thinkBIM - BIM Outside the Building - 2nd December 2015

2nd December 2015

#tbim2015

BIM Outside the Building

Boardroom(551)

Tea / Coffee& Vendors

(553 & 554)

Lift

Toilets

SignIn

RoundTable

3(555)

RoundTable

4(557)

Fire Exit

RoundTable

1

RoundTable

2

Fire Exit

Conference Map

Chair

Claire Thirlwall

Thirlwall Associates

Karen Alford

Environment Agency

Creating the Dream

Digital Revolutionary Engineering and Asset Management

Karen Alford

FCRM Manager

The Environment Agency

About the Environment Agency

Purpose

"to protect or enhance the environment, taken as a whole" so as to promote "the objective of achieving sustainable

development" (taken from the Environment Act 1995, section 4). Protection of the environment relates to threats such as flood and pollution. The vision of the Agency is of "a rich, healthy and diverse environment for present and future generations“

Remit22,000 miles (35,000 km) of river,

3,100 miles (5,000 km) of coastline,

2 million hectares of coastal waters,

31,000 Flood Defence Assets

Principle activities

7

Flood and coastal risk management

Climate change

Air quality

Land quality

Water quality

Water resources

Fishing

Navigation

Pollution

Geographic Data Collection

For Government

For Insurance Industry

For EEC

BIM and the Environment Agency

8

Implementing BIM at the Environment Agency

Developing Level 2

Implementation Team

Supplier Engagement

Proving the Concept

Discovery

British Standards

Digital Plan of Works

Common Data Environment Commercial &

Procurement

Government Soft Landings

Training & Engagement

BIM Working Group

Object Library

Exploring opportunities

Key components of our L2 approach

2014 /

15

2013

2012

Business Lead

Implementation Manager

Commercial BIM

Lead3.5 FTE BIM

Implementation Leads

Technical

Implementation

support

Procurement

BIM Lead

Implementation Team - Engaging the right skills / support

20 area based BIM

Champions

CORE TEAM

Supplier engagement

Supplier Working Group

Set up early 2014

Consultants and Contractors

BIM Champions for each

Joint development of solutions

Agreement on application

Implement early adopters

Share lessons from projects

Communicate requirements

Collaborating about collaborating

Proving the concept - Woodford

13

Stage 1 BIM Electronic Docment

Based orking

tage 2

BIM COBie Feature & Object

Library

Exploring – what happens already?

14

Stage 1 BIM Electronic Docment

Based orking

tage 2


Library

Developing the toolkit

15

Stage 1 BIM Electronic Document

Based Working

Stage 2


Library

Work for all projects and

programmes. Remain

aligned to the vision of

Level 3. Tested on early

adopters

Commercial & Procurement Commercial

NEC3 ECC and NEC3 PSC Templates

Z20: CIC BIM Protocol

Employers Information Requirements and MTR* Introduced April 2015

Information Delivery Plan (IDP)

Framework level BIM Execution Plan (BEP) to be introduced January 2016

Procurement

Project specific Information Delivery Plan included in tender

BEP – focus on the projects specific elements

Appropriately weighted for scoring

Post BEP/ MIDP following award

16

*MTR = Minimum Technical Standards

Digital Plan of Works (DPoW)

Captures project specific information requirements

Mapped our project stages to the RIBA stages

Integrates Language Questions (PLQs) and project deliverables

Developed a web based tool to capture what we want and how – interim solution

• Our requirements can be exported automatically in a COBie format

17

Common Data Environment (CDE)

Existing tool - Asite

• Document, contract and project management

Re-configured to meet PAS1192-3 requirements

Suppliers have developed CDE to meet PAS1192-2

18

Government Soft Landings

19

Whole Life Asset Owner Requirements

Asset Performance Criteria

Technical and Engineering Standards

Golden Thread

Training / Communication

E-Learning

Workshops

Guides

Enviropedia

Newsletter

Cascades

Implementation Leads

YouTube

20

BIM Working Group Engagement

21

Active support and member

Sharing lessons

Reporting on progress

Identifying issues & solutions

Influencing industry

Maintaining engagement

Updates on Task Group

Feedback from Cabinet Office

Link to the Government Construction Board

Measuring BIM Performance

Maturity Category Example Measure

BIM Procurement Specific requirements have been included within the Scope

or Works Information for specifying BIM requirements

Employer Engagement A COBie information requirements (CIR) was exported from

the IDP and provided during procurement with the EIR and

IDP.

Electronic file based information

publishing

An agreed / updated CIR was exported from the final IDP on

award of the contract and where applicable the COBie object

library requirements have been used with the design

software by the supplier.

