ANNEXES

509

APPENDIXES

APPENDIXES

510

APPENDIX I BIM Project Execution Plan

APPENDIXES

511

SECTION A: PROJECT INFORMATIONPlease provide project information as listed in the table below:

PROJECT INFORMATION DETAIL

PROJECT CODE [ET06NR]

PROJECT TITLE [PRH Development at Wing Tai Road, Chai Wan]

PHASE NO. N/A

DISTRICT LOCATION & ADDRESS

Wing Tai Road, Chai Wan

DEVELOPMENT TYPE PRH

BRIEF PROJECT DESCRIPTION One 36 domestic storey building, with typical floor of around 1000 sq.m GFA. Site area around 0.33 Ha

Figure B–1: Project Information

PROJECT PHASES / SCHEDULE / MILESTONES: Project to list the project phases, schedules and milestones as examples listed below

ITEM TASK DATE

FEASIBILITY STAGE

N/A

DESIGN STAGE

(i) BSDRP(1) Oct 2015

(ii) FSD Nov 2015

(iii) GBP Feb 2016

(iv) DDRP(1) Feb 2016

(v) ICU related GBP & Drainage Amendment Submissions Mid-Jun 2016 onward

(vi) BSDRP2 Sep 2016

(vii) DDRP2 Mid-Oct 2016

TENDER STAGE

(viii) TENDER OUT May 2017

SITE SUPERVISION

N/A

CONSTRUCTION AND COMPLETION STAGE

(x) Model to handover to Main Contractor for reference and/or updating at start of Contract. Information contained to be adequate for handing over to EMD for facilities management purpose

Nov 2017

Figure B–2: Project Phases / Schedule / Milestones

APPENDIXES

512

SECTION B: LEVEL 1 – BIM Use Overview4 1. MAJOR BIM GOALS / OBJECTIVES:

Project team to setup the Goals of BIM Services for the project. Some examples are filled in the table below as a reference, project team shall base on the BIM Goals to pick the potential BIM Uses

<INSERT LEVEL 1 TABLES>

4 Refer to QUICK GUIDE Level 1 – BIM Use Overview

APPENDIXES

513

SECTION C: LEVEL 2 – BIM Application Detail5 Based on Section B, decide - the information set required to be input, - responsible disciplines for authoring and updating the BIM models, - source of information, - relative effort to achieve the BIM use goals.

<INSERT LEVEL 2 TABLES>

5 Refer to QUICK GUIDE Level 2 – BIM Application Detail

APPENDIXES

514

SECTION D: BIM AUTHORING PROCESS6 Design your own BIM process, with reference from Overall BIM Project Overview Process and Cost Estimation. Please refer to the attachment for enlarged process diagram.

<INSERT APPLICABLE LEVEL 3 TABLES>

6 Refer to QUICK GUIDE Level 3 - BIM Workflow

APPENDIXES

515

SECTION E: ORGANIZATIONAL ROLES / STAFFING 1. BIM ROLES AND RESPONSIBLITIES:

ROLES RESPONSIBILITIES

In house Project BIM Team

BIM Team Leader To define BIM goals and deliverables; & To prepare BIM Project programme.

Discipline BIM Coordinators To coordinate the process and check that the models work together; To maintains a collection of models of difference discipline; & To make sure that the information is interoperable and up to date.

BIM Technical Assistants

BIM Modellers

BIM Services Provider BIM Team / Construction BIM Team

BIM Manager / Construction BIM Manager

To collect the project information; To coordinate and collaborate among the project team; To assist all parties in the project to work together to achieve the most desirable outcome with the use

of the latest development and advancement of BIM practice; To agree and communicate with the project team to execute the tasks; To organize co-ordination meetings / briefing sessions to report the progress of works at regular

interval; To provide guidance and advice to the project team on the way to start up and develop the project

BIM models; To attend meetings, various Committees, Panels, Working Groups and report the progress of works; To produce reports and presentation materials; To Prepare programme of works with planned activities and working schedules for the Services which

shall align with the project goal and deliverables for approval; & To perform revision management.

BIM Modellers / Construction BIM Modellers

To carry out BIM modelling works and relevant task, e.g. animations, design visualization and construction simulations;

To interlink BIM models with other design / analysis software; To produce photo-realistic view and other presentation materials; To produce drawings from BIM models in accordance with the HA’s standards and ICU submission

standards; To provide technical support to the project team; To carry our other BIM related works as directed; & To maintain project folder and project model file.

Figure E-1: Role and responsibility in BIM Project

2. BIM USE STAFFING:

Base on the BIM Uses project team selected from the Figure D-4, this table is required to allocate the human resource to complete the BIM Use. Please refer to the Lump Sum Fee of the Agreement in the tender return documents.

BIM USE ORGANIZATION NUMBER OF TOTAL STAFF FOR BIM USE

ESTIMATED WORKER HOURS

LOCATION(S) LEAD CONTACT

ICU GBP Submission HKHA

1 no. PA 5 days Blk. 3, HAHQ

Discipline BIM Coordinator 1 no. STOA 12 days Blk. 3, HAHQ

3 nos. TOA 60 days Blk. 3, HAHQ

ICU Foundation Plan Submission HKHA

1 no. SE 4 days Blk. 3, HAHQ

Discipline BIM Coordinator 1 no. STOS 8 days Blk. 3, HAHQ

1 no. TOS 30 days Blk. 3, HAHQ

[Construction Simulation] [company name] [1 no. Project

Director] [1 days] [Company address]

[Construction BIM Manager] [1 no. BIM

Manager] [2 days] [Company address]

[2 nos. BIM Modellers] [10 days] [Company address]

Figure E-2: BIM Use Staffing

APPENDIXES

516

SECTION F: KEY PROJECT CONTACTS ROLE

SECTION / ORGANIZATION

NAME POSITION E-MAIL PHONE

In-House Project BIM Team

BIM Team Leader CA/D&S Jenkin NG A/108 jenkin.ng@housingauthority.gov.hk 21293916

Discipline BIM Coordinators

CA/D&S CBSE/2 CSE/4, CCE/1 CQSx…. SLAx,

Jenkin NG C L Cheung C Y KWAN Samy HO

A/108 BSE/C33 SE/115 PTO(C)/1

jenkin.ng@... cleung.cheung@ cheukyuen.kwan@ samy wk ho@...

