)................................................................. 8

Figure 3 BIM containment hierarchy......................................................................................... 9

Figure 4 Sample of site plan view in 3D CAD or BIM model .................................................. 12

Figure 5 Sample floor plan with indication of platform levels and room tags ......................... 13

Figure 6 Sample of floor plan with elevation and section line or marker (highlighted in BLUE)

................................................................................................................................. 14

Figure 7 Sample of elevation or sectional view...................................................................... 14

Figure 8 Sample of layout view with QPs declaration and companys profile ....................... 15Figure 9 Sample floor plan view (a close-up) with space boundary (in BLUE) for GFA

calculation ................................................................................................................ 18


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Copyright 2008 Building and Construction Authority. All Rights Reserved. 3

1. Introduction

1.1. Purpose of Document

The objective of this Document is to assist qualified persons (QPs) indeveloping 3D CAD models to meet new requirements of Building

Information Model (BIM) submission. It describes the requirements and

guidance for creating BIM with specific object types, associated properties

and presentation format to the following regulatory agencies for visual

processing:

a. Building and Construction Authority (BCA), Building Plan Department;

b. Urban Redevelopment Authority (URA);

c. National Environment Agency (NEA), Central Building Plan Unit;

d. Public Utility Board (PUB); and

e. Fire Safety and Shelter Department (FSSD).

The respective regulatory agency reserves the right to reject and request for

necessary correction of any required deliverables or formats that do not meet

the requirements.

1.2. Scope

This submission guideline contains a list of requirements written in a concise

form to guide QPs in preparing 3D CAD models for submission to the above

mentioned regulatory agencies. It is by no means an exhaustive list of

requirements of the building works which must be complied with when

making a building plan or planning submission. The items in this Standard

Guideline may also be amended or revoked when new written laws come into

force. For more information or enquiries on the specific submission

requirements, please consult the appropriate regulatory agency above.

CAD vendors and retailers have developed their own application dependent

user manuals. These user manuals should be read carefully as this

Document cannot take into account all the special features of individual 3D

CAD or BIM application. For any submission requirements mentioned in the

Appendices that require customizations to a certain extent, QPs are also

advised to make reference to the training model distributed or to consult the

respective software vendor for any enquiries on the application. If there are

contradictions between this submission guideline and vendors instructions,

BCA CORENET e-Plan Check team shall be contacted for clarification.


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2. General Requirements

2.1. Deliverable Format

QPs are required to submit 3D CAD model or BIM saved in the following file

format upon submission to each of the above mentioned regulatory agencies:

a. A single DWF (Design Web Format) file; and

b. A single BIM in the native format of 3D CAD tools that are IFC 2x3

certified, including all the standard properties and approved space

names in Appendix D.

c. For Major project (e.g. phase condominium development), separate

BIM files can be submitted for each building. However, a SITE BIM

file linking all the buildings should be submitted.

All drawing views below should be compiled in a single DWF file. Refer to

Appendix C for detailed steps in publishing to DWF.

a. Plans, elevations, sections, layout views or sheets (refer to

Appendix A for specific requirements from each regulatory agency);

and

b. A 3D DWF model, to be included with other drawing views in a

single DWF file.

Figure 1 Schematic diagram showing the steps in preparing the 3D CAD model for submission

2.2. Model Scale

All 3D CAD models or BIM submitted for approval have to be drawn in realsize as built (1:1) in metric scale.

BIM Environmenta. Autodesk Revit; orb. Graphisoft ArchiCAD

ONE BIM File(Plans + Elevations +Sections + 3D View +La out Views

STEP 2:Customise each drawing view(plan, elevation and section)according to the presentationformat as specified in the 3Dsubmission guideline of eachregulatory agency

STEP 4:Submit both DWFand native files(RVT or PLA)

A enc

STEP 3:Pre-check (recommended), save thenative file and/ or export to DWF

STEP 1:Designing and Modelling


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2.3. Model Orientation and Site Configuration

The site, building model or its adjacent buildings should be drawn in the real

orientation or spatial coordinate system and with reference to SingaporeStandard Datum (>100M), rather than project reference level at zero ground.

2.4. Standard Naming of File and Drawing Views

File naming convention below (as modified from SS CP83 Part 3) should beused for all project files submitted:

Sample:

Project ID Author Zone Version User-defined

M L P 1 _ A - 0 1 _ A -

Table 1 Naming convention for each 3D model or BIM file submitted

Name of Field Indicators Description

Project Identification User defined field for the projectA- ArchitectC- Civil engineerE- Electrical engineerL- Land surveyor

M- Mechanical engineerN- Equipment supplierS- Structural engineerT- Telecommunication/ Signal engineerV- Other disciplines

Author

X- ContractorNN where, N: zone or block number

e.g.: 01 for Block 1A1 for Zone A1

Zone (or Block)

-- For all blocksA- 1

stsubmission

B- 2nd

submissionVersion (Revision/Submission)

C- 3rd

submission

User-defined(Optional)

User defined code for in-houseapplications (optional field)

Within each DWF or BIM model (either RVT or PLA) submitted to the

regulatory agencies, all its related drawing views (plans, elevations, sections

and 3D views) and layouts (contain only data information such as qualified

persons declarations and schedules) should follow the naming convention

below:

Sample:


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Agency Type of View View Name

B C A - _ F P _ 1ST S T O R E Y

Table 2 Naming convention for each drawing view

Name of Field Indicators Description

BCA Building and ConstructionAuthority

URA Urban RedevelopmentAuthority

CBPU Central Building Plan UnitPUB Public Utility Board

Agency

FSSD Fire Safety and ShelterDepartment

SP Site PlanFP Floor PlanFE ElevationFX Section

3D 3D View

Type of View

LV Layout View (should containonly data information, e.g.:QPs declarations andschedules)

1ST

STOREY; or2

NDSTOREY; or

3RD

STOREY; orN

THSTOREY; or

LOWER ROOF; orROOF

where, N: Storeys number

MEZZANINE N where, N: Mezzaninesnumber

BASEMENT N where, N: Basementsnumber

X ELEVATION where, X: Directions(e.g.: East, West, North,South)

SECTION N where, N: Sections number

View Name

ARCHITECTS DECLARATION; orENGINEERS DECLARATION; orQPS DECLARATION

2.5. Last Saved Model or Last Saved View

Checking and approval from the regulatory agencies is based on the Last

Saved Model, together with the Last Saved View of site plans, floor plans,

elevations and sections submitted. Therefore, QPs are to ensure that the

following items are checked upon submission:

a. Maximum extent is saved for each drawing view;

b. No hidden objects or annotations;

c. Any link (3D model or BIM saved in other file) that is considered part

of the submission is bind as a single integrated BIM;

d. All other external references, irrelevant drawing layers, objects,

annotations, draft work and construction lines, which are not part of


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the constructed building elements, are to be removed or purged upon

submission; and

e. No propriety fonts are used for annotations and all the fonts should

be legible; and

f. All objects and annotation in each phase were displayed in the last

saved view.