Collaborative Working Clash detection and mitigation process has been followed.

Government Soft Landings Lead development of user requirement targets for

functionality, effectiveness, economic and environmental

performance

22

Challenges

Changing the perception of BIM – its not just about 3D modelling!

Infrastructure specific:COBie for Infrastructure – making it work for us

Industry Foundation Class (IFC) for Infrastructure

Software & format capability e.g. Autodesk COBie and IFC

Development of:Employers Information Requirement (EIR)


COBie for asset data and other deliverables

Supplier maturity

Applying to minor works

23

Realising the DREAM

within the Infrastructure

Industry

Organising Asset Data – Creating digital objects

Feature

AttributesCOBie

Feature

Feature

Components or

Assemblies

Zone: Feature

Collection

Alignment to Uniclass 15

Digital objects / library / innovation

26

Data Modelling - Dawlish

Pre-preparation of

cladding

Environmental and

Design Data

28

Exploiting Available Data – New HavenBGS – 3D Modelling and Synthetic Boreholes

29

3D Printing from a Digital Model - Dawlish

30

Accessing data from GIS – Thames Estuary

Semantic Web Exploration

31

Using Open Data discovered that Whittlesea

Washes Embankment was exposed to frost for

39 days in 2014

Shared portal for environment

data – February 2016http://www.bgs.ac.uk/ESSP/DataSpring.htm

l

http://www.bgs.ac.uk/ESSP/DataSpring.html

And Finally

Shoreham

32

Shoreham2_alt_music_LQ.mp4

David Owens

Costain / Highway Agency

ThinkBIM - Taking BIM outside the building

David Owens – CostainFor and on behalf of Highways England

2nd December 2015

Government Construction Strategy

The 2011 UK Government Construction Strategy mandated the use of Level 2

BIM by all UK Government Departments on ALL projects, irrespective of size,

as ‘business as usual’ by 2016.

“Government will require

fully collaborative 3D BIM

(with all project and asset

information, documentation

and data being electronic) as

a minimum by 2016”

“15 - 20% cost and carbon

reduction on all centrally

procured government

construction projects within

the current parliament”

Highways England & BIM

The Government produced their Construction Strategy in 2011 and

as a member of the Government Construction Board we agreed to

deliver BIM on our projects by 2016.

A change programme has been established to enable Highways

England to fully deploy BIM across all aspects.

Intelligent information to make informed decisions

Construction 2025

Government and Industry In Partnership

Towards a Digital Built Britain…

EU Public Procurement Directive

“4. For public works contracts and design contests, Member States may require

the use of specific electronic tools, such as of building information electronic

modelling tools or similar….”

European Parliament new OJEU* rules:

To cut red-tape and promote BIM

Help SMEs win public sector work

Changes come into effect from March 2014

Advisory for all UK public sector clients

OJEU compliance now positively promotes BIM

Individual Governments to

ratify within 2 years (2016)

OJEU projects need to justify why BIM is NOT being used!

*Official Journal of the European Union

Highways England BIM Vision

To be the world’s leading operator and meeting customer

demands, we must show great efficiencies and value for

money too; which our BIM vision supports:

‘To make informed decisions and achieve excellence in delivery with visible benefits’

Level 2 BIM

Level 0 Level 1 Level 2 Level 3

Leve

l

1

Leve

l

2

Leve

l

3

2D and 3D CAD – dumb lines & annotations

‘Things’ know what they are; aligned to current contracts; it’s what is practical now

Integrated online and object sharing and is yet to be defined

Asset Lifecycle

41

Design

Construct

Test and

Commission

Operate

Maintain

Business

outcomes

Create an end to end BIM process for an asset

NN7654321

(Part of a) “detailed programme of measures Government will take that will reduce costs by up to 20% by the end of this parliament”

Key BIM Requirements

1. Leaving complexity and competition in the supply chain

2. Be specific about what you want with supply chain providers

3. Measure and make active use of outputs

4. Provide appropriate support infrastructure

5. Take progressive steps

6. Have a clear target for the trailing edge of industry

BIM leadership must come from the client to achieve the success

the client wants

Level 2 BIM……are we there yet?