2129391621293692 21293023 21293743

BIM Technical Assistants

CA/D&S CCE/1

WC WONG TF WONG

STO(A)/1 STO(C)/8

wc.wong@... tf.wong@....

21293930 21293760

BIM Modellers

CA/D&S, CBSE/2, CSE/4 CCE/1

HK TAM Sam LAM Kiwi TONG H F Lo Y P Lee W.C. Wong Y.M. Wong CW Lam

TO(A)/31 CTA(A)/404 CTA/A(103) TO(BS)/C5 TO(BS)/C31 STO(S)/38 TO(S)/51 TO(C)/15

hk.tam@... manfai.lam@.. kiwi.tong@... hoifan.lo@... yuetping.lee@.... wingching.wong@.. yuetm.wong@... cw lam@...

21293904 21293936 21293936 21293770 21293770 21293359 21293374 21293755

BIM Services Provider (BIMSP) BIM Team / Construction BIM Team

BIM Manager / Construction BIM Manger

BIM Modellers/ Construction BIM Modellers

Figure C–1: Key Project Contacts

APPENDIXES

517

SECTION G: COLLABORATION PROCEDURES All items shall follow the HKHA Standards unless otherwise dictated by the client.

1. Collaboration Strategy: [Describe how the project team will collaborate. Include items such as communication methods, document management and transfer, and record storage, etc. Please refer to 4.11 in Enquiry Document.]

2. Meeting Procedure

MEETING TYPE PROJECT STAGE FREQUENCY [nos. of weeks/months]

PARTICIPANTS LOCATION

Initial Project BIM Meeting

Design Stage 05.01.2016 CA, SE & BIMSP BIM Discussion Room, 12/F, Block 3, HAHQ

ICU SUBMISSION PREPARATION

Design Stage 2 weeks CA, SE & BIMSP BIM Discussion Room, 12/F, Block 3, HAHQ

Figure H-1: Meeting Procedure

3. Model delivery schedule Create, develop, manage and deliver the BIM models of all professional disciplines to tally with the project design development and scheduled Panel / Committees submissions which may include AAP, EAP, PDRC (1) & (2), SOM, SPC, BC, DDRP (1) & (2), BSDRP (1) & (2), and tender drawing production.

DATA SHARING FILE SENDER FILE RECEIVER

FREQUENCY [nos. of weeks/months]

DUE DATE [dd.mm.yyy]

FILE FORMAT

Structural Model file / Drawing file

SE A, BSE & BIMSP 2 weeks 05.06.2016 *.rvt / *.dwf

Architectural Model file / Drawing file

A SE, BSE & BIMSP 2 weeks 15.6.2016 *.rvt / *.dwf

Structural Model file / Drawing file

SE A, BSE & BIMSP 2 weeks 05.08.2016 *.rvt / *.dwf

Architectural Model file / Drawing file

A SE, BSE & BIMSP 2 weeks 15.08.2016 *.rvt / *.dwf

Figure H-2: Model delivery schedule

APPENDIXES

518

SECTION H: RESPONSIBILITY MATRIX7 Please refer to D.LOD -2 for tables indicate which LOD is typically expected for each model element at the completion of each project stage. The pre-filled value is provided as a starting point for further adjustment by model authors and receivers as project progress. It should be stressed that this table is not additional requirements to professional deliverables. It should be adjusted from time to time to reflect the LOD of elements within models.

7 Refer to Section 3 Detail Guide- D.LOD-2 LOD Responsibility Matrix

APPENDIXES

519

SECTION I: QUALITY CONTROL

1. Overall Strategy for Quality Control:

PARTY RESPONSIBILITY FREQUENCY Discipline BIM Coordinators

a. To ensure the project information has fully incorporated into the BIM models; &

b. To ensure the BIM models compliance with the HA BIM standards.

Twice a week

BIM Technical Assistants & BIM Modellers

a. To produce all BIM models and its drawing fulfilling all the submission requirements;

b. To upload the BIM model files to the project folder at the end of week.

Once a week

2. Quality Control Checks: The following checks should be performed to assure quality.

CHECKS DEFINITION RESPONSIBLE PARTY SOFTWARE FREQUENCY

STANDARDS CHECK

Check that the models have been created in compliance with the prevailing HA BIM modelling standards, rules and guidelines

Discipline BIM Coordinators Revit Once every 2

weeks

MODEL CHECK Check and validate that the information is align with drawings project team provided

Discipline BIM Coordinators Revit Once a week

DRAWING CHECK

All drawing produced from Revit meet the submission requirement in both graphic and calculation

Discipline BIM Coordinators Revit Once a week

Figure I-1: Quality Control Checks

APPENDIXES

520

SECTION J: TECHNOLOGICAL INFRASTRUCTURE NEEDS8 SOFTWARE REQUIREMENT:

BIM USE DISCIPLINE SOFTWARE & VERSION

ICU & other statutory submissions A, SE & BSE REVIT 2016

Clash Detection A, CE, SE & BSE REVIT 2016 , NAVISWORKS 2016

Construction Planning Simulation A, SE & BSE REVIT 2016 , NAVISWORKS 2016 Figure J-1: Software requirement

8 Refer to Annex 9 Resources

COMPUTER / HARDWARE REQUIREMENT: Understand hardware specification becomes valuable once information begins to be shared between several disciplines or organizations. It also becomes valuable to ensure that the downstream hardware is not less powerful than the hardware used to create the information. In order to ensure that this does not happen, choose the hardware that is in the highest demand and most appropriate for the majority of BIM Uses.

BIM USE OWNER SPECIFICATION

ICU & other statutory submissions A, SE & BSE

(a) Intel® Core i7-4770 CPU @ 3.40GHz or equivalent AMD Athlon® processor (b) Microsoft® Windows 7 Pro 64-bit (c) 16 GB RAM (d) 1 TB free disk space (e) DirectX® 11 capable graphics card with Shader Model 3 or equivalent (f) Video Display 1,280 x 1,024 with true colour (g) Internet connection for communication with Project Team. (h) Two-button mouse with scroll wheel (i) Microsoft® Internet Explorer® 8.0 or later]

Figure J-2: Computer / Hardware requirement

APPENDIXES

521

SECTION K: MODEL STRUCTURE

1. Model File Segregation

<INSERT FILE NAMING TABLE>

2. Model Structure: [Describe and diagram how the model is separated, e.g., by zone, by building, by discipline. DO NOT separate each level into a single Revit file. If one Block is too big for a single file, it could be break down by zones, such as 1/F-20/F in one file, level above 20/F in another file]

Figure K-1: File separation diagram

APPENDIXES

522

3. Folder Structure:

Figure K-2: example folder structure.