2.6. Model for Re-submission

The same 3D CAD or BIM model (with changes incorporated to comply with

the requirements) should be used in resubmission (i.e. no shifting of spatial

coordinate system in the re-submitted model). The revised submission should

be indicated clearly in the BIM file name following the format at Section 2.4.

2.7. Model for Addition and Alteration Works

For any plan of alteration or addition to an existing building, all the building

objects or elements should be demarcated clearly by colours in Table 3 (in

accordance with SS CP83 Part 5):

Table 3 Colours used for A&A project

Colour Usage

Magenta Proposed elements

Cyan Existing elementsYellow Deleted elements

Any building works which are to be deleted, removed or demolished must be

shown in dotted lines on the plans and presented in a manner that can be

easily identified or distinguished, as shown in Figure 2.


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Figure 2 Sample of A&A project (2D and 3D views)


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3. High-Level Modelling Requirements (Optional)BIM is typically defined by a hierarchy of objects that contain the most intelligence to

catalog the physical and characteristics of design and construction (Figure 3). The 3D

modelling as practiced in the industry today normally contains only the 3D geometricobjects, which comprises the foundation of BIM, but lacking in a wide array of

information associated with each of these building elements and systems. For

instance, walls are created using the applications Wall Tool, slabs using the Slab tool,

and so on. This section is optional if QP are to submit the BIM model for automated

e-Plan Checking System.

Figure 3 BIM containment hierarchy

This section is not intended to prescribe a step-by-step method to create 3D BIM, but

to highlight best practices in creating 3D BIM enriched with information of objects or

building elements.

3.1. BIM Objects and Properties

Project

Site

Building

BuildingStore s

Building Elements: Walls

Doors Windows Openings

Slabs Columns Beams Stairs Ramps

Spaces

IFCProject

IFCSite

IFCBuilding

IFCBuildingStorey

IFCBuildingElement IFCWall IFCDoor IFCWindow IFCOpening IFCSlab IFCColumn IFCBeam IFCStair IFCRamp

IFCSpace

Name Object Type Properties

Zones

IFCZone

grouping


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In BIM environment, there are a few items that users should understand and

are advised to follow:

a. Objects and elements should be created using the designated toolset

in BIM application. For example, Slab tool should be used to draw

floor slabs only, but not the walls and columns. In cases where such

tools are not available, or they are limited in some way (e.g. some

applications cannot create sloped beam), the BIM user should create

a generic object that can be assigned the correct Building Element

type. The ability of BIM applications to manage components and

spaces with complex geometric shapes varies, thus users are

advised to work with their vendors to understand the limitation and

workaround, if any;

b. For a multi-storey building, the objects and building elements, such

as wall and column, should be split into level and drawn on floor-by-

floor basis. These elements should not span more than one storey

and should be trimmed to the bottom surface of the elements above

(e.g. beam, ceiling, floor slab, etc);

c. An empty opening should be cut directly from a complete wall. For

example, a parapet should have a full wall drawn from finished floor

to finished ceiling, before inserting an opening into the wall

component (Note:The typical modelling error is to draw the parapet

wall up to a certain height without the opening-wall relationship);

d. Each object and element is assigned a unique identifier, for the

purpose of information sharing. Thus, it is necessary to include the

associated object properties in accordance with the approved

standards and naming conventions in Appendix D;

e. Objects are defined by their own properties or attributes. For example,

wall objects must include the interior and exterior property as

defined in IFC. Most BIM applications will incorporate this, either as

shared parameters or add-on module, which may require the user to

set the property value in some cases. Please refer to respective

vendors documentation for instructions on how this property is set;

and

f. In some BIM applications, certain properties of objects and building

elements are set using layers. For instance, separation between

exterior and interior walls is done using layers. QPs are encouraged

to consult their respective BIM vendor about drawing layer strategies

that will support drawing production and the BIM requirements

outlined in this submission guideline, and if or how these can impactthe object properties (Note:This section only applies to any 3D CAD


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or BIM applications that use layers as the primary mechanism for

filtering and structuring content).

3.2. Spaces and Zones

Space is also a 3D object in BIM and normally represented in plan drawing

view with a room tag (Figure 4), while several spaces of similar function can

be grouped to form a zone. Users are advised to follow the best practice

recommended below:

a. A naming convention must be used in identifying space object. The

Long Name field should contain an approved name as specified in

Appendix D;

b. The space is typically defined by the inside faces of its bound

building elements (e.g. walls, floors and ceilings). To align with the

outer face of the exterior walls (in accordance with URA requirements

for GFA calculation), users have to define the external boundary lines

of either the rooms or unenclosed spaces (e.g. balconies and

terraces), using the special tools provided by the BIM applications.

Users should consult the vendors to learn the recommended method

for creating space objects (Note: Users must ensure that space

object geometry is updated to maintain its alignment with the

surrounding walls, floors or ceilings, if these space-bounding

elements are moved);

c. Spaces should be defined and modelled with a vertical extent from

the finished floor to the finished ceiling. If the spaces (e.g. balcony

and terrace) are unbounded by physical elements, the height should

be set equal to the height of adjacent spaces at the same building

floor. (Note: A typical modelling error is to model the spaces with

zero height); and

d. Spaces of similar function or stacked spaces are grouped for manydifferent analysis and organizational purpose, known as zone. The

naming convention of these zones should follow the approved

descriptions in Appendix D.


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Appendix A Specific Submission Requirements

A-1 BCA-BPD Submission Requirements

1. All Floor Plan Views

All floor plans (inclusive of site plan) should have the structural grid lines

and dimensions to show the total length or width of the building, as well as

the distance between structural columns. The boundary lines verged in

RED should also be included as shown in Figure 4.

1.1. Site Plan View

In specific, site plan shall show the following (also shown in Figure 4):

1.1.1. Building Outline

The outline of building to be erected/ building in which works

are to be carried out.

1.1.2. Road Names

Names of the adjacent roads and streets should be included.

1.1.3. Town Subdivision, Mukim and Lot Numbers

The site plan shall annotate the number of lot and adjoining lots

and the Mukim or Town Subdivision number of the lot.

1.1.4. Dimensions

There shall be indication of building setback and distance

between the new building to be erected or the building works to

be carried out and its adjacent lot boundary.

1.1.5. Ingress and Egress to the Site

Figure 4 Sample of site plan view in 3D CAD or BIM model


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1.2. Floor Plan View

In specific, the floor plan shall show the following:

1.2.1. Platform Level

Floor plans shall include the indication of drop or different

leveling at the rooms or spaces (as shown in Figure 5).