Government Construction

Strategy

June 2013

We are hereLevel 2

Mandate

April 2016

Top down approach

Bottom-Up Approach

Implementation so far

Development of a CAD/BIM standard

Several early adopter projects which are established and underway, including:

– A160/ A180 Immingham

– A556 Knutsford to Bowden

– Junction 19 and NDD Area 12

BIM Change Programme

Stakeholder Collaboration

Communications & Training

M25 Initial Upgrade Sections 2008

46

Lean– Speed of communication and understanding

– Better decisions, fewer conflicts, faster delivery Build Twice Once on Screen, Once for Real

– Reducing Costs by Construction process organised lean and efficient

Expert– Team started with one then expanded to three , one designer two contractors

CAD Technicians‘

– The work undertaken saved the project £9 million for resolving issues with Temporary Works, Drainage Design, Newt Fencing issues and logistical Construction issues

Trusted– Meetings with Third Party Stake Holders to demonstrate Construction

mythologies for Temporary Works on a Network Rail Structure

– 3D Model used by the site teams to make decisions within the teams and in meetings

Safe– Reduced operative time on site – brings the site to the desktop

– Can plan any work from the virtual model without putting anyone at risk

– Elements can be foreseen before they take place out on site

M4-M5 Smart Motorways - 2011

LeanExpertTruste

dSafe

M4M5 Pegwell Footbridge dismantling Key Risks and Stakeholder Liaison

iPads will be used on site. Reduce risk and commuting time. Quick access to live construction information. Used for HSE Inspection Reports, Audit Reports, QR Codes & viewing drawings.

M4M5 STATS/Clash Detection

M4M5 Plant and People Interface

M25 Smart Motorways - 2012

A556 Knutsford to Bowdon

Analogue Digital

BIM the transformation of an industry

Transformational

The Next Steps

BIM requirements in all relevant tenders by 2016

BIM forward pipeline issued prior to 2016

Level 2 BIM trial project undertaken prior to 2016

BIM KPIs introduced

Level 2 Technology review and strategy

Roll out a standard set of BIM documents

Integration of BIM within the ADMM

Note: These BIM Level 2 documents are defined by the BSI B/555 committee. All but the first are currently free to download and use.

Level 2 BIM Information Management is defined by the following BSI and associated standards

BS1192:2007Introduces the concept of Common Data Environment and a standard file naming convention

PAS1192-2:2013Specification for information management for the capital/delivery phase of construction projects using Building Information Modelling

PAS1192-3:2014 Specification for information management for the operational phase of assets using building information modelling

BS8536:2015In Draft but revised to include Government Soft Landings

CIC BIM Protocol:2013Places obligations & limitations on use of models

BS1192-4:2014Collaborative production of information Part 4: Fulfilling employers information exchange requirements using COBie – Code of practice

Digital Plan of Work & ClassificationPublication in 2Q15 a free tool to build BIM digital plans of work

PAS 1192-5Specification for security minded BIM, digital built environments & smart asset management

BIM Information Management Standards

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Traditional workflow = costly late changes and delays common

BIM workflow with virtual modelling = stakeholder engagement, early coordination, clash prevention, construction sequencing & cost management all before construction commences.

Pro

ject

Ince

pti

on

In-U

se

Effo

rt/C

ost

/Eff

ect

1 Ability to impact performance

2 Cost of design changes

3 Traditional workflow

4 BIM workflow

BIM transforming asset design & development

Print

Print

Print

Print

Print

Print

Print

Integrated project and asset information and data across the whole Asset Lifecycle: Strategy, Design, Construction, Operation, Maintenance and Disposal.

Open accessible information and data between all stakeholders to minimise inefficiency and waste, and maximise understanding and value across the whole asset lifecycle.

Pro

ject

Ince

pti

on

In-U

se

Traditional Workflow- information lost at each stage boundaryBIM Workflow – information maintained

Info

rmat

ion

BIM transforming asset information retention

Pro

ject

Ince

pti

on

In-U

se

Supplier

Shared

Statutory

Client

BIM Information is generated to support specific purposes and decisions, and grows throughout the project and across the whole life of the asset, to be available as a valued enterprise resource to the Employer and Stakeholders.

There are a number of reasons information is generated on a project and each purpose will need definition and agreement to achieve the best outcome for all parties.

BIM transforming asset information & knowledge

Information Model: all documentation, non-graphical information and graphical information which the Project Team is required to provide into the Information Model by the Scope of Services for the Project Team and which is provided for the purpose of delivering Project Outputs. (CIC BIM Protocol)

Graphical Models - 3D geometry of spatial points, lines, surfaces/textures, connections & relationships that describe an asset or asset collection

The BIM Information Model consists of three components sets:

Documents - Reports, surveys and manuals that describe & record the asset or asset collection

Non Graphical Data - Structured physical & functional information relating to the performance requirements, specifications & methods, the physical constraints, measurements & characteristics, and the in-use performance, operational & maintenance records relating to an asset or asset collection

What is a BIM information model?