4. Coordinate systems: HK 1980 Grid

5. Standards: (a) BIM Project Execution Guide (BIMPEG) – 1st Edition (b) Standard Approach to Modelling (SAM) for Creating Building Information Structural Model for DCD of HA – 1st Edition (c) Building Information Modelling (BIM) Library Components Reference for DCD of HA – Version 1.0 (d) Building Information Modelling (BIM) Standards Manual for DCD of HA – Version 1.0 (e) Building Information Modelling (BIM) User Guide for DCD of HA – Version 1.0 (f) Building Information Modelling (BIM) Library Components Design Guide for DCD of HA – Version 1.0

APPENDIXES

523

APPENDIX II Comparison of Previous HKHA BIM Guides and Guides

This section highlights the comparison of all the previously published relevant Housing BIM Guidelines and the this consolidated HABIMSG. OLD to be retained:

- BIM Project Handbook - BIM Project Execution Guide (BIMPEG) - BIM SAM of Review Structural Model for Foundation & Earth Retaining Structure - SAM for Creating BIM Structural Model - SAM for Creating BIM Plumbing Model - BIM Library Component Design Guide - BIM Standards Manual - BIM User Guide

NEW added: - Purpose Driven - Level 1-4 Guide - LOD Responsibility Matrix - BIM Collaboration - SAM for MEP: Air Conditioning and Mechanical Ventilation, Electrical, Fire Services and Pump, Utility Service, Drainage

and Sewage - Drawing Production - SAM for Modular Flat - FLIP - Cloud Services Information

1 BIM Project Execution Guide (BIMPEG) 1st Edition

Section Contents Remarks Preamble Preface (001)

- Scope - Authority and Responsibility - Control

1 Implementation (101) - Scope To be retained

2 - Definition of BIM - BIM Application - Planning for BIM - Project Deliverables - Individual Discipline Applications To be retained

Level 1-3 Q2-01 to Q2-06

- Site Supervision Applications - Construction Stage Applications

2 Organization (201) To be retained 2 - Scope

- BIM Service Team (BIMST) - BIM Centre - BIM Management Structure - Project BIM Team - BIM Team Leader - BIM Coordinator - BIMSP/Construction BIM Manager - BIM Modeller - BIM Model User

3 Workflow (301) - Scope - Workflow of Design-Tender-Build Projects To be retained

Level 1-3 diagram

• BIM Goals, Objectives and Deliverables • Central BIM Server • Project BIM Team • BIM Project Execution Plan (BIMPxP) • Pre-construction Stage • Construction Stage • Completion Stage

- Workflow of Non- Design-Tender-Build Projects - BIM PC To be retained

9.1 - Individual Discipline BIM Models To be retained

APPENDIXES

524

- Cross-Disciplinary Models Coordination in Design Stage 4

- Revision Management To be retained 4

- Quality Control To be retained Q3

- Data Security and Storage To be retained Appendixes

4 BIM Project Execution Plan (401) To be retained 2, Appendix I - Scope

- BIM Project Execution Plan (BIMPxP) - Plan Establishment - Model Collaboration Procedures To be retained

D.COL-1 - Template Appendix I, 7.1

5 Conventions (501) - Scope - BIM Software To be retained

9.3 - Model Templates To be retained

5, D.MET-2 - Model Elements - Family Categories To be retained

5, D.MET-2 - BIM Library To be retained

6.11.2.15, D.MET-2 - User-Defined Families To be retained

5, D.MET-2 - Project Models To be retained

5, D.MET-2 • Model Refinement and Level of Detail • Model Hierarchy

- Project Co-ordinate System To be removed - Modelling Rules To be retained

5, - Naming and Numbering Convention To be retained

5, DMET-2

6 BIM PC Procurement (601) - Scope - Hardware Configuration To be retained

9.1 - Workflow for Acquisition of Computer Equipment To be removed

Out of scope - Site office

Annex 1 Examples of Project BIM Team Organization (A01)

To be retained Q2

Annex 2 Examples of Workflow for BIM Process (A02)

- Project without BIMSP and Before Construction Stage To be retained Q2

- Project with BIMSP and Before Construction Stage Missing - During Construction Stage To be retained

Q2

Annex 3 BIM Project Execution Plan (A03) To be retained Appendix I, Q2 Template

Annex 4 Typical Computer Setup for Site Office (A04) To be retained 3, Q3

APPENDIXES

525

2 BIM Project Handbook – A quick reference Guide for Project BIM Implementation

November 2014 Edition Section Contents Remarks

1 Introduction 1.1 Building Information Modelling (BIM) To be retained

2 1.2 Building Information Management (BIM) 1.3 Data Development and Use Throughout the Building Lifecycle with

BIM To be retained Level 1-3 diagram

1.4 BIM Model progression To be removed Information somehow is same as LOD but not detailed enough to describe the whole issue

1.5 What is Level of Detail (LOD)? To be retained D.LOD-1 1.6 Level of Detail and Level of Development

1.7 BIM process shifts the design curve To be removed Out of scope

1.8 What are the Benefits of BIM? To be discussed Could be retained within 2, but out of scope

1.9 General use of BIM To be retained Level 1-3 diagram Q3-10

1.10 Versatility of BIM in Design Projects 1.11 Versatility of BIM in Construction Projects 1.12 BIM Glossary To be retained

Abbreviation section is before introduction (in CIC Standard) Before 1. 1.7

2 BIM Management Structures 2.1 Hierarchy of BIM Management Structure in DCD To be discussed

Level 1-2 diagram

2.2 BIM Related Parties (In‐house)

2.3 Who are the BIM‐related Professional Disciplines? To be removed Out of scope

2.4 Who are the BIM Stakeholders? To be removed Out of scope

2.5 How to Establish a Project BIM Team? To be retained 2.3 2.6 How to Establish of Communication?

2.7 Project BIM Implementation To be retained Level 1-3 diagram

2.8 How to Implement BIM with BIM Service Provider To be retained 2.3 2.9 How to Implement BIM without BIM Service Provider

3 Preparation of BIM Project Execution Plan (BIMPxP) 3.1 What is a BIM Project Execution Plan? To be retained

2 3.2 Why Should the Project Team Develop a BIM Project Execution Plan?