1.2.2. Rooms Tag

Space objects are normally represented in plan drawing view

with a room tag, depending on the tools available in each BIM

application. As shown in Figure 5, each room should be tagged

with clear annotation of:

a. the purpose of each room or space in the building (in

accordance with approved space name in Appendix D);

b. the space to be air-conditioned or mechanically

ventilated;

c. the toilet or parking lots for disabled people; and

d. the location of equipment, plant room and water tank

room.

Figure 5 Sample floor plan with indication of platform levels and room tags

2. All Elevation and Section Views


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As shown in Figure 6 & 7, the elevation and section line(s) or marker(s)

shall be displayed on the floor plans. Every elevation or section view,

whichever is relevant, shall show the following:

a. floor-to-floor height;

b. maximum building height in AMSL (Above Mean Sea Level);

c. height of ceiling;

d. headroom;

e. window sills;

f. staircase railing; and

g. parapet walls.

Figure 6 Sample of floor plan with elevation and section line or marker (highlighted in BLUE)

Figure 7 Sample of elevation or sectional view


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3. Layout Views or Sheets

Layout views or sheets are meant as a platform to deliver only data related

information. QPs should include the following items in the layout views or

sheets:

3.1. Title Block

As shown in Figure 8, the title block on the right hand side of the layout

sheet should contain the information of the project such as submission

number, project information, companys profile and revision number.

3.2. Qualified Persons Declaration

Declarations of each qualified person (refer to the Appendix B for QPs

declaration required by each regulatory agency) from different discipline

or company should be included and created on separate layout sheets.

Figure 8 Sample of layout view with QPs declaration and companys profile


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A-2 URA Submission Requirements

1. General Requirements for All URA Submissions



the distance between structural columns (Figure 4).

1.1. Site Plan View

In specific, the site plan shall show the following.

a. Cadastral based (with details of Lot Number, Lot Boundary etc)

site plan with a surrounding radius range of 10m to 50m shall be

incorporated. If this is not possible, applicants are to provide acadastral key plan as an insert or submit a scanned copy of

cadastral key plan separately;

b. Site boundary should be indicated clearly in RED colour;

c. All building setbacks, building outline and basement outlines

shall be indicated;

d. All building plots, and area for communal use/open space for

building coverage and communal open space calculations shall

be shown as separate plots;

e. Parcels of land for vesting such as road widening and drainage

reserve etc shall be shown as separate plots;

f. Road reserve lines and drainage reserve lines shall be indicate

clearly on plan;

g. Existing ground levels for the subject site and adjoining sites

immediately across the common boundaries (more than 1m

beyond the subject site) & proposed platform levels shall be

indicated;

h. Retaining walls or boundary wall , if any, shall be indicated;

i. Buffer zone provisions(Green buffer and physical buffer lines with

dimensions) and 2 m planting strip shall be indicated clearly;

j. Access arrangement, road name text, road centre lines, road

kerbs and road categories shall be indicated clearly; and

k. Plot boundaries and plot numbers of right of way/easement,

parkway reserve, if applicable, shall be indicated clearly.




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1.2.1. Platform Level

Floor plans shall include the indication of drop or different

leveling at the rooms or spaces (as shown in Figure 5).

1.2.2. Rooms TagIn a BIM process, the space itself is a 3D object. As shown in

Figure 5, each room should be tagged with clear annotation of

the purpose of each room or space available (in accordance

with approved space name in Appendix D). QPs may choose to

create new fields for additional room descriptions (e.g.

Conference Room); however, the Long Name field must

contain an approved name.

1.3. Elevation and Section Views

As shown in Figure 6, the elevation and section line(s) or marker(s)

shall be displayed on the floor plans. Every elevation or section view,

whichever is relevant, shall show the following:

a. Floor-to-floor height;

b. Maximum building height in AMSL (Above Mean Sea Level);

c. Basement protrusions, if any;

d. Lines of existing ground level; and

e. Retaining walls, if any.

1.4. Layout Views or Sheets

QPs should include the following items in the layout views or sheets:

1.4.1. Title Block

As shown in Figure 8, the title block on the right hand side of

the layout sheet should contain the information of the project

such as submission description, project information, companys

profile and revision number.

1.4.2. Qualified Persons Declaration

Declarations of each qualified person (refer to the Appendix B

for QPs declaration required by each regulatory agency) from

different discipline or company should be included and created

on separate layout sheets.


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2. GFA Calculation Plan

Separate calculation plans/area plans and drawing views shall be provided for

all the required calculations. All calculations shall be based on the latest

Handbook on Gross Floor Area

(http://www.ura.gov.sg/circulars/text/dcdgfahb_d0e4.htm).


In specific, the floor plan submitted for GFA approval shall include the

following:

a. Areas Tag showing the usage and floor area of each

demarcated area that are to be included in the GFA calculation.

Boundary lines of the Areas tag shall follow the current GFAguidelines (e.g. to include the thickness of external walls). To do

this, QPs are required to define the external boundary lines of

either the areas or unenclosed spaces (e.g. balconies and

terraces), using the tools as provided by the BIM applications

(please refer to the vendors documentations on how this can be

done);

Figure 9 Sample floor plan view (a close-up) with space boundary (in BLUE) for GFA calculation

b. Service Ducts without floor slabs and voids shall be indicated

clearly with crosses;

c. If applicable, details calculations on quantum use and secondary

use shall be incorporated (please refer to latest Handbook on

Gross Floor Area


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(http://www.ura.gov.sg/circulars/text/dcdgfahb_d0e4.htm) for

details of these areas).;

d. If applicable, details calculations on area to be computed over

and above the Master Plan allowable gross plot ratio shall be

incorporated(please refer to latest Handbook on Gross Floor

Area (http://www.ura.gov.sg/circulars/text/dcdgfahb_d0e4.htm)

for details of these areas).;

e. If applicable, detailed calculations on GFA exemption items shall

be incorporated (please refer to latest Handbook on Gross Floor

Area (http://www.ura.gov.sg/circulars/text/dcdgfahb_d0e4.htm)

for details of these areas).;

f. Detailed calculations on Building Coverage and Communal

Open Space shall be incorporated.

2.2. Schedule or Table

A summary of GFA breakdown by floors (see example in Table 4) shall

be tabulated and drag-and-drop to the layout sheet before publishing

to DWF for submission.