Asset Data Management Manual

• Works Package Owner Harry Parnell Balfour Beatty

Project Information Model (PIM)

Employer’sAsset Information

Model (AIM)

Contract Line

Information Exchange

Employer Managed BIMKnowing what is wanted,

when and in what format to make the right informed

decisions across the whole estate asset life cycle.

A trusted enterprise resource

Supplier Managed BIMdelivering BIM

collaboratively through agreed process and

methodology

Managed Information

DeliveryContractually agreed anddelivered

Project & Employer BIM Information

Management

Project Information Model (PIM)

Life of ProjectProject InformationProject DecisionsDesign CDEConstruct CDEAuthored ModelsProprietary FormatsHigh BIM SkillsPAS1192-2

Employer’s BIMAsset Information

Model (AIM)

Whole Life of AssetEmployer’s InformationClient/Stakeholders DecisionsEmployer’s CDEMultiple StakeholdersEnterprise Integration Non Proprietary FormatsLow/Mixed BIM SkillsPAS1192-3

Contract Line

Information Exchange

File BasedPublished EIR ContentDocuments

Data (COBie)VisualisationsRef ModelsValidationGovernanceInformationBS1192-4

Standards Based BIM Information

Management

ProjectDesignPhase WIP Share

d

Archive

Published

Project CDE (PIM)

WIP Shared

Archive Publish

Project CDE (PIM)

ProjectConstruct

Phase

Contract(s)

PAS1192-2

PAS1192-2

Ente

rpri

se In

tegr

atio

n

Project lifecycle BIM Information

Management

Employers Asset Information ModelWhole Life BIM File and Data Store

WIP

Shared

Archive

Publish

Employer CDE (AIM)

Asset Information Model

File Store Data Store

COBie

Data

Federated

Models

&

Visualisatio

n

Drawings

Documents

Controlled

Data

Transfer

Managed & validated file and data receiptFull audit trial of shared and published informationTrusted single point of BIM Asset truthIntegrated into existing and future systems

PAS1192-3

Validation

ProjectDesignPhase W

IP

Shared

Archive

Published

Project CDE (PIM)

PAS1192-2

WIP

Shared

Archive

Publish

Project CDE (PIM)

ProjectConstruct

Phase

PAS1192-2

WIP

Shared

Archive

Publish

Project CDE (PIM)

ProjectOperate

Phase

PAS1192-2

WIP

Shared

Archive

Publish

Project CDE (PIM)

ProjectMaintain

Phase

PAS1192-2

WIP

Shared

Archive

Publish

Project CDE (PIM)

ProjectDispose

Phase

PAS1192-2


WIP

Shared

Archive

Publish

Employer CDE (AIM)



COBie

Data

Federated

Models

&

Visualisatio

n

Drawings

Documents

Controlled

Data

Transfer


PAS1192-3

Validation

Contract(s)

Design

Construct

Operate

Maintain

Dispose

Ente

rpri

se In

tegr

atio

n

Seq

uen

tial

Info

rmat

ion

Mo

del

s &

Pro

ject

CD

EsEmployer BIM Information Management


WIP

Shared

Archive

Publish

Employer CDE (AIM)



COBie

Data

Federated

Models

&

Visualisatio

n

Drawings

Documents

Controlled

Data

Transfer


PAS1192-3

Validation

Contract(s)

Continuous WholeEstate

ValidatedFile and Data Store Update

Ente

rpri

se In

tegr

atio

n

Whole asset estate BIM Information

Management

BIM managed information output

The right information

In the right place

At the right time

In the right format

To the right level of detail

With the right assured processes

To make the right decisions

For significantly improved

And predictable Project &

Whole Life Built Asset Outcomes

Any Questions?

Henry Fenby-Taylor

WYG Group

BIM Beyond the

Building

Welcome

Introduction

Henry Fenby-Taylor

BIM Implementation Manager for WYG Group Ltd.

Member of the BIM Working Group, BIM4SME & BIM2050

Objectives today

• Provide an overview of the book BIM Beyond the Building

• Outline how to implement BIM

• Outline how to achieve BIM Level 2 maturity

BIM Beyond the Building

How do we implement BIM? What are we implementing?

Implementation on projects

Technology implementation

What’s the book going to solve?

Complexity

Variation

Level of DevelopmentLevel of Detail

Level of Information

LoD 1,2,3,4,5,6,7LoD 100,200,300,400,500

LoD 1-2, 2-2, 2-3, 3-4

Purpose

Sign post Plan Delivery

Why is it Important?