3.3 Who Should Prepare and Develop the BIM Project Execution Plan? 3.4 How to Develop the BIM Project Execution Plan? 3.5 Where is the BIM Project Execution Plan Template? 3.6 What Information Should Be Included in the BIM Project Execution

Plan? I. Project Information To be retained

BIM Project Execution Plan (Appendix I Section A)

II. Goals and Objectives To be retained BIM Project Execution Plan (Appendix I Section B-C)

III. BIM Process Design To be retained BIM Project Execution Plan (Appendix I Section D)

IV. Project Deliverables To be retained BIM Project Execution Plan (Appendix I)

V. BIM Technologies To be retained BIM Project Execution Plan (Appendix I Section J)

VI. Model Strategy To be retained (Appendix I)

VII. Collaboration Protocols To be retained 4 BIM Project Execution Plan (Appendix I Section G)

VIII. Quality Control To be retained BIM Project Execution Plan (Appendix I Section I)

4 HA BIM Standards & Guidelines 4.1 Where to Find the BIM Standards and Guides in HA Web? To be removed 4.2 How to Find the BIM Document in E‐Housing Portal? To be discussed

2 4.3 How to Find the BIM Skills and Tips in E‐Housing Portal? 4.4 How to Find the GIS Information in E‐Housing Portal? 4.5 How to Find HA BIM Standards and Guides in the Internet? To be removed

5 BIM Central Supports 5.1 Where to Find the BIM Central Support? To be discussed

2 5.2 What is Available in the BIM Centre? 5.3 How to Request 3D Printing Services? 5.4 How to Obtain BIM Training? 5.5 How to Find HD BIM Components Library? To be retained

2

6 BIM Uses in DCD 6.1 What are the BIM Uses for Different Project Stage?

APPENDIXES

526

6.2 Examples of BIM Uses at Feasibility Studies Stage To be retained, but to be simplified into diagram form Level 1-3 diagram 2

6.3 Examples of BIM Uses at Scheme Design Stage 6.4 Examples of BIM Uses at Detailed Design Stage 6.5 Examples of BIM Uses at Tender Stage 6.6 Examples of BIM Uses at Construction Stage 6.7 Examples of BIM Uses at Facility Management Stage 6.7

7 BIM Research & Development in DCD 7.1 Integration of BIM, GIS & HOMES To be retained, but to be simplified into

diagram form Level 1-3 diagram 2

7.2 Proposed BIM R&D Items 7.3 The 5D BIM Research Project 7.4 Quantity Take‐Off 7.5 Integrate BIM with Radio Frequency Identification Detection (RFID) 7.6 Logistic Management with the adoption of RFID and BIM for Precast

Elements of Commercial Centre Block 7.7 BIM for HOS Flat Sales 7.8 Applications being Studied

8 BIM Awards To be removed out of scope

3 BIM Standard Approach to Modelling (SAM) of Revit Structure Model for Foundation & Earth Retaining Structures in DCD of HA

Section Contents Remark 1 General Approach of Modelling for Foundation Structures To be retained

6.5

2 Standard Approach of Modelling for Foundation Structures 2.1 Standard Approach of Modelling for Bored Piles To be retained

DS-F 03 2.2 Standard Approach of Modelling for Barrette Piles To be retained

DS-F 04 2.3 Standard Approach of Modelling for Driven Steel H- Piles To be retained

DS-F 05 2.4 Standard Approach of Modelling for Socket Steel H- Piles To be retained

DS-F 06 2.5 Standard Approach of Modelling for Mini-Piles To be retained

DS-F 07 2.6 Standard Approach of Modelling for Pile Caps To be retained

DS-F 08 2.7 Standard Approach of Modelling for Footings To be retained

DS-F 09 2.8 Standard Approach of Modelling for Tie Beam and Strap Beam To be retained

DS-F 10

3 General Approach of Modelling for Earth Retaining Structures To be retained DS-E 01

4 Standard Approach of Modelling for Earth Retaining Structures To be retained DS-E 01

4.1 Standard Approach of Modelling for Reinforced Concrete Cantilevered Retaining Wall (With or Without Counterfort)

To be retained DS-E 02

4.2 Standard Approach of Modelling for Contiguous Bored Pile Wall To be retained DS-E 03

4.3 Standard Approach of Modelling for Secant Pile Wall To be retained DS-E 04

4.4 Standard Approach of Modelling for Diaphragm Wall To be retained DS-E 05

4.5 Standard Approach of Modelling for Steel Sheet Piles To be retained DS-E 06

4.6 Standard Approach of Modelling for Solider Piles To be retained DS-E 07

4.7 Standard Approach of Modelling for Steel Pipe Piles To be retained DS-E 08

APPENDIXES

527

4 BIM User Guide for Architecture_Building Information Modelling (BIM) Guide – Standard Approach to Modelling

(Draft) Please note this user guide for Architecture is focus on how to build an Architectural model in Revit platform (more like a Revit user manual), not much mentioned the modelling standard. Most of the content of the user guide will not be kept for HABIMSG.

Section Contents Remark 1 GETTING START To be removed 1.1 User Interface 1.2 Creating a Project 1.3 Site and Topography 1.4 Grids & Levels 1.5 Reference Planes & Reference Lines

2 MODELLING To be removed 2.1 Creating Walls

Wall Types Wall Opening

2.2 Creating Floors Floor Types Floor Opening

2.3 Creating Stairs & Ramp 2.4 Creating Ceiling

Ceiling Types Light Fitting

2.5 Components Doors Windows

2.6 In-place Components 2.7 Linking AutoCAD Drawings 2.8 Linking Revit Models 2.9 Adding Model Text 2.10 Creating Roofs

Roof Type Edit Roofs

2.11 Creating a Domestic Block 2.12 Tools Commands 2.13 Importing IFC

3 COLLABORATION To be removed 3.1 Worksets

Creating a Central File Creating a Local File

4 DOCUMENTATION To be removed

4.1 2D Views lighting for visualization to be discussed DP-07

4.2 Callout Views 4.3 3D Views 4.4 Schedules 4.5 Annotating

Dimensioning Text Notes Tags Symbol

4.6 Rooms & Areas 4.7 Walkthrough 4.8 Solar Study 4.9 Rendering

Material Mapping Lighting for visualization

4.10 Visibility and Graphic Display 4.11 Creating sheets

5 PUBLISHING To be removed 5.1 Export

Export Solar Study Export Rendering Export Walkthrough Export Schedules Export Sheets to CAD Export IFC, DWFx, FBX