Table 4 Table format ofGross Floor Area Summary

SUMMARY OF GROSS FLOOR AREA

Breakdown of Gross Floor Area (m

2

)Blk No. Storey GFA(m2) Commercial Residential Hotel Industry Warehouse

1 Basement1

stStorey

2nd

Storey3

rdStorey

RoofSubtotal:

2 1st

Storey2

ndStorey

3rd

StoreyRoofSubtotal:

Total:Quantum (%):

Summary of Incentive GFABreakdown of Incentive* GFA

Blk No. StoreyGFA(m

2)

CarparkResidual

Areas

CommunalLandscaped

Areas

CoveredWalkways

ThruBlock /

Upp LevelLinkages

Sky Terrace

1 Basement1st2nd

3rdRoof


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Subtotal:

2 Basement1st2nd3rdRoofSubtotal:

Total:

3. Proposal /Diagrammatic Plan for Subdivision ofLands/Strata Subdivision Buildings

The requirements are:

a. Existing lot boundaries shall be shown by dotted lines together

with their lot number shall be indicated on proposal plan;

b. Boundaries of land to be subdivided shall be indicated;c. All proposed new lot boundaries with dimensions shall be indicated;

d. All building plots and parcels of land for vesting such as splay

corner, road widening, drainage reserve, etc shall be shown as

separate plots

e. All building setback dimensions shall be indicated on proposal plan;

f. All plot boundaries and plot numbers for right of way/easement if

applicable, shall be indicated on proposal plan; and

g. Strata unit boundary shall be indicated on floor plans for strata

subdivision.

4. Landscape Plan

4.1. Site or Floor Plan View

In specific, the landscape plan submitted shall include the following:

a. Landscape plan is to be provided with the application, for the

submission on the objective-based guidelines on the minor

ancillary structures within the green buffer and 2m planting strip

along common boundaries only;

b. Location and species of proposed small to medium size shade

trees are to be shown on plan;

c. A legend for the proposed trees shall be provided;

d. Types of ancillary structures with justifications (in separate

document, if necessary), the height and width shall be clearly

shown;

e. All proposed green buffer/planting verges shall be indicated as

tree-planting strip only;


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f. Widths of all proposed planting provision provided shall be

indicated; and

g. All slopes shall be shown on plan with standard symbols. The

gradients of all proposed slopes should also be clearly indicated.

4.2. Schedule or Table

Computation of number of trees should be clearly indicated.


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A-3 NEA-CBPU and PUB Submission Requirements

The individual section below covers the specific presentation requirements necessary

for each of the drawing views submitted to CBPU and PUB at the various stages

below:1. Development Control;

2. Pollution Control;

3. Environmental Health;

4. Detailed Plan on Sewage Works (Proposed Sewer/ Sewer Diversion

Works);

5. Detailed Plan on Sanitary Works (for Sanitary Plumbing & Drainage

System/ Sewer Connection);

6. Detailed Plan on Sewerage M&E Works;

7. Detailed Plan on Drainage Works Main Development Submission;

8. Detailed Plan on Drainage Works Proposed Roadside Drain/ Culvert;

9. As-built Plan for TOP/CSC Proposed Sewer/ Pumping Mains/ Sewer/

Pumping Main Diversion Works;

10. As-built Plan for TOP/CSC Sanitary Works (Sanitary Plumbing &

Drainage System/ Sewer Connection);

11. As-built Plan for CSC Proposed Roadside Drain/ Culvert;

12. As-built Plan for CSC Pumped Drainage System at Basement;

13. As-built Plan for CSC Internal Drain with Deviations;14. Certified Survey Plan for CSC Development in the vicinity of/ affected by

Drainage Reserve; and

15. URA Approved Sub-division Plan for CSC for Site affected by Drainage

Reserve.

1. Development Control

1.1. Site Plan View

In specific, the site plan for development control shall show the

following:

a. Boundary of development site shall be edged in RED;

b. Outline of neighbouring development plots or buildings or

structure within 1km radius and MRT tracks, if any, within 100m

radius;

c. Building setback from MRT track;

d. Existing Deep Tunnel Sewer lines, link sewers, trunk sewers,

pumping mains within 25m from the development boundary in

accordance to SIP;


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e. Building setback from sewers or pumping mains and setback

distance from structures or buildings;

f. Bin centre location and vehicular access;

g. Existing Drainage reserves, entrance culverts or roadside drains.

h. Proposed sewers or pumping mains or drains, sewer or

pumping main or drain diversion work, holding tank or sewage

treatment plant or pump sump;

i. Existing or proposed internal drains serving the development

site from summit points to its outlet connection to the existing or

proposed roadside drain or outlet drain; and

j. Existing road levels or ground levels at the outlet discharge point

of internal drains.

. 1.2. Floor Plan View

In specific, the basement and other storeys floor plan view of

development control shall show the following:

a. For industrial development, use of floor space for industrial

processes or activities;

b. Provision for pollution control equipment;

c. Bin centre and vehicular access to the bin centre;

d. Existing, proposed and abandoned sewers, pumping mains,sewer connection, manholes, discharge chambers, their top and

invert levels, and their setback from buildings or structures;

e. The last inspection chamber, pipe size

the top and invert of the

last IC and connecting manhole;

f. Reinforced concrete trench for sewer that do not meet building

setback requirement;

g. Drainage reserve and its alignment and width;

h. Common drains and its alignment and flow of existing common

drain within the development site, layout of internal drainage

system and discharge point to the public drains and the drain

size;

i. Proposed or existing platform level, adjacent road/ground levels

at the outlet discharge points of internal drains;

j. Link to MRT station and /or existing building link to MRT station,

if any;

k. Toilets, refuse chute chambers, car washing bays, garage gully

and oil interceptor;

l. Food shops and grease traps;


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m. Provision for pump sewerage system, if used water is generated;

n. All entrance or openings to the basement, platform levels, cut-off

drains, crest levels, threshold levels and drainage pump system;

and

o. Areas open to sky to be served by pumped drainage system.

1.3. Roof Plan View

In specific, the roof plan for development control shall show the

following:

a. For industrial buildings, location of flue gas stacks and

chimneys


c. Private roof terraces, gardens, common areas, common

staircases;

d. Refuse chute, refuse chute ventilation openings,

maintenance access to the refuse chute; and

e. Roof gutter or scupper drains (if any), parapet walls and

railings.

1.4. Elevation View

In specific, the elevation view for development control shall show the

following:

a. For industrial buildings, location of flue gas stacks and

chimneys


c. Building height;

d. Sewer setback from building or structures;

e. Location of reinforced concrete trench;

f. Refuse chute ventilation openings, roof gutter or scupperdrains (if any), parapet walls, railings;

g. Bin centre and its height.

h. Drainage reserve, common drains, roadside or external

drains, existing and proposed boundary fence or walls; and

i. Structures closer than 2.0m from the edge of the Drainage

Reserve.

2. Pollution Control


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2.1. Site Plan View

In specific, the site plan for pollution control shall show the following:

a. Boundary of development site shall be edged in RED; and


structure within 1km radius and MRT tracks, if any, within

100m radius;


Besides the basic building elements, the basement and other storeys

floor plan of pollution control shall show the following:

a. Trade effluent drainage or piping system to collect and

convey trade effluent generated;b. Location of trade effluent treatment plant;

c. Location of trade effluent sampling sump or system and the

connection to the internal sanitary drainage system;

d. Location of Last Inspection Chamber at 1st

storey (includes

pH monitoring and discharge control system);

e. Open process areas which may cause contamination to rain

water and system to collect contaminated rain water for

treatment before discharge into open drain;

f. Types and locations of fuel burning equipment;

g. Locations of air pollution control equipment;

h. Containment facility for storage tanks;

i. System for treatment and discharge of rainwater collected

within the secondary containment facility;

j. Locations of toxic industrial water treatment and disposal

facilities;

k. Containment facilities for generator;

l. Air intake/exhaust points for mechanical ventilation system;

and

m. Car washing bays, garage gully or oil interceptor at

basement, if any.

