Head Contractor Project Innovation BIM-MEP AUS - 7 Aug 2014

Agenda

1. Introduction

2. Grocon BIM Projects

3. VCCC Project Overview

4. Construction Status

5. Building Information Modeling

BIM Implementation Plan

BIM Workflow & Software

Data storage and management/coordination

Design Coordination & Services

BIM Mobile App

4D Construction Sequencing

THE BEGINNING – 1 BLIGH STREET, SYDNEY

CURRENT BIM PROJECTS – 5 MARTIN PLACE, SYDNEY

CURRENT BIM PROJECTS – 480 QUEEN STREET, BRISBANE

CURRENT BIM PROJECTS – BOX HILL ATO

CURRENT BIM PROJECTS – 150 COLLINS ST, MELBOURNE

CURRENT BIM PROJECTS – VCCC, MELBOURNE

VCCC, FLEMINGTON RD, MELBOURNE – ANIMATION

VCCC, FLEMINGTON RD, MELBOURNE – ANIMATION

VCCC, FLEMINGTON RD, MELBOURNE – PROJECT OVERVIEW

Project Description

The facility will be purpose built for cancer research, treatment and care, and will be the new home for The Peter MacCallum Cancer Centre. The new facilities will accommodate hundreds of researchers within the VCCC buildings.

The new facilities will include:

• 160 overnight inpatient cancer beds

• A 42-bed capacity intensive care unit

• 110 same-day beds

• A dedicated clinical trials unit with 24 treatment places

• Over 25,000 square metres of specialized research space

• Eight operating theatres and two procedure rooms

• Eight radiation therapy bunkers, and

• Education and training facilities

VCCC, FLEMINGTON RD, MELBOURNE – PROJECT OVERVIEW

1.2 Project Details

6 levels below ground and 14 levels above ground:

• Site Area 8,836 M2

• Underground Parking 24,733 M2

• Main Facility (South) 108,855 M2

Building Structure:

• Excavation – over 160,000m3

• Concrete – over 62,000m3

Building Envelope

• Architectural glass fiber reinforced polymer & glass reinforced concrete panels

• Architectural pre-cast concrete infills

• Combination of punched and strip windows

• Curtain Wall Glazing Panels

• Aluminum composite panels

• Glazed trafficable roof above Atrium

• Metal deck roof at plant rooms

VCCC, FLEMINGTON RD, MELBOURNE – PROJECT OVERVIEW

Construction Progress Status

• Structure top off – Oct 2014

• Envelope water tight – April 2015

• Finishes & commissioning – complete Dec 2015

• Technical Completion – Feb 2016

• Final Completion – June 2016

VCCC – BIM IT HOW ITS BUILT

VCCC – BIM IT HOW ITS BUILT

Establishes efficient project specific model and information exchange protocols.

Maps the intent of the Model & workflow paths from design to operation/maintenance.

Client’s intent regarding model deliverables clearly represented.

BIM Implementation Plan is a Management Plan.

VCCC – BIM IMPLEMENTATION PLAN

VCCC - BIM WORKFLOW MAP

ARCH (REVIT)

STRUCT (REVIT)

GPCL MASTER MODEL (REVIT)

GPCL MASTER MODEL (NAVIS)

FIRE (2D)

MECH-D&E (REVIT)

ELEC-DOWNER (REVIT)

HYDR-CBS (REVIT)

FIRE-ENTIRE (REVIT)

MEDIGAS-HOSLAB (REVIT)

CONCRETE PROFILE DRAWINGS

CRANE LAYOUT DRAWINGS

EXCAVATION DRAWINGS

CLASH DETECTION

FM REVIEW-HONEYWELL

4D SCHEDULES/PLANNING

VISUALISATIONS

3D PROTOTYPE/MOCK-UP

3D

BONACCI

PRIMAVERA

CONSTRUCTABILITY COMMENTS

STHDI

3D

FEEDBACK

2D & 3D

CONTRACTORS - SERVICES

CONTRACTORS - FACADE PRECAST-BIANCO

(TEKLA) FAÇADE - PERMASTEELISA

(REVIT)