SPECIFIC: Content missing 1 Photomontage 2 Creating & Editing Library Component 3 3D printing for a site model

APPENDIXES

528

5 Building Information Modelling (BIM) Library Components Design Guide for DCD of HA

Version 1.0 Section Contents Remark 1 Introduction

2 Design Considerations for creating Revit families To be retained FL-01

2.1 9 steps to note when creating a family in Revit 2.1.1 Step 1: Selecting the appropriate family template (Fig 2.1) 2.1.2 Step 2: Lay out reference planes to aid in drawing component geometry

2.1.3 Step 3, 4 & 8: Creating Type / Instance Parameters

3 Naming Convention (Libraries and Parameters name) To be retained FL-01

3.1 Referencing for Family

4 Standard Procedure of creating Libraries To be retained FL-01 4.1 Types of Families

4.2 Template 4.3 Family Editor 4.4 Reference Planes 4.5 Creating Parameters

5 Material, Colour, Line style of the Libraries Missing Refer to FL-01

Appendixes 1 Example of component and its parameters New HA Library document FL-01

Appendixes 2 Example of Group Models To be discussed A library for modular flat? FL-01

Appendixes 3 Publishing To be retained FL-01

Appendixes 4 System Requirements To be retained FL-01

6 Building Information Modelling (BIM) Library Components Reference for DCD of HA

Version 1.0

Section Contents Remarks 1 Introduction

2 Component Model To be retained Refer to Appendix III: HKHA Family Library Component

- Bathroom & Kitchen - Cooking Bench & Sink - Curtain Rack & Clothe Drying Rod - Laundry Rack - Shower Set - Water Heater - Door - Accessories - Lift Door - Metal Door - PVC Door - Stainless Steel Door - Wooden Door - Drainage - Equipment - Fitting - Floor Drain - Trap - Electrical - Equipment - Lighting Fixture - External - Fire Service - Equipment - Metal Plate - Lobby - Refuse - Town Gas - Equipment - Valve - Water Supply - Metal Plate - Valve - Window & Louvre - Louvre

APPENDIXES

529

- Window – Common Area - Window – Flat - Window – Precast Window - - Window Grille

Grouped Model To be discussed A new document for modular flat? - Flat Type

- Precast Façade -

7 Building Information Modelling (BIM) Standards Manual for DCD of HA

Version 1.0 Section Contents Remark 1 Introduction

2 Referencing & Naming Convention 2.1 Referencing for Modelling 2.1.1 File Name Convention To be retained

2. 6, D.COL-1 2.1.1.1 Project Number – Public Housing Development Programme (PHDP) Project Reference (4 characters)

2.1.1.2 Phase Number (2 characters) 2.1.1.3 Building Type (4 characters) 2.1.1.4 Disciplines Reference (File Types Indicator) (3 characters) 2.1.1.6 Code (Brief description for the content of file) (6 characters) 2.1.1.7 Revision To be removed 2.1.1.8 Modification No.

3 Project Folders Structure To be retained 4 D.COL-1 D.LOD-2

3.1 Folders Structure 3.1.1 Central Server folder structure 3.1.2 Local workstation folder structure 3.2 Folder Contents 3.3 Models coordination among disciplines

4 Hierarchy of Models To be retained D.COL-3 4.1 Architectural discipline

4.1.1 For simple non-domestic blocks 4.1.2 For complex non-domestic blocks – Large size commercial centre 4.2 Building Services discipline

APPENDIXES

530

8 Building Information Modelling (BIM) User Guide for DCD of HA

Version 1.0 Some of the information in the User Guide is more like a manual instead of standard, to be re-phrase and adopt into the new standard.

Section Contents Remark 1 Introduction

2 Standard Procedure of Starting a project 2.1 Project Startup 2.1.1 Setup of Project Team To be retained

2 2.1.2 Startup Files To be retained

D.MET-2.1 2.1.3 Adding Levels and Views To be removed

2.2 Level of details for Models (Architectural) To be retained 4 D.LOD-2 2.3 Setting out for the Site Project To be retained 5 D.MET-3 2.4 Assembly the building To be retained

5 D.MET-2 D.MET-3

3 Naming Convention for view inside Revit To be retained D.MET-2 3.1 View and Sheet Settings

3.1.1 View Names in the Documents 3.1.2 View Name Case 3.1.3 Special Plan Views 3.1.4 Colour Plans 3.1.5 Callout Views 3.1.6 Sheet naming Convention

4 BIM Libraries To be retained FL-01 4.1 User can load pre-set libraries from default path. (fig. 4.1)

5 Material, Colour, Line Style of the libraries To be retained 7.4 5.1 Line Weight

5.2 Line Patterns 5.3 Materials (Surface / Cut Pattern)

6 Standard Procedure of producing 2D Drawings To be retained 3, Q3-16

6.1 Select the Titleblock 6.2 Place the view 6.3 Change the scale 6.4 Adding text and dimension 6.5 Linking DWG details to Revit

7 Exchanging data to Other Application 7.1 AutoCAD (Revit to AutoCAD – Layer standards) To be retained

7.2 Data Export Options 4, D.COL-2

7.2.1 Export Revit model to 3ds Max files 7.2.2 Export Revit to NavisWorks files 7.2.3 Export Revit to STL files (for 3D printing) 7.2.4 Export Revit to IFC files 7.2.5 Publish to 2D/3D DWF files 7.2.6 Import/Link of CAD Formats (i.e. AutoCAD files) To be retained

4, D.COL-1.1 5, D.MET-3

7.2.7 Import of Land Survey data for Toposurface creation 7.2.8 Import/Link of IFC files 7.2.9 Import/Link of Images files

8 Output in accordance to ICU format To be retained 5, D.MET-1

9 Other Reference 9.1 User can retrieve more information for Revit from the following website:

Appendixes 1 Folder Structure To be retained 5, D.MET-2.1

Appendixes 2 Drawing Standards – Title Block and Project Template To be retained 6,7, PS-01 Appendixes 3 System Requirements To be retained

8 Appendixes 4 Level of details for Revit Models 1 Level of detail 0 (LD0) To be retained

4 2 Modular Flat To be retained

4, D.COL-3 3 Level of detail 2 (LD2) To be discussed

About modular flat? About LOD of modular flat?