2.3. Roof Plan View

In specific, the roof plan for pollution control shall show the following:

a. Location of chimneys for the dispersion of flue gases;

b. Types and locations of fuel burning equipment;

c. Stacks for the dispersion of exhaust gases; and


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d. Cooling towers location and its overflow or drain-off point.

2.4. Elevation View

In specific, the elevation view for pollution control shall show thefollowing:

a. Flue gas stacks and chimneys;

b. Types and locations of fuel burning equipment; and

c. Building height.

3. Environmental Health

3.1. Site Plan View

In specific, the site plan for environmental health shall show the

following:



structure within 1km radius;

c. Neighbouring clean and light industrial buildings (if any)

within 50m setback distance;

d. Overhead MRT within 35m setback distance from building or

structure; and

e. Bin centre and access, swimming pool and restaurant.


In specific, the basement and other storeys floor plan of environmental

health shall show the following:

a. MRT setback lines and distance

b. Bin centre and access;

c. Swimming pool, open spa or jacuzzi;

d. Refuse chute chambers and sanitary facilities or toilets;

e. Restaurant, foodshop and its kitchen/food preparation area,

outdoor refreshment area (if any) and washing area, sanitary

pipes, drip tray, double floor slab, hood and flue system and

grease trap; and

f. Common drain.

3.3. Roof Plan View


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In specific, the roof plan for environmental health shall show the

following:

a. Location and ventilation openings for refuse chutes, common

areas, maintenance access to refuse chutes; and

b. Roof gutter or scupper drains (if any), parapet walls or railing,

permanent and safe access to the roof gutters or roof

scupper drains.

3.4. Elevation View

In specific, the elevation view for environmental health shall show the

following:

a. Refuse chutes and their ventilation openings, roof gutters or

scupper drains (if any), parapet walls, railings;

b. Building height;

c. Bin centre; and

d. Proposed boundary fence or walls and common drain.

4. Detailed Plan for Sewerage Works (Proposed Sewer/Sewer Diversion Works)

4.1. Site and First Storey Floor Plan ViewIn specific, the site and 1

ststorey floor plan for sewage works shall

show the following:




c. Proposed or existing sewer or pumping main or diversion,

and their setback distance from building or structures or

Drainage Reserve or neighbouring lot;

d. Reinforced concrete trench with removable slabs (annotated

on the plan) for existing or proposed sewer under building or

structures or with insufficient setback from building or

structures;

e. Invert or top and pipe size levels of the connecting

manhole(s); and

f. Provision of pump sump or holding tank or sewage treatment

plant.


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4.2. Elevation View

In specific, the elevation view for sewerage works shall show the

following:

a. Headroom for overhanging structures or roof eaves above

existing or proposed sewer or pumping main;

b. Pipe size and invert levels of the existing or proposed sewer

or pumping mains and theirsetback distance from building or

structures;

c. Reinforced concrete trench with removable slabs (annotated



structures;

d. Pipe size and invert or top levels of the connecting

manhole(s);

e. Building height;

f. Proposed boundary fence or walls; and

g. Pump sump or holding tank or sewage treatment plant.

4.3. Longitudinal Section View

In specific, the section view for sewerage works shall show the

following:

a. All existing or proposed manholes and sewers or pumping

mains and its materials, pipe sizes, distance, gradient and

invert or top levels of manhole with tumbling bay or backdrop

connections (if any);

b. Method of laying and pipe hunching details; and

c. Headroom clearance of overhanging or overhead structures.

5. Detailed Plan for Sanitary Works (for SanitaryPlumbing & Drainage System/ Sewer Connection)

5.1. Site Plan View

In specific, the site plan for sanitary works shall show the following:




c. Sewer connection and its pipe size, the invert and top levels

of last inspection chamber and the connecting manhole;


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d. Existing sewer or pumping main and their setback distance

from building or structures;

e. Reinforced concrete trench with removable slabs (annotated



structures; and


plant.


In specific, the basement and other storeys floor plan of sanitary works

shall show the following:

a. All sanitary appliances or fittings or soil and vent stack(s) and

their connection to inspection chambers;

b. Internal sanitary drainage system and its connection to

existing or proposed sewer or manhole;




structures;

d. Invert and top levels of the connecting manhole(s);e. Existing sewer or pumping main and their setback from

building or structure;


plant; and

g. Eating establishments and grease trap or sewage diverter at

basement, if any.

5.3. Roof Plan View

In specific, the roof plan for sanitary works shall show the following:

a. Used waterventilation stacks;

b. Roof garden and window openings of penthouse units; and

c. Potable water tank, if any.

5.4. Elevation View

In specific, the elevation view for sanitary works shall show the

following:


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a. Sanitary plumbing and drainage system within the premises

connected to the sewerage system;

b. Sewer connection and its pipe size, the last inspection

chamber and the connecting manhole;

c. Pipe size and invert or top levels of existing or proposed

sewer or pumping main, and the setback distance from

building or structures;

d. Reinforced concrete trench with removable slabs; and

e. Pump sump or holding tank or sewage treatment plant.

6. Detailed Plan on Sewerage M&E Works

6.1. Electrical Floor Plan ViewIn specific, the electrical drawings must be endorsed by LEW/

Electrical QP and shall include the following:

a. Electrical Single Line Diagram;

b. Electrical Control Schematic Diagram;

c. Electrical Panel Diagram; and

d. Float Switches or Electrodes Level Arrangement Diagram

and the description of their operations.

6.2. Mechanical Floor Plan and Section View

In specific, the mechanical floor plan and sectional view shall show the

following:

a. Dimension, size and material used for the equipments;

b. Pipe material and size;

c. Discharge point of the pump system;

d. Make and model of pump;

e. Centre line of RSJ;

f. Ventilation system;

g. Indicate the end point of vent pipe connection; and

h. Location of control panel.

7. Detailed Plan on Drainage Works Main DevelopmentSubmission

7.1. Site Plan View

In specific, the site plan for drainage works shall show the following:


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b. Outline of neighbouring development plots or buildings and

MRT tracks, if any, within 100m radius;

c. Proposed platforms levels and road or ground levels at the

outlet discharge point of the internal drains;

d. Drainage reserves and common drains, which shall also be

dimensioned;

e. Lots or plot number of development;

f. The alignment, type, size and flow direction of the existing

roadside drain or outlet drain adjacent to the development

site and existing common drain, if any;

g. Internal drains incorporating flow direction and outlet

discharge points connecting to the existing drains; and

h. If the development site is affected by common drain, the

following requirements are to be endorsed on site plan:

i. Surface runoff from the proposed site and all

neighbouring lots shall continue to be allowed to

discharge through the common drain within the

premises; and

ii. The owner shall be responsible for the maintenance of

the common drain within their premises.