Government mandate

“Push” Government

“Pull” BIM Adoption by

Architects, Contractors,

Economic Climate

2015 2016+

BIM Level 2

maturity

Why do it? – The benefits of Building Information Modelling

Better information earlier and throughout the process

Reduction in conflicts and reworking during construction

Reduction in waste, both materials and time

Better performing product

Improvement in review and approval processes

Time

Data

ric

hn

ess

Survey Design Construction Facilities

ManagementD

ocu

me

nts

Issu

ed

Docu

me

nts

Issu

ed

Docu

me

nts

Issu

ed

Lost Time and

Data

£

Lost Time and

Data

£

Lost Time and

Data

£

20% saving?

Navigate the pillars of BIM

What are the new roles?

What are the new requirements?

What is the same?

Navigate the technology mix

How do I share information?

How do I meet the requirements of the client?

How do we use a Common Data Environment?

StreetFurniture

TopoSoft

Hard

Engineer Research and Development Center

Product Data Templates

How do I produce useful information?

Landscape Product Data Templates


How do I deliver what is needed when it is needed?


How are projects managed?


Your next step?.....Ask more questions!

Your BIM Implementation

Plan

Invest in Training

Talk to Your Employees

Talk to Your Clients

Set Realistic Targets

Identify Suitable Projects

Further discussion and support

Rob Jackson

Bond Bryan Architects

Landscape BIM – First Steps

Introduction to Bond Bryan Architects

© Bond Bryan Architects Ltd. All Rights Reserved

BBA


Timeline


Sheffield Wednesday Football Ground, Sheffield, UK

1994


2005

Leicester College, Leicester, UK


2007

Hartlepool College, Hartlepool, UK


2009

University of Nottingham: Engineering and Science Learning Centre, Nottingham, UK


2011

Knowledge Transfer Centre, Advanced Manufacturing Park, Rotherham, UK


2011-14

Bradford College, Bradford, UK


Bradford College




Landscape Architecture Approach


Two approaches to Landscape Architecture

1. BBA Landscape Team

2. External Landscape Consultants


Approach to BIM for BBA Landscape Team

1. Align Landscape approach with Architecture approach

2. Develop solutions in unison rather than separately

3. Look for easy wins

4. Get to Level 1 BIM first!

5. OPEN BIM

1. Push existing authoring tool (ARCHICAD) to see if it can deliver our/others needs

1. Push list of requirements back to vendor to improve


Approach to BIM for External Landscape Consultants

1. Assist existing regularly used landscape consultants to get up to speed

2. Share knowledge and develop best practice workflows together

3. Ensure consultants fully align with national and international standards

4. Research interoperability workflows – IFC to ARCHICAD/Solibri

Level 1 BIM


Standards

“Level 1 BIM”

1. BS 1192:2007+A1:2015

2. BS 7000-4:2013

3. BS 8541-2:2011


Slide title

LandscapeLayer Combinations

Landscape LayersBS 1192:2007+A1:2015utilising Uniclass 2015


Display - Pens


Preset Settings - Views

• Layers / Layer Combinations

• Pens

• Fills

• Model Views

• Scale

• Renovation Status


Views to Drawings Sheets


BS 1192:2007+A1:2015 PDF outputs


BS 1192:2007+A1:2015 DWG outputs


Printing


Keys


BS 1192:2007+A1:2015 Layout Sheets



Landscape outputs



Landscape outputs



Landscape outputs

rev description drawn checked date

Hard Landscape Proposals 02

Bellway Homes Ltd

Hazlemere Marina

This document is © Bond Bryan Architects Ltd. If in doubt ASK. Drawing measurements

shall not be obtained by scaling. Verify all dimensions prior to construction. Immediately

report any discrepancies on this document to the Architect. This document shall be read in

conjunction with associated models, specifications and related consultant's documents.

verrals house 95 high street westerham TN16 1RE

+44(0)1959 567300

n/a

[email protected]

t www.bondbryan.com

bba project ref

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revision description :

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Landscape Architecture

project originator zone level type numberrole

scale(s)

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15-144 1:200, 1:1.88, 1:1.90,1:1.92, 1:1.60, 1:1.29,1:1.65, 1:205.31, 1:1.59