GRC-FRP-MOULDCAM (RHINO)

STEEL-STILCON (TEKLA)

MECH (2D) ELEC (2D) HYDR (2D)

LCI SERVICES

COMMS/ICT-PET (REVIT)

DATA STORAGE & MANAGEMENT / COORDINATION

BIM MODEL SERVICES

BIM MODEL SERVICES

SERVICES ANIMATION

SERVICES ANIMATION

CLASH DETECTION

PREFABRICATION – SERVICE RISERS

PREFABRICATION – SERVICES – PLANT ROOMS

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Use this background for photos

BIM ON SITE – TRIMBLE MEP LAYOUT SOLUTION

BIM ON SITE – TRIMBLE MEP LAYOUT SOLUTION

AUTODESK - BIM 360 GLUE – IPAD APP

Key Features

Access anywhere

Online or offline access offers the ability to access models and contribute to a project remotely

Review models, ask questions, and send notifications to other project team members

Markups and Notifications Coordination and Clash Detection

Gather information from different disciplines or stakeholders

Run multi-discipline clash reports

See activity such as updated models, resolved conflicts and general history of project

Activity reporting

AUTODESK - BIM 360 GLUE – IPAD APP

BIM 360 GLUE – IPAD APP

BIM 360 GLUE – IPAD APP

LEVEL 02 AUDIT

RECEPTION – 02.1.048 RECEPTION – 02.1.048

WAITING – 02.1.116 WAITING – 02.1.116

LEVEL 02 AUDIT

CORRIDOR – 02.1.T17 CORRIDOR – 02.1.T17

CORRIDOR – 02.1.T17 CORRIDOR – 02.1.T17

LEVEL 02 AUDIT

CORRIDOR – 02.1.T17 CORRIDOR – 02.1.T17

OFFICE – WS(4) – 02.1.096 OFFICE – WS(4) – 02.1.096

LEVEL 02 AUDIT

DENTAL CONSULT – 02.1.085 DENTAL CONSULT – 02.1.085

PLANT – 02.1.P23 PLANT – 02.1.P23

4D MODELLING

• Optimum use of critical resources: 4D modelling allows the

team to understand the scope of work more easily and access to various resources over a period of time. It also allows the team to visually review and evaluate the complete construction plan and to optimise the resources and labour accordingly.

• Improved communication: During the construction phase

potential spatial conflicts may arise between building components. These conflicts are very difficult to identify when coordination is performed using 2D or 3D layouts.

• Improved reliability and scheduling efficiency: 4D modelling

enables a project team to easily visualize time constraints and opportunities to improve the project schedule, as well as recognising where the major challenges will occur.

PRIMAVERA - PROGRAM

REVIT - 3D MODELS

NAVISWORKS - 4D MODEL

4D PROCESS – HOW DO WE DO IT?