7.2. Basement Floor Plan View

In specific, the basement floor plan for drainage works shall show the

following:

a. Cut-off drains;

b. Crest level of entrances and openings comply with Code of

Practice on Surface Water Drainage and to indicate on plan;

c. Pumped drainage system complies with Code of Practice on

Surface Water Drainage to indicate on plan;

d. Proposed basement platform level, fronting and adjacent

road levels of development;

e. Details of pumped drainage system shall be submitted

separately for PUB C&W Departments record;

f. The areas in meter square (m2) which are exposed to ingress

of rainwater; and

g. Underground linkage to MRT Station or underground linkage

to development having underground linkage to MRT Station.


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7.3. First Storey Floor Plan View

In specific, the 1st

storey floor plan for drainage works shall show the

following:

a. Proposed platforms levels for all areas;

b. Dimensions of drainage reserves;

c. Site boundary;

d. Road widening line and road levels;

e. Runoff from neighbouring lot and type, size of the common

drain affected by the development;

f. Proposed/existing drainage provided for runoff from

neighbouring lot;

g. Internal drains incorporating flow direction and outlet

discharge points connecting to the external drains;

h. Outlets discharge points of the proposed or existing internal

drains connecting to the existing or proposed drains; and

i. Threshold level for all entrances or openings to the basement

or proposal linkage to underground MRT Station.

8. Detailed Plan on Drainage Works ProposedRoadside Drain/ Culvert

8.1. Site Plan View

In specific, the site plan for drainage works shall show the following:


b. Outline of neighbouring development plots or buildings and

MRT tracks, if any, within 100m radius;

c. Alignment and extent of proposed drain;

d. Highlight the proposed drain;

e. Summit point and direction of flow of proposed drain;

f. Width and type of proposed drain;

g. Road reserve or widening line or boundary line;

h. Drainage reserve lines with dimensions (if applicable);

i. Invert levels, top levels and road or ground levels;

j. Size and spacing of grating covers for closed drain; and

k. Drop inlet chambers and scupper drains.

8.2. First Storey Floor Plan View

In specific, the 1st storey floor plan for drainage works shall show the

following:


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a. Alignment and extent of proposed drain;

b. Highlight the proposed drain;

c. Summit point and direction of flow of proposed drain;

d. Width and type of proposed drain;

e. Road reserve or widening line or boundary line;

f. Drainage reserve lines with dimensions (if applicable);

g. Invert levels, top levels and road or ground levels;

h. Size and spacing of grating covers for closed drain; and

i. Drop inlet chambers and scupper drains.

For slab crossing over the existing drain, the floor plan shall show:

a. Dimension clearance between cope of drain and soffit of slab;

b. Dimension clearance between pile cap or footing and drain-

wall;

c. Endorsement on maintenance and removal of slab by owner

as and when required by PUB;

d. Safety railings, if applicable;

e. Boundary line or road widening line;

f. Concrete paving on ground below the slab;

g. Cross fall of concrete paving; and

h. Show location of slab crossing on site or 1st

storey plan.

8.3. Cross Sectional View

In specific, the cross section of proposed drain/ culvert shall show the

following:

a. Boundary line or road reserve line and drainage reserve line,

if applicable;

b. Clear width, minimum and maximum depth;

c. Type and size of Dry Weather Flow channel;

d. Type of safety railings, if applicable;

e. Thickness of walls, top and base slab;

f. Reinforced details and grade of concrete;

g. 300mm thick false bottom;

h. Weepholes, hardcore backing and geotextile;

i. Lean concrete and hardcore sub base;

j. Aluminum rungs, if applicable;

k. Cross fall of benching;

l. Cross section of ramp within maintenance access, if

applicable;


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m. Steel posts and chains across maintenance access, if

applicable;

n. Details of box drain connections within drainage reserve, if

applicable; and

o. Cross section of proposed slab over drain, if any;


In specific, the longitudinal section of proposed drain/ culvert shall

show the following:

a. Existing and proposed invert levels;

b. Soffit, coping, ground and road levels;

c. Extent, size and type of proposed drain or culvert;

d. Gradient and direction of flow of proposed drain or culvert;

e. Clear depth and chainages; and

f. Size and type of existing drain at both ends of the proposed

drain or culvert.

9. As-built Plan for TOP/CSC Proposed Sewer/Pumping Mains/ Sewer/ Pumping Main DiversionWorks

9.1. Site and First Storey Floor Plan View

In specific, the site and 1st

storey floor plan for TOP/ CSC shall show

the following:




c. Proposed or existing sewer or pumping main or diversion,

gradient, and their setback distance from building or

structures or Drainage Reserve or neighbouring lot;

d. Reinforced concrete trench with removable slabs (annotated



structures;

e. Invert and top levelsof the connecting manhole(s); and


plant; and

g. Party maintaining.


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9.2. Elevation View

In specific, the elevation view for TOP/ CSC shall show the following:

a. Headroom for overhanging structures or roof eaves above

existing or proposed sewer or pumping main;

b. Existing or Proposed Sewer or pumping mains setback

distance from building or structures;




structures;

d. Invert level of the connecting manhole(s);

e. Building height;

f. Proposed boundary fence or walls; and



In specific, the section view for TOP/ CSC shall show the following:

a. All existing or proposed manholes and sewers or pumping

mains, pipe sizes,material, pipe depth, gradient and platform

levels, invert levels of tumbling bay or backdrop connections

to manholes;

b. Pipe haunching details and type of foundation;

c. Method of construction (jacking, open cut, etc); and

d. Headroom clearance of overhanging or overhead structures.

10. As-built Plan for TOP/CSC Sanitary Works (SanitaryPlumbing & Drainage System/ Sewer Connection)

10.1. Site Plan View

In specific, the site plan for TOP/ CSC sanitary works shall show the

following:




c. Sewer connection and its pipe size, the invert and top levels

of last inspection chamber and the connecting manhole;

d. Existing sewer or pumping main and their setback distance

from building or structures;


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e. Reinforced concrete trench with removable slabs (annotated



structures;

f. Invert and top levels of the connecting manhole(s);

g. Proposed sewer or diversion, existing sewer and their

setback from building or structure, adjacent lot and Drainage

Reserve;

h. Provision of pump sump or holding tank or sewage treatment

plant; and

i. Party maintaining.