3.1.1 To compose LD2 modular to form the typical floor plan. For creating sections for the whole block.

3.1.2 To compose GF, 1F, TF and Roof to generate sections of the whole block.

4 Level of detail 3 (LD3): - For exporting working drawings and details for single flat or floor.

To be discussed For view setup / drawing production? 0

5 Level of details for BIM project (Architectural) To be retained Level 1-3 diagram

Appendixes 5 Guidelines to create Building Information Modelling (BIM) models for AAP, P1, SOM & SPC

To be retained Level 1-3 Diagram

1 Procedures for site model creation To be retained Quick Guide 1, 2, 3 1.1 Start new project with standard template

1.1.1 Set the level of the project 1.2 Import base plan (site layout/setting plan) as reference 1.2.1 Set Origin as the project co-ordinate (in AutoCAD) 1.2.2 Clean-up the CAD file (dwg) before import to Revit 1.2.3 Import CAD file (dwg) as base plan 1.2.4 Setting for plan location

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531

1.2.5 CAUTION: 1.2.6 Check the import plan in the right position 1.3 Create toposurface 1.3.1 Import survey data 1.3.2 Create toposurface by survey point/base plan 1.3.2.1 Create the toposurface by selecting/input the survey point/ level point 1.4 Create Pad to form building platform 2. Procedures for Flat Mix (typical floor plan) model creation 2.1 Start new project with standard template (refer to 1.1) 2.2 Create Flat Mix model 2.2.1 Create reference line or grid line for setting out 2.2.2 Import standard modular flats to create the flat mix 2.2.2.1 Import the standard modular flats from HA Library 2.2.2.2 Compose modular flats to create flat mix floor plan 2.2.3 Create common area (i.e. lift core, corridor, staircase & service room etc.)

to complete the typical floor plan 3. Procedures for Massing of blocks creation 3.1 Export the typical floor models to 2D CAD files, for more easy to handle in

Revit. 3.2 Import the typical floor plan and locate in right position. 3.3 Trace the outline of the building and create the Massing 3.4 Apply colour to the Mass 3.5 Export 3D views and elevations for submission Appendixes 6 Guidelines to create Building Information Modelling (BIM)

models for P2, BC, DDRP1 & DDRP2 submission To be retained Level 1-3 Quick Guide 3 1 Procedures for site model creation

2. Procedures for Flat Mix (typical floor plan) model creation 2.1 For P2 & BC Submission

Retrieve the typical floor plan (LD2 modular flats) from previous submission (i.e. AAP, P1, SOM or SPC).

2.2 For DDRP1 & DDRP2 Submission 3 Procedures for creating Ground Floor, First Floor and Roof models 3.1 Method 1

If you have the CADD files (i.e. AutoCAD files) of the floor plans, insert the floor plan to Revit and base on the CADD drawing to create the model.

3.2 Method 2 If you do not have any CADD files of the floor plans, start with standard template in Revit, create the model in Revit directly.

4 Procedures for building blocks creation (LD2) 4.1 For elevations creation: -

Retrieve the typical floor plan (LD2 modular flats) from previous submission; replace the modular flats with LD1 modular flats models.

4.2 For elevations creation: - Retrieve the typical floor plan (LD2 modular flats) from previous submission.

4.3 For building block creation: -

To compose the Ground Floor model, First floor model, Typical Floor model (LD1 modular flats for elevations creation and LD2 modular flats for section creation) and Roof model to form the building block.

5 Import the building blocks model to site base model to create the project model

6. Other Details Appendixes 7 Guidelines for handling 3D Spatial Data from Lands

Department in BIM models To be discussed Topography from CAD 3DS map in Fuzor 6.1

1. Import 3ds file (file from Lands Department) to AutoCAD 1.1 3ds file from Lands Department 1.2 Import 3ds file to AutoCAD 1.2.1 Import to AutoCAD 1.2.2 Select 3ds file 1.2.3 Define import options 1.2.4 File imported in AutoCAD 1.3 Move all elements close to Origin 1.3.1 Select all elements 1.3.2 Define base point 1.3.3 Move all elements to the origin 1.4 Re-scale the file to 1:1 1.4.1 Select all elements (Refer to 1.3.1) 1.4.2 Define Base point 1.4.3 Re-scale all elements – input scale command 1.4.4 Input scale factor - 1000 1.5 Separate the terrain and existing building blocks into different files 1.5.1 Delete & purge all existing building blocks and save the terrain profile 1.5.2 Open the original file, delete & purge the terrain and save the existing

building blocks 1.6 Delete the existing building blocks within the site boundary (building in red

colour) 1.6.1 Before deletion 1.6.2 After deletion 2. Works in Revit 2.1 Import the terrain, existing buildings and new layout plan (AutoCAD

format) into Revit as reference 2.2 Create the massing of new blocks 2.3 Export 3D views and elevations for submission/presentation 3 Export the new building block to 3D MAX for further touch-up 4 Output from 3D MAX

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532

9 Standard Approach to Modelling (SAM) for Creating Building Information Plumbing Model for DCD of HA

(Draft) Section Contents Remark 1 Getting Started To be removed

1.1 User Interface To be removed 1.2 Project Start from Template To be removed 1.2.1 Open a project template To be removed 1.2.2 Set Discipline To be removed 1.3 Link Revit Model To be Retained

D.MET-3.5 1.3.1 Link Architectural Revit Model Same as above 1.3.2 Add Floor Plans and Levels To be Retained

D.MET-3.4 1.4 Link AutoCAD Drawing To be Retained

D.MET-3.6

2 Modelling Approach of Plumbing Pipework 2.1 Laying Pipes To be Retained

DM-P 02 2.2 Laying Pipe Fitting To be Retained

DM-P 01 2.3 Laying Pipe Accessory To be Retained

DM-P 03

3 Modelling Approach in Water Services System To be Retained 6.6.3 and reference to 6.11

3.1 Load Family Components To be Retained DM-P 04

3.2 Place Mechanical Equipment To be Retained DM-P 05

3.3 Laying Water Services System To be Retained DM-P 02

3.4 Identify Water Services System Same as above

4 Documentation 4.1 2D Views To be Retained and reference to each

component 4.1.1 To add views to a sheet To be removed 4.2 Annotations To be Retained