01008BBAHZM

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K3

K3

K3

K3

K3

K3

K3

K3

K3

K4

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

K3

HS01- by others

HS

01- b

y o

thers

HS

01- b

y o

thers

HS01- by others

HS

01

- by o

t he

rs

Block C2+19.025 FFL

Plots D+18.950 FFL

Block E+18.950 FFL

Block B2+18.950 FFL

Block E+18.950 FFL

Plots D+18.950 FFL

Block C2+19.025 FFL

Block C2+19.025 FFL

Block C1+19.025 FFL

Block C1+19.025 FFL

HS02

Lea

Road

Jewsons Commercial

Property- Storage Yard

Se

at

Sea

t

Se

at

Seat

Seat

Seat

Tree

Pit

Tree

Pit

Tree

Pit

Tree

Pit

TreePit

TreePit

TreePit

TreePit

TreePit

TreePit

TreePit

TreePit

TreePit

LU

01

LU

01

LU

01

LU

01

LU

01

LU

01

LU

01

LU01

LU01

LU01

LU01

LU01

LU01

LU01

LU

01

LU

01

LU02

LU03

LU

03

LU

03

LU03

LU03

LU03

LU

03

LU01

Sea

t

Play:Sculpture Play:

Spring/Hammoc

k

Play:Springer

PLAY AREA

HS01

HS01

T01

T01

T01

T01

T01

T01

T01

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS03

HS

03

HS03

HS05

HS05

HS05

HS05

HS05

HS05HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

HS05

ST

1

ST1

ST1

ST

2

ST2

ST2

ST2

ST2

ST2

ST2

HS03

HS03

HS03

HS03

HS04

HS04

HS04

HS04

HS04

HS

04

HS

04

LU02

LU02

LU02

LU02

LU02

LU02

LU02

SP01

GR01

GR01

GR01

LU

01

LU

01

HS

04

K1

K1

K1

K2

K2

K2

K2

K2

K2

K2

K1

K2

K1

K1

K1

K1

K1

K1

K1

K1

K1

K1

K1

K1

K1

HS

04

HS04

K1

K1

K1

Ret Wall

Ret Wall

Ret W

all

Re

t W

all

Ret Wall

Ret Wall

Ret Wall

Ret W

all

Ret Wall

Ret Wall

Ret Wall

Ret Wall

Ret Wall

Ret Wall

Re

t Wall

Ret W

all

Re

t Wall

HS02 LU01

LU02

LU03

HS01

HS02

K1

K1

K2

GR01

K3

K3

K4

HS04

HS04

K4

K5

Cy.11No.

Main Vehicular Access Road Surface: (T01) & Kerb Edge (K5)Macadam Asphalt (With K4 Type Edging)(K5) Standard Kerb Edging- Precast Bullnose BN125 Road Kerb.

HARD LANDSCAPE

Primary Type Paving Surface. (HS01) - Within Marina AreaGranite Effect Blocks: Marshalls Mistral Textured Granite Aggregate Sett Paving.Colour: Silver Grey- Sizes: 240mm Lengths X 160 Widths X 80mm Thick.

Delineation (Parkings Bays) & Feature Banding within Primary Paving. (K1 &K2 ) - Within Marina AreaGranite Effect Blocks: Marshalls Mistral Colour: Graphite- Sizes: K1-singlerow of 120mm width X 160mm Lengths Parking Bays & K2-double row of160mm width X 240mm lengths feature band/ Road Delineation)

Secondary Type Paving Surface. (HS03)Natural Effect Blocks: Marshalls TegulaColour: Traditional- Sizes: 160mm X 120mm Width & 240mm X 160mm Width

Delineation Markers (Parking Bays) & Kerb Edging: (K3 & K4) ; Natural EffectBlocks: Marshalls Conservation SettsColour: Charcoal- Sizes: K3-single row of 150mm width X 150mm ParkingBays & K4- double row of 100mm width X 100mm Kerb Edges.

Feature Edge Transition Paving & Rumble Strips (HS04)Natural Effect Blocks: Marshalls Conservation SettsColour: Silver GreySizes: 100mm X 100mm

Private & Communal Patio Surface: (HS05)Natural Effect Slabs: Marshalls CharnwoodColour: French Grey- Sizes: 450mm X 450mm

Primary Type Paving Surface. (HS02)- Within Marina AreaGranite Effect Blocks: Marshalls Mistral Textured Granite Aggregate SettPaving.Colour: Charcoal- Sizes: 240mm Lengths X 160 Widths X 80mm Thick.

EXTERNAL LIGHTING

External Lighting ColumnsColumns to engineers details- lamp fitting to be further coordinated withClient, Architect and Engineers.

External Uplighters to features and trees.Lamp fitting to be further coordinated with Client, Architect and Engineers.

External Downlighters to Steps and Enclosed Wall Spaces.Lamp fitting to be further coordinated with Client, Architect and Engineers.