10.2. Floor Plan ViewIn specific, the basement and other storeys floor plan for TOP/ CSC

of sanitary works shall show the following:

a. Sanitary plumbing and drainage system and their gradient

within the premises connected to the sewerage system,

sewer connection and its pipe size, the last inspection


b. Double floor slab (including access opening) for sanitary

pipes sited over bedroom, living room dining room andkitchen area;

c. Sewer connection and its gradient, the last inspection


d. Sanitary facilities or toilets;

e. Sewer or pumping main, gradient, and setback distance from

building or structures;

f. Reinforced concrete trench with removable slabs (annotated



structures;

g. Invert and top levels of the connecting manhole(s);

h. Proposed sewer or diversion, existing sewer and their

setback from building or structure, adjacent lot and Drainage

Reserve;

i. Provision of pump sump or holding tank or sewage treatment

plant;

j. Platform levels;


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k. Toilets, refuse chute chambers, car washing bays and

garage gully at basement; and

l. Eating establishments and grease trap or sewage diverter at

basement, if any.

10.3. Roof Plan View

In specific, the roof plan for TOP/ CSC of sanitary works shall show

the following:

a. Sanitary pipes and potable water tank; and

b. Vent stacks, roof garden and window openings of penthouse

units.

10.4. Elevation View

In specific, the elevation view for TOP/ CSC of sanitary works shall

show the following:

a. Sanitary plumbing and drainage system within the premises

connected to the sewerage system;

b. Double floor slab for sanitary pipes sited over bedroom, living

room dining room and kitchen area;

c. Sewer connection and its pipe size, the last inspection


d. Platform levels;

e. Existing or Proposed sewer or pumping main, gradient, and

setback distance from building or structures;

f. Reinforced concrete trench with removable slabs; and


11. As-built Plan for CSC Proposed Roadside Drain/

Culvert

11.1. Site Plan and First Storey Floor Plan View

In specific, the site plan and 1st

storey floor plan for CSC drain or

culvert shall show the following:

a. Alignment and extent of proposed drain;

b. Highlight the proposed drain;

c. Summit point and direction of flow of proposed drain;

d. Width and type of proposed drain;

e. Road reserve or widening line or boundary line;


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f. Drainage reserve lines with dimensions (if applicable);

g. Invert levels, top levels and road or ground levels;

h. Size and spacing of grating covers for closed drain; and

i. Drop inlet chambers and scupper drains.

11.2. Cross Sectional View

In specific, the cross section of CSC proposed drain culvert shall

show the following:

a. Boundary line or road reserve line and drainage reserve line,

if applicable;

b. Clear width, minimum and maximum depth;

c. Type and size of Dry Weather Flow channel;

d. Type of safety railings, if applicable;

e. Thickness of walls, top and base slab;

f. Reinforced details and grade of concrete;

g. 300mm thick false bottom;

h. Weepholes, hardcore backing and geotextile;

i. Lean concrete and hardcore sub base;

j. Aluminium rungs, if applicable;

k. Cross fall of benching;

l. Cross section of ramp within maintenance access, ifapplicable;

m. Steel posts and chains across maintenance access, if

applicable; and

n. Details of box drain connections within drainage reserve, if

applicable.


In specific, the longitudinal section of CSC proposed drain/ culvertshall show the following:

a. Existing and proposed invert levels;

b. Soffit, coping, ground and road levels;

c. Extent, size and type of proposed drain or culvert;

d. Gradient and direction of flow of proposed drain or culvert;

e. Clear depth and chainages; and

f. Size and type of existing drain at both ends of the proposed

drain or culvert.


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12. As-built Plan for CSC Pumped Drainage System atBasement

In specific, the basement, 1st

storey floor plan and elevation view of CSC

proposed drainage system shall show the following:

a. Storm water pump, storm water storage tank; and

b. Pipeline running from basement to outlet at first storey surface

drain.

13. As-built Plan for CSC Internal Drain with Deviations

In specific, the site plan, basement and 1st

storey floor plan for CSC internal

drain shall show the internal drain deviations from the approved plan.

14. Certified Survey Plan for CSC Development in theVicinity of/ Affected by Drainage Reserve

In specific, the site plan and cross section view for CSC Survey Plan shall

show the proposed structure or foundation which is less than 300mm away

from the Drainage Reserve, as well as lots numbers of the drainage reserve,

if affected.

15. URA Approved Sub-division Plan for CSC for SiteAffected by Drainage Reserve

In specific, the Sub-division Plan or Certified Survey Plan shall indicate the

lot number.


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A-4 FSSD Submission Requirements

1. General Requirements for All FSSD Submissions



the distance between structural columns.



1.1.1. Rooms Tag

Each room should be tagged with clear annotation of:

a. the purpose of each room or space in the building;

b. number of persons provided with means of escape; and

c. the type of fire protection system to be provided.

1.1.2. Doors Tag and Elements Tag

Fire resistance rating of fire doors, compartment walls or floors

and elements of structure in accordance with the current Fire

Code shall be tagged with clear annotation.

1.1.3. Legend of Symbols and Colour SchemeA complete legend of symbols, abbreviations and/ or colour

scheme of fire compartment wall, fire doors and fire protection

installation shall be provided on floor plan view.

1.2. Section Views

As shown in Figure 6, the section line(s) or marker(s) shall be

displayed on the floor plans and every sectional view should have the

structural grid lines and dimensions, incorporating with the proposed

system, if any.

1.3. Layout Views or Sheets

QPs should include the following items in the layout views or sheets:

1.3.1. Title Block

As shown in Figure 8, the title block on the right hand side of

the layout sheet should contain the information of the project


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such as submission number, project information, companys

profile and revision number.

1.3.2. Qualified Persons Declaration

Declarations of each qualified person (refer to the Appendix Bfor QPs declaration required by each regulatory agency) from

different discipline or company should be included and created

on separate layout sheets.

2. Building Plan (BP) and Fire Protection Plan (FP)

2.1. Site Plan View

In specific, the site plan submitted for FSSD BP and/or FP approval

shall include the following:

a. Provision of fire engine accessibility in accordance with

current Fire Code;

b. Designated driveways/ access roads to withstand the

operating load of fire engine appliances (to be filled with

GREY); and

c. Position of external hydrant(s) along public roads in the

vicinity of the subject site and additional provision of internal

hydrant(s), if any, within the subject site.


In specific, the floor plan submitted for FSSD BP and/or FP approval

shall include the position of breeching inlet(s), wet/dry riser outlets and

hydraulic hosereels, whichever is applicable, and shall be indicated in

RED.

2.3. Schedule

Calculations on the designed occupancy load and exit requirement per

storey should be summarised according to the format below. These

calculations are required even though the submission is for a small

part of the storey.