PS-10 4.2.1 Texts and Dimensions Same as above

5 Modelling Guideline in Family Customization To be Retained and reference to each component

5.1 Pipes To be Retained

DM-P 02 5.2 Pipe Fittings To be Retained

DM-P 01

6 Modelling Guideline for Plumbing Works to Facilitate Quantity Taking-off

To be Retained 6.6 and 6.10.5

6.1 General Principle Same as above 6.2 Pipes (System Family) To be Retained

DM-P 02 6.2.1 Modelling Approach Same as above 6.2.2 Family Customization Same as above 6.3 Pipe Fittings (Loadable Family) To be Retained

DM-P 01 6.3.1 Modelling Approach Same as above 6.3.2 Family Customization To be removed 6.4 Pipe Accessory (Loadable Family) To be Retained

DM-P 03 6.4.1 Modelling Approach Same as above 6.4.2 Family Customization Same as above

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10 Standard Approach to Modelling (SAM) for Creating Building Information Structural Model for DCD of HA

1st Edition

Section Contents Remark 1 General Principles To be retained

6.4

2 Level of Detail To be retained 3

3 Modelling of Structural Elements and Components 3.1 Columns / Posts / Hangers To be retained

0, DS-U 02 3.1.1 Modelling approach Same as above 3.1.2 Family Customization: Structural Column (Loadable Family) Same as above 3.2 Shear / Core / Bearing / Hanger / Stub / Screen Walls and Parapets To be retained

DS-U 03, DS-U 04 3.2.1 Modelling approach Same as above 3.2.2 Family Customization: Basic Wall (System Family) Same as above 3.3 Beams To be retained

DS-U 05 3.3.1 Modelling approach Same as above 3.3.2 Family Customization: Structural Framing (Loadable Family) Same as above 3.4 Ground Beams To be retained

DS-F 10 3.4.1 Modelling approach Same as above 3.4.2 Family Customization: Structural Framing (Loadable Family) Same as above 3.5 Suspended Slabs and Transfer Structures To be retained

DS-U 06 3.5.1 Modelling approach Same as above 3.5.2 Family Customization: Structural Floor (System Family) Same as above 3.6 On-Grade Slabs / Floating Slabs / Machine Bases / Pile Caps/Raft /

Footings To be retained DS-F 08, DS-F 09

3.6.1 Modelling approach Same as above 3.6.2 Family Customization: Foundation Slab (System Family) Same as above 3.7 Staircases To be retained

DS-U 07 3.7.1 Modelling approach Same as above 3.7.2 Family Customization: Stair (System Family) Same as above 3.8

Water Tanks

To be retained DS-U 07

3.8.1 Modelling approach Same as above 3.9 Precast Façades (non-structural) To be discussed

3.9.1 Modelling approach Same as above 3.9.2 Family Customization: Generic (Loadable Family) Same as above 3.10 Plinths / Mass Fills / Curbs / Fillets To be removed

3.10.1 Modelling approach Same as above

4 Notes for Family, In-place Model and Sub-Model To be discussed

4.1 Comparison between family, in-place Model and sub-model Same as above 4.2 Generic Family Same as above

5 Model Auditing To be inserted in new HABIMSG

Annexes To be discussed ANNEX I Standard Template To be retained

6 ANNEX II Architectural Drawing To be retained

6.3 ANNEX III Structural Wall To be retained

DS-U 03 ANNEX IV Irregular – Shaped Structural Wall To be retained

DS-U 03 ANNEX V Beam To be retained

DS-U 05 ANNEX VI Ground Beam To be retained

DS-F 10 ANNEX VII Floor Slab To be retained

DS-U 06 ANNEX VIII Inclined Slab To be retained

DS-U 06 ANNEX IX Slab with Top Fall To be retained

DS-U 06 ANNEX X Slabs Joint To be retained

DS-U 07 ANNEX XI Precast Stair Flight To be retained

DS-U 07 ANNEX XII Precast Facades To be discussed

ANNEX XIII Annotations To be retained 7, PS-10

ANNEX XIV Excel To be superseded with the use of SAFD

APPENDIXES

534

APPENDIX III HKHA Family Library Component HA Family List

Discipline No. Name Description Architecture A1 CWK-CBN-HAA-Let_Box Letterboxes

A2 DOR-DBL-HAA-Gla-Wat_Met Metal Double Door – Glazed Panels (Water Meters Room)

A3 DOR-DBL-HAA-Ste Metal Double Door A4 DOR-DBL-HAA-Ste-Lvr_Gri Metal Double Door – Louvred A5 DOR-DBL-HAA-Ste-Lvr_Low Metal Double Door – Lower Louvres A6 DOR-DBL-HAA-Ste-Lvr_Sid Metal Double Door – Lower Louvre & Side Door A7 DOR-DBL-HAA-Ste-Lvr_Top Metal Double Door – Louvres (MD3a) A8 DOR-DBL-HAA-Ste-Lvr_U&l Metal Double Door – Upper & Lower Louvres

A9 DOR-DBL-HAA-Woo-Gla_Pan Wooden Double Door – Upper Glazed Panel (Wiredglass)

A10 DOR-SGL-HAA-Ste-Gri Metal Single Door – Gate A11 DOR-SGL-HAA-Ste-Lvr_U&l Metal Single Door – Upper & Lower Louvres A12 DOR-SGL-HAA-Woo-Gla_Pan_1 Wooden Single Door – Upper Glazed Panel A13 DOR-SGL-HAA-Woo-Gla_Pan_2 Wooden Single Door – Upper & Lower Glazed Panel A14 SPQ-LFT-HAA-Dor Lift Door A15 WDW-AWN-HAA-1x1 Aluminium Window – 1 Panel A16 WDW-AWN-HAA-1x4 Aluminium Window – 4 Panels A17 WDW-AWN-HAA-2x3 Aluminium Window – 2x3 Panels A18 WDW-AWN-HAA-3x3 Aluminium Window – 3x3 Panels A19 WDW-AWN-HAA-Lvr_Dor Aluminium Window & Louvres – with Grilles & Door