Porous Self Binding Gravel Surface (GR01)Self Binding- Compacted lightweight aggregate gravel:Breedon Type- Red. Located around tree pit areas in hard landscape.

Porous Wetpour Safety Play Surface (SP01)Rubber Crump/ Wetpour type safety surface to play area:Natural/ Buff Yellow Colour: (with installed sculptural play equipment)To include flush steel edging.

EXTERNAL ELEMENTS/ FFE

Tree Pit

Play Area Equipment.Sculptural Timber Play Equipment: to be set within Safety play surfacing:Russell Play: Timber Swing/ Basket Hammock, Timber Sculpture Spiral(Marble Run) Timber Spring Play.

Play:Spring/

HammockPlay:

Sculptur

e

Play:Springer

External Seating (also acting as vehicle restriction along Marina Road Edge)Precast Concrete Block Type Seat: Factory Furniture "Soltas Bench"1800-2000mm X 450mm X 450mm- Stone Effect Finish in Light Limestone.

Seat

External Cycle Racks (Cy.) Storage:Falco: Semi vertical- Galvanised Steel Bike Racks.Staggered Type. Label Indicating No. of cycle provision.

SP01

HS03

T01

HS05

External Steps (ST1 & ST2)Contrasting Paving Units to adjacent paving: Marshalls Charnwood Step unit.Colour: French Grey (ST1) & Buff (ST2): 400mm X 230mm (with inlay strips) &associated handrails and tactile paving to public accessible areas.

ST1ST2

NN

First issue for Review & Lightingcoordination

S2 ISSUED FOR INFORMATION

P1 09.11.15SR RC

A1

Z0 GF

1:200

Paving Type HS01, HS02 & K1/ K2: (To Marina Areas)Marshalls- Mistral- Silver Grey Colour.

Paving Type: HS03 & K3/ K4 (To Residential Street Frontage Areas)Marshalls- Tegula- Traditional Colour with Charcoal Conservation SettEdges.

Paving Type HS05: (Private Patios, Terraces & Communal ResidentialAreas) - Marshalls- Charnwood- French Grey Colour

Paving Type: HS04 (Vehicular Rumble Strips Delineation)Marshalls- Conservation Setts- Granite Effect Colour.

Paving Type GR01: (Tree Planting Areas within main Open SpacePedestrian Footpath)- Cedec/Breedon Compacted/ Self Binding Gravel- Natural Red Colour.

Paving Type SP01: (Open Space Play Area) Wetpour- Natural ColourSafety Play Surface & Play Equipment.

HS01K1 & K2HS02

HS01

HS03

K3 & K4

HS03

HS04

HS04

HS05

GR01

SP01

SEAT

External Seating: (Marina Frontage) Precast- Natural Stone EffectConcrete Seating Block- Graphite/ Granite Colour.

SRIssue for Review & CoordinationP2 26.11.15RC




Level 1 BIM

BS 1192:2007+A1:2015 Layer Naming

BS 1192:2007+A1:2015 File Naming

BS 1192:2007+A1:2015 Revisions & Suitability

Landscape WORK IN PROGRESS

APPROVED

BS 7000-4:2013

BS 8541-2:2011 2D Symbols

BS 1192:2007+A1:2015 Layer Naming

BS 1192:2007+A1:2015 File Naming

BS 1192:2007+A1:2015 Revisions & Suitability

BS 7000-4:2013

BS 8541-2:2011 2D Symbols

Architecture WORK IN PROGRESS

APPROVED

SHARED


Level 1 BIM

Detail (Geometry / 3D Modelling)


Objects


Geometry / Level of Detail


Surface Library



Modelling / visualisations


Visualisation


bondbryan.com© Bond Bryan Architects Ltd. All Rights Reserved

Geometry – Interoperability

Bradford College, Bradford, UK


Geometry Federation

Information


Information – Built to standards

IFC

(ISO 16739:2013

BCFCOBie

(BS 1192-4:2014)


Information

1. IFC Element Classification

2. COBie

3. Property Sets and Properties

4. Classification Reference

5. Landscape Task Information Delivery Plan (Information Release Schedule)


Classification – IFC Element Classification

• Doors (possibly used for Gates?)• Furnishing Element• Other (Building Element Proxy)• Railing• Ramp and Ramp Flight• Spaces / Zones• Stair and Stair Flight• Wall

• Site Geometry


Classification – IFC Element Classification

Site Geometry Building Element Proxy


COBie / BS 1192-4:2014

• Doors (possibly used for Gates?)• Furnishing Element• Other (Building Element Proxy)• Railing• Ramp and Ramp Flight• Spaces / Zones• Stair and Stair Flight• Wall