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Table 5 Table format for number of persons provided with means of escape at each non-residential storey

Exit located orIdentification

Clear width (m) Units of WidthExit capacity

(No ofpersons)

Stairs Exit doors

Storey

occupancyStairs Exit doors Stairs

Exitdoors Unit of

WidthPersons perUnit Width

Unit ofWidth

Persons/Unit

Width

StairsExit

doors

No of personsprovided with

means ofescape

Total:

3. Air-Conditioning/ Mechanical Ventilation Plan

3.1. Floor Plan ViewIn specific, the floor plan submitted for FSSD BP approval shall include

the installation air volume capacity of all fans and other air handling

equipment.


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Appendix B Standard Certifications for Building Works

B-1 BCA: Qualified Persons Endorsements

1. Building Plans Complying with Acceptable Solutions inApproved Document

I, (Name of qualified person), hereby certify, subject to any waiver/ modificationgranted under section 6A of the Building Control Act (Cap 29), that

(a) the preparation of thee building plans are in accordance with the BuildingControl Regulations; and

(b) the buildings/ building works shown on these plans are in accordance withthe provisions of the provisions of the Building Control Regulations and the

acceptable solutions in the Approved Document.

2. Building Plans with Alternative Solutions SoleCertification

I, (Name of qualified person), hereby certify, subject to any waiver/ modificationgranted under section 6A of the Building Control Act (Cap 29), that

(a) the preparation of these building plans are in accordance with the BuildingControl Regulations; and

(b) notwithstanding the deviation(s) from the acceptable solutions in theApproved Document, the buildings/ building works shown on these plansare in accordance with the provisions of the Building Control Regulationsand the performance requirements in Fifth Schedule therein.

3. Building Plans with Alternative Solutions JointCertification by Qualified Persons

I, (Name of 1st

qualified person), hereby certify, subject to any waiver/ modificationgranted under section 6A of the Building Control Act (Cap 29), that

(a) the preparation of these building plans are in accordance with the BuildingControl Regulations; and

(b) the buildings/ building works shown on these plans are in accordance withthe provisions of the Building Control Regulations.

I, (Name of 2nd

qualified person), hereby certify that notwithstanding the deviationsfrom the acceptable solutions in the Approved Document, the buildings/ buildingworks shown on these plans meet the performance requirements in the FifthSchedule of the Building Control Regulations.


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4. Alteration and Addition Works

I, (Name of qualified person), hereby certify that I have inspected the existingbuilding and investigated its overall structure and that, in my opinion, the buildingis capable of resisting the forces and moments which may be increased or altered

by reason of the repairs, alterations or additions shown in the building plans.

5. Structural Works and Design Calculations Complyingwith Acceptable Solutions in Approved Document

Certification by Qualified Person

In accordance with Regulation 9 of the Building Control Regulations, I (Name ofqualified person for structural works), hereby submit the detailed structural plans

and design calculations prepared by me and certify that they have been preparedin accordance with the provisions of the Building Control Regulations, the BuildingControl Act and any other written law pertaining to buildings and construction forthe time being in force.

2. I further certify that these detailed plans and design calculations are inreference to Project Ref. No.: ______________________.

3. Total number of structural plans submitted: ____________ and total numberof pages of design calculations in this book: ______________.

Certification by Accredited Checker

I, (Name of accredited checker), hereby certify that I have carried out anevaluation, analysis and review of the detailed structural plans and designcalculations presented herein and am satisfied that there are no inadequacies inthe key structural elements.

2. I further certify that these detailed structural plans and design calculations arein reference to Project Ref. No.: ___________________and the key structuralelements are consistent with the layout shown in the building plans.

3. Total number of structural plans checked: ____________ and total number ofpages of design calculations in this book: ______________.

4. I hereby declare that I have no professional or financial interest in the building

works shown in the plans as defined in section 18 of the Building Control Act(Cap 29).

6. Structural Works and Design Calculations withAlternative Solutions

Certification by Qualified Person

In accordance with Regulation 9 of the Building Control Regulations, I, (Name ofqualified person for structural works), hereby submit the detailed structural plansand design calculations prepared by me and certify that they have been preparedin accordance with the provisions of the Building Control Regulations, the Building


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Control Act and any other written law pertaining to buildings and construction forthe time being in force.

2. I further certify that these detailed structural plans and design calculations arein reference to Project Ref. No.: __________________.

3. Total number of structural plans submitted: _____________ and total numberof pages of design calculations in this book: _______________.

4. Notwithstanding the deviation(s) from the acceptable solutions in theApproved Document, the structural works shown on these plans are inaccordance with the provisions of the Building Control Regulations and theperformance requirements in Fifth Schedule therein.

Certification by Accredited Checker

I, (Name of accredited checker) hereby certify that I have carried out anevaluation and review of the detailed structural plans and design calculationspresented herein and am satisfied that there are no inadequacies in the keystructural elements.

2. I further certify that these detailed structural plans and design calculations arein reference to Project Ref. No.: _____________________ and the keystructural elements are consistent with the layout shown in the building plans.

3. Total number of structural plans checked: ____________ and total number ofpages of design calculations in this book: ____________.

4. I hereby declare that I have no professional or financial interest in the buildingworks shown in the plans as defined in section 18 of the Building Control Act(Cap 29).

5. Notwithstanding the deviation(s) from the acceptable solutions in theApproved Document, the structural works shown on these plans are inaccordance with the provisions of the Building Control Regulations and theperformance requirements in Fifth Schedule therein.

7. Structural Works and Design Calculations withAlternative Solutions by Accredited Checker

I, (Name of qualified person), hereby submit the detailed civil defence shelter

plans *(and design calculations) prepared by me and certify that

(a) the preparation of these civil defence shelter plans are in accordance withthe Building Control Regulations; and

(b) the civil defence shelter works shown on these plans are designed inaccordance with shelter technical requirements.

2. Total number of civil defence shelter plans submitted: _____________ andtotal number of pages of design calculations: ______________.

*include whichever is applicable


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B-2 URA: Qualified Persons Endorsements

1. Owners Consent

For all submissions:

I/ We, (Name of person e-signing the plan), hereby declare that

(a) I/ We am/ are not the owner(s) of the land within the meaning of the term"owner" as defined in Section 2 of the Planning Act (Cap 232, 1998Ed);and

(b) I/ We have shown this plan to the owner(s) of the land, and haveobtained the consent of the said owner(s) to submit this plan to theCompetent Authority under the Planning Act (Cap 232, 1998Ed).

2. Drainage Interpretation Plan (DIP) and Road Line Plan(RLP)

For new erection applications:

DRAINAGE INTERPRETATION

I, (Name of architect/ professional engineer), confirm that the drainage detailsas shown in the relevant drawings in this file are in accordance with the currentinformation provided by the Chief Engineer, Central Building PlanUnit, NEA.

ROAD LINE

I, (Name of architect/ professional engineer), confirm that the road reservelines, the category of the proposed and existing roads and other related roadinformation as shown in the layout plan is in accordance with the currentinformation provided by the LTA.

3. Subdivision Application

I, (Name of surveyor) declare that th

Documents

3D Submission Guideline to Regulatory Agencies