PRIMAVERA P6

REVIT

NAVISWORKS

EXCAVATION SEQUENCING

EXCAVATION SEQUENCING

EXCAVATION – END OF JUNE - 2012

ZONE 2B – DROP 5

ZONE 2C – DROP 3

ZONE 1B – DROP 3

ZONE 1A – DROP 3

ACCESS – GATE 4

TOTAL EXCAVATION VOLUME 181,000m3 289,600m3

SOIL EXCAVATED END OF JUNE 67,000m3 107,200m3

SOIL REMAINING END OF JUNE 114,000m3 182,400m3

COMPACT BULK

EXCAVATION – END OF JULY - 2012

ZONE 2B – DROP 7

ZONE 2C – DROP 5

ZONE 1B – DROP 3

ZONE 1A – DROP 3

ACCESS – GATE 4

SOIL REMAINING END OF JUNE 114,000m3 182,400m3

SOIL EXCAVATED FROM JUNE-JULY 23,000m3 36,800m3

SOIL REMAINING END OF JULY 91,000m3 145,600m3

COMPACTED BULK

EXCAVATION – END OF AUGUST - 2012

ZONE 2B – DROP 8

ZONE 2C – DROP 5

ZONE 1B – DROP 3

ZONE 1A – DROP 4

NEW RAMP LOCATION

ACCESS – GATE 1

SOIL REMAINING END OF JULY 91,000m3 145,600m3

SOIL EXCAVATED FROM JULY-AUG 19,000m3 30,400m3

SOIL REMAINING END OF AUG 72,000m3 115,200m3

COMPACTED BULK

EXCAVATION – END OF SEPTEMBER - 2012

ZONE 2B – DROP 8

ZONE 2C – DROP 8

ZONE 1B – DROP 7

ZONE 1A – DROP 6

ACCESS – GATE 1

SOIL REMAINING END OF AUGUST 72,000m3 115,200m3

SOIL EXCAVATED FROM AUG-SEPT 29,000m3 46,400m3

SOIL REMAINING END OF SEPT 43,000m3 68,800m3

COMPACTED BULK

EXCAVATION – END OF OCTOBER - 2012

ZONE 2B – DROP 8

ZONE 2C – DROP 9

ZONE 1B – DROP 9

ZONE 1A – DROP 9

ACCESS – GATE 1

SOIL REMAINING END OF SEPT 43,000m3 68,800m3

SOIL EXCAVATED FROM SEPT-OCT 19,000m3 30,400m3

SOIL REMAINING END OF OCT 24,000m3 38,400m3

COMPACTED BULK

EXCAVATION – END OF NOVEMBER - 2012

RAFT 2 - EAST

RAFT 1 - WEST

ZONE 1 – PADS

ACCESS – GATE 1

SOIL REMAINING END OF OCT 24,000m3 38,400m3

SOIL EXCAVATED FROM OCT-NOV 2,000m3 3,200m3

SOIL REMAINING END OF NOV 22,000m3 35,200m3

COMPACT BULK

EXCAVATION – END OF DECEMBER - 2012

ZONE 2 - PADS

CRANE NO. 1

RAMP 20% REMOVED

SOIL REMAINING END OF NOV 22,000m3 35,200m3

SOIL EXCAVATED FROM NOV-DEC 4,000m3 6,400m3

SOIL REMAINING END OF DEC 18,000m3 28,800m3

COMPACTED BULK

ACCESS – GATE 1

EXCAVATION – END OF JANUARY - 2013

ZONE 3 - PADS

RAMP 50% REMOVED

CRANE NO. 2

SOIL REMAINING END OF DEC 18,000m3 28,800m3

SOIL EXCAVATED FROM DEC-JAN 7,000m3 11,200m3

SOIL REMAINING END OF JAN 11,000m3 17,600m3

COMPACTED BULK

ACCESS – GATE 1

EXCAVATION – END OF FEBRUARY - 2013

ZONE 5 - PADS

ZONE 4 - PADS

CRANE NO. 3

CRANE NO. 4 SOIL REMAINING END OF JAN 11,000m3 17,600m3

SOIL EXCAVATED FROM JAN-FEB 11,000m3 17,600m3

SOIL REMAINING END OF FEB 0m3 0m3

COMPACTED BULK

4D - ROAD CLOSURE

STRUCTURE SEQUENCING

STRUCTURE SEQUENCING

ANIMATION – BUNKER – 4D CONSTRUCTION SEQUENCE

ANIMATION – BUNKER – 4D CONSTRUCTION SEQUENCE

4D CONSTRUCTION ANIMATION

4D CONSTRUCTION ANIMATION

LESSONS LEARNT

Lessons Learnt

1. Timing / early adoption in project

2. Contractual agreement with design team & contractors

3. Cultural change / training

4. Hardware capable of running large 3D models

5. Software readily available for users