A20 WDW-AWN-HAA-Lvr_Low Aluminium Window & Louvres – 3x3 Panels with Lower Louvres

A21 WDW-AWN-HAA-Lvr_Sid Aluminium Window & Louvres – 1 Panels with 1 Side Louvre

A22 WDW-AWN-HAA-Lvr_Top Aluminium Window & Louvres – 2x2 Panels with Top Louvres

A23 WDW-AWN-HAA-Sld_Aco_1x3 Aluminium Window – 3 Panels with Grilles A24 WDW-AWN-HAA-Sld_Aco_1x4 Aluminium Window – 4 Panels with Grilles

A25 WDW-CSM-HAA-Lvr_Sid Aluminium Window & Louvres – 3 Panels with 2 Side Louvres

A26 WDW-LVR-HAA-1x3 Aluminium Louvre – 3 Panels A27 WDW-OTR-HAA-1x3 Aluminium Window – 3x1 Panels A28 WDW-OTR-HAA-Pre_Bed Precast Façade Window – with AC Bed A29 WDW-OTR-HAA-Pre_Kit Precast Façade Window

Discipline No. Name Description MEP M1 ALM-FHS-HAB-AV_Alarm Audio and Visual Alarm

M2 ALM-FHS-HAB-V_Alarm Visual Fire Alarm M3 ELF-OLT-HAB-C-20A Connection Unit - 20A

M4 ELF-OLT-HAB-FC-SW_LGT-13A Fuse Connection Unit – 13A with Switches & Pilot Light

M5 ELF-OLT-HAB-FC-SW_LGT-2A Fuse Connection Unit – 2A with Switches & Pilot Light M6 ELF-OLT-HAB-SW_SO-S Socket Outlet – Single Outlet with Integral Switch M7 ELF-OLT-HAB-SW_SO-T Socket Outlet – Twin Outlet with Integral Switches M8 ELF-OLT-HAB-UNSW_SO-S Socket Outlet – Single Outlet M9 ELF-OLT-HAB-UNSW_SO-S_Wp Socket Outlet – Single Outlet (Weatherproof type) M10 ELF-SWC-HAB-Lgt_SW_L-1G2W Light Switch – Large Press Button, 1 Gang 2 Way M11 ELF-SWC-HAB-Lgt_SW_L-2G2W Light Switch – Large Press Button, 2 Gang 2 Way M12 ELF-SWC-HAB-Lgt_SW_N-1G2W Light Switch – Normal Press Button, 1 Gang 2 Way M13 ELF-SWC-HAB-Lgt_SW_N-2G2W Light Switch – Normal Press Button, 2 Gang 2 Way

M14 ELF-SWC-HAB-Lgt_SW-1G2W_Wp Light Switch – Normal Press Button, 1 Gang 2 Way (Weatherproof type)

M15 ELF-SWC-HAB-Lgt_SW-2G2W_Wp Light Switch – Normal Press Button, 2 Gang 2 Way (Weatherproof type)

M16 ELQ-GEN-HAB-Genset Emergency Generator (Genset) M17 ELQ-OTR-HAB-PV_Panel PV Panel M18 MCQ-ACC-HAB Air-cooled Chiller M19 MCQ-AHU-HAB Air Handling Unit (AHU) M20 MCQ-PAU-HAB Primary Air Handling Unit (PAU) M21 MCQ-PMP-HAB-End_S_Pump Pumpset – End Suction Pump M22 MCQ-PMP-HAB-Hor_M_O_Pump Pumpset – Horizontal Multi-stage, Multi-outlet Pump M23 MCQ-PMP-HAB-Hor_M_Pump Pumpset – Horizontal Multi-stage Pump M24 MCQ-PMP-HAB-Sub_S_Pump Pumpset – Submersible Sump Pump M25 MCQ-PMP-HAB-Ver_M_O_Pump Pumpset – Vertical Multi-stage, Multi-outlet Pump M26 MCQ-PMP-HAB-Ver_Pump Pumpset – Vertical Multi-stage Pump M27 PPA-CVL-HAB-M_F_Valve Modulating Float Valve M28 PPA-VAL-HAB-Hy_ O_P_Valve Hydrant Outlet with Parity Valve M29 PPA-VLV-HAB-Ball_F_Valve Ball Float Valve M30 PPF-PGR-HAB-Tee-Thread Piping Fitting – Tee Head M31 SRK-FRP-HAB-Drencher_H Drencher Head M32 STE-STU-HAB-M_Meter_Set Master Meter Set M33 STE-STU-HAB-SFH Street Fire Hydrant

APPENDIXES

535

Discipline No. Name Description Structure S1 SFD-FCA-HAS-2_4_6Pile Pile Cap supported by 2 or 4 or 6 Nos. of Piles

S2 SFD-FCA-HAS-3Pile Pile Cap supported by 3 Nos. of Bored Piles S3 SFD-FCA-HAS-5Pile Pile Cap supported by 5 Nos. of Bored Piles S4 SFD-FPL-HAS-2Steps Two Steps Wall Footing S5 SFD-FPL-HAS-3Step Three Steps Wall Footing S6 SFD-FPL-HAS-Bored_Pile Bored Pile (with or without bell-out) S7 SFD-FPL-HAS-H_Pile Drive Steel H-pile S8 SFD-FPL-HAS-Mini_Pile Mini-pile S9 SFD-FPL-HAS-SH_Pile Raking Socket Steel H-pile S10 SFD-FPL-HAS-Straight-Web Straight Web Sheet-piles S11 SFD-FPL-HAS-U_Type U-Type Steel Sheetpiles S12 SFD-FPL-HAS-Z_Type Z-Type Steel Sheetpiles S13 SFD-FTG-HAS-1Col Single Column Pad Footing S14 SFD-FTG-HAS-2Col Two Columns Pad Footing S15 SFD-FTG-HAS-Irregular Irregular Pad Footing S16 SFD-OTR-HAS-Counterfort R.C. Retaining Wall with Couterforts S17 SFD-OTR-HAS-Heel Cantilevered R.C. Retaining Wall with or without Heel S18 SFD-RWL-HAS-Pipe_Pile Pipe Pile Wall S19 SFD-RWL-HAS-Secant_Pile Secant Pile Wall S20 SFD-RWL-HAS-Soldier_Pile Soldier Pile Wall