• Site Geometry


IFC Property Sets and Properties

General (Architectureand Landscape)

Landscape only


Classification References


Classification Reference – Uniclass 2015 – Elements & Spaces


Classification Reference – Uniclass 2015 – Products


Classification Reference – Uniclass 2015 – Products


Classification Reference – New Rules of Measurement (NRM1)


Classification Reference – Specification (CAWS or NBS Create)


BS 1192:2007+A1:2015 IFC outputs


Landscape Task Information Delivery Plan (TIDP)

Detail and Information






Schedules

Next Steps


Next Steps for Landscape Architecture

1. BBA - Live project testing; External – Interoperability testing

2. Incorporation of feedback from BBA Landscape Team

3. Schedules (with workflows)

4. Solibri Model Checking rulesets

5. Quantities

6. COBie


One final slide…

Have we solved the Landscape Architecture BIM workflow? – NO

Do I believe that BIM can be integrated to Landscape Architecture over time – YES!!!!

It’s the very beginning of a journey…

Let the journey begin

Roundtable Session A

Networking Break

Roundtable Session B

Roundtable Feedback

Rupinder WilkhuAECOM / Grontmij

&Tom Stanton

Carillion / Morgan Sindall

Tom Stanton | Planning Manager | Carillion Morgan Sindall JV

Rupinder Wilkhu | BIM Manager | AECOM/Grontmij

Chris Stones | Chief Civil Engineer | Carillion Morgan Sindall JV

Steven Ogbuagu | Asst. Design Project Manager | AECOM/Grontmij

A1(M) Leeming to Barton

BIM Outside the Building

2nd Dec 2015

• Introduction

• Our Implementation

Strategy

• Our Progress

• Conclusions

Agenda

• History of Leeming to Barton

• Improving safety by widening the carriageway provision and

applying motorway standards throughout.

• Upgrade from Dual 2-lane All-purpose (D2AP) carriageway to

Dual 3-lane Motorway (D3M).

• Improvement of grade-separated junctions (GSJ) at Leeming,

Catterick, Scotch Corner and Barton.

• Dishforth to Leeming (scheme 1), was completed and opened in

2012. Leeming to Barton (scheme 2), commenced construction

in 2014 and to be completed for opening in 2017.

Introduction

Stage 1 Adoption of a transitional approach (UK BIM Maturity Level

1 & 2) to develop 3D model/s; to enhance coordination.

Transitional BIM approach across Work Sections 5, 6 &

7.

Level 2 BIM Process approach on Work Section 8

Stage 2 Collaboration & Design Review; to increase coordination and

communication amongst the JV and generate better decisions

for design.

Stage 3 The development from Stage 1 & 2 acts as a firm foundation to

satisfy the strategy developed for Virtual Construction

Sequencing.

Our Implementation Strategy

WHY?

WHAT?

WHAT?

HOW?

HOW?

Implementation Execution

Our Implementation Strategy

Ground

Investigatio

n

Aerial T

opogra

phy

Existing

Utilities

Proposed

Utilities

Nois

e

Barr

iers

Stre

et L

igh

ting

Structures

Design

Our Progress

Life Cycle Approach | existing conditions | parametric design | digital construction | asset performance

Existing Conditions

Proposed Above and Below Works Embracing Parametric Driven Design

Digital Construction Mobile Field Activities

Early Process

Criteria

Why?

How?

What?

Benefits

Realisation

Comprehensive

Digital Plan of

Works

BIM

Execution

Planning

Shared Resource | design based BIM processes | collaborative | 10+ locations | reliable | shared vision

Virtual Review Process | 330+ information models | 250+ validation rules | 19+ disciplines, stakeholders, client & customer

Embracing Phasing | innovative modelling methodologies | construction phasing | point cloud validation

Our Process Plan | early collaboration | programme management | workflows | model based design methodologies

Virtual Construction Sequencing & Programme Management

Traffic Management Demolition | Phasing Field Trial Tagging | Material Testing

Digital Construction | virtual sequencing | programme management | traffic management | demolition | phasing works

Customer & Supply Chain Engagement | ministry of defence | non motorised users | road safety audit | temporary works

Conclusion

Common Data and Validation Environment

Efficient Inter Disciplinary Co-ordination Meetings

Enhanced Design-intent | Improved Buildability | Better Performing Assets

Safer to Build and Maintain

Integrated | Existing & Proposed Infrastructure

Business As Usual | This is the Norm

Lessons Learnt

Martyn Horne

Vectorworks – Computers Unlimited

Questions?

Networking & Food