5 peter trebilcock, balfour beattie

A Contractor’s PerspectivePeter Trebilcock

Director for Design and BIM

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A Framework for Collaboration & Integration

© Balfour Beatty plc 2012

Asset Lifecycle

Simulation


Asset Lifecycle

One Data Set

Delivering customer value by being industry leaders in Building Information Modelling and the use of the digital

toolset, to go Beyond Delivery through an integrated approach to the whole asset life-cycle

Beyond Delivery – Our Vision:

Beyond Delivery

Create an end to end BIM process model


Building Information Modelling (BIM) is a delivery methodology that utilises digital tool sets to visualise, collaborate, simulate, optimise and integrateutilising an integrated data set (the building information model) through the whole asset lifecycle.

Building Information Modelling =


Integrated collaborative design


Solution iteration


Benefits for the Client

• Client sees what they will be getting• Is an excellent interactive engagement tool• Better quality as issues resolved in trade co-ordination• Enables earlier completion as it reduces rework• Provides intelligent data for FM support and asset

management• Lower costs via increased design efficiency and better

planning and supply chain integration

Increased design efficiency• Reduces administrative work allowing focus on

design (using component based library)• Makes co-ordination & integration of all disciplines

easier and quicker• Reduced design re-work• Improved/ more efficient RDD (Reviewable Design

Data) process of signing-off designs with the end users

Benefits for Balfour Beatty• Quicker/ more accurate response to proposed changes• Ease of demonstrating Phasing / Sequencing / logistics, site setup,

traffic routes• Full collaborative approach involving supply chain – clash

detection / easier co-ordination• Rehearse construction plans and sequences • Fewer surprises during operations• Fewer defects and snags • Increased safety• More competitive price• Building Model/Data constantly updated and current• FM Data available

We become a Virtual Builder

The value of prototyping and construction simulations!

1. Design in 3D with associated data attached.2. Concurrent Design and Solution Iteration through a collaborative

and integrated team.3. Undertake Virtual Construction Simulation - 4D.

3D geometry linked to a construction programme. 4. Visual Design and Construction Project Management around the

4D model.5. An Integrated Data Management and O&M Plan, that utilises

existing models and project learning.

A good BIM project should include:

1. Project BIM Implementation Leader in post and trained.2. Project Director & Leadership Team BIM familiarisation workshop

held and strategy agreed.3. Project BIM Objectives defined and agreed with OPCO BIM Leader.4. Project BIM launch event held (continuation of the pre-contract

BIM strategy).5. BIM Execution Plan in place and approved OPCO BIM Leader.6. Training programme & resources in place.7. Software & Hardware in place.8. BIM implementation process continuously reviewed, benefits and

KPIs reported.9. BIM integrated into project delivery process.10. BIM success and best practice captured and shared.

BIM 10 Point Plan

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BIM Website

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Monthly Webex Knowledge Sharing Forums

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Clash Detection

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Integrated accommodation schedules

_boundaries

Kelvin Hall, Hull (BBCL)

- Full NBS Specification linkages- Parametric detailing- Zero Harm integration and pilot study

Kelvin Hall School

Residual hazards added to models

Skegness Academy

Space laser scanned existing building incl. roof space to assist with accuracy. Imported survey as revit model into BIM

Telephone House

Shell and Core- everything new in BIM, with existing modelled from drawings and scans

MOD Project

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M&E BIM model used particularly for plant room area to aid sequencing and area planning. M&E model linked to off-site manufacturing.

St Ambrose Academy, Trafford

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M&E installation integrated by supply chain

Gloucester EfW

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Gloucester EfW

Ince Marshes EfW

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Sequencing Integration of client process equipment

Barnsley Markets

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Example of 4D planning demonstrating phasing

Visual ConstructionManagement


Planned v Actual4D Model showing Planned Construction – Jan. 2012

Aerial Site Photo – Jan. 2012© Balfour Beatty plc 2012

MEP DfMA Module Installation


St Silas Primary School

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Client engagement tool

Client Engagement

Client Testimonial

Client Testimonial“Because we have been able to see exactly what it looks like we have been able to order the furniture now in advance, which would never have been able to with the use of flat plans.”

A lot of consultation has gone on, I certainly feel more confidentbecause we can actually see what it’s going to look like.

They have used the BIM model to help understand how to “Keeping the school looking good, knowing how much that’s going to cost, sustainability, knowing how long things will last, all of those have been within the conversations we have had and very much built into the planning”

Our Client offer• Access to the BIM model

throughout the process• Access to the BB team to make a

film of the journey and record progress

• Engagement using the BIM model for review and sign off

• Ownership of the BIM ‘kit’ and the end of the project

• All the BIM asset data

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Using portable technology

For Client, design and site staff

Component Properties

Courtesy of Space0

Client Testimonial360 Gyroscopic Views

Courtesy of Space0

Thank You

5 peter trebilcock, balfour beattie

Technology

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