· 2015-03-01 · (bim) task group to help deliver the objectives of the government construction...

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@robert_sargent

Configure & Construct

About Stride Treglown

Formed in 1953

10th largest practice in the UK

76th largest practice in the world

£18m turnover (2014)

80% retained clients

Secured over 50 frameworks throughout the UK

260 members of staff

Quality Assured to ISO 9001 / ISO 14001 Environmental

Management and BS OHSAS 1800 accredited

Investors in People and CHAS accredited

We are a ‘Building Top 300’ company

13 locations in UK, Middle East, India, Asia

Our services

Architecture | Town Planning | Interior Design

Landscape Architecture | Building Surveying

BIM Consultancy | Building Visualisation

Urban Design | Master Planning | Project Management

Technical Advisors | Environmental Consultancy

Health & Safety Coordination | Access Consultancy

Graphic Design | Web Site

Our sectors

Defence | Healthcare | Hotels | Leisure | Industrial | Offices | Residential | Retail

Schools | Student Accommodation | Universities | Master Planning

Content What is BIM?

What are the government targets?

What is the industry doing?

How BIM is being used in other sectors

How other industries are selling to consumers

Final thoughts

What is BIM?

BIM is ‘Building Information Modelling’

Press coverage

BIM is ‘Building Information Modelling’

• A collaborative process of virtual design, construction and

management of buildings.

• The use of BIM unites design phase; construction phase and post

construction phases (including facility management).

• It means understanding and controlling the data flow through

these phases, ensuring leanness in its handling and therefore

driving efficiency.

Aim

• To make the construction process more efficient and eliminate

uncertainties before construction, to reduce cost.

BIM is ‘not a magic trick!’

You don’t just press a few buttons and a building appears!

Levels of BIM Collaboration (Construction Phase)

Level 1

•Lonely BIM

Level 2

•Shared BIM

Level 3

• Integrated BIM

Contractor

Architect

Structure M+E

Architect

Contractor

Structure M+E

Structure

M+E Architect

Contractor

Defined in PAS 1192-2:2013 “BIM Bible”

(Publicly Available Specification)

What are the government targets?

Motor Industry

Software Industry

BIM: Why from the government

• Digital Leaders

• Inefficient Industry

• UK construction costs 20% more than Europe

• Singapore takes ½ hour to register a planning application

• All US government projects have to be delivered in BIM

• Australia leading the way with BIM

BIM: What are the government targets?

• The government set up The Building Information Modelling

(BIM) Task Group to help deliver the objectives of the

Government Construction Strategy and the requirement to

strengthen the public sector’s capability in BIM implementation

with the aim that all central government departments will be

adopting, as a minimum, collaborative Level 2 BIM by 2016.

• By 2016 all government projects to be Level 2 Shared BIM

"BIM is a 21st Century

campfire - it gathers people

together."

David Philp, Cabinet Office

BIM: Forces collaboration

What is the industry doing?

BIM: What is the industry doing?

• Coming to terms with a new way of working

• Trying to understand what BIM is and that:

• it’s not just 3D CAD

• it’s not just a new technology application

• it’s not next generation, it is here and now!

• Now starting to deliver its first completed BIM Level 2 projects.

• Stride Treglown are now working on 5 BIM Level 2

projects.

BIM: Parametric Modelling

3D Virtual Design

2D Formation

Use

Construction

BIM: The design process - now

3D Virtual Design

2D Formation

Use

Construction

BIM: The design process - future

Starting to explore New

Communication Methods

Augmented reality (AR)

BIM: Starting to explore new communication technologies

BIM: Data rich modeled products

The DO office chair by Orangebox

Embedded data with direct links to live manufacturers data

How BIM is being used in other sectors

BIM: UWE Faculty of Business and Law

Faculty of Business and Law Project

• New £50m Flagship project for UWE

• Located at the heart of the Frenchay Campus

• 17,000 sq.m building

• Provides high quality teaching rooms, staff space, external

business facing facilities, lecture theatres and specialist teaching

spaces

FBL: BIM Level 2 set up

First steps: Implementation Plan

Client and Project Specific Requirements

Understand the client’s requirements

Ultimately

• Aid in delivery of a design and construction process that is more

efficient, eliminates uncertainties before construction and drives

down cost to deliver an outstanding building offering best value.

• BIM as a tool for estate and facilities management at UWE to

plug into their existing FM software

• As a leader in BIM education (with a number of taught courses)

the use of the project as a teaching tool is important for UWE.

Creating a suite of project BIM documents

Project specific documents (live documents) Referenced national standards

BIM Execution Plan – Overarching document

Sets out parameters for the project including:

• BIM Standards

• Management (including personnel)

• Project BIM requirements

• Model Management Strategy

• Model Authorized Users

• Level of Development

• Data Management

• Quality Control

• Training

• Construction Sequencing

• Cost Estimation – 5D

• Facilities Management

BIM Modelling Responsibilities Document

• Clearly setting out at tender stage who is responsible

for delivering what in regard to BIM modelling and

managing the process.

BIM Modelling Responsibilities Document

• Clearly setting out at what points in the design and

construction process COBie (Construction operations

building information exchange) data drops are required

and that data is compatible with the clients facilities

management software (ArchiBUS)

• At tender stage who is responsible for delivering what

in regard to BIM modelling.

File Naming Protocols

• Setting a project specific file naming protocol that

meets the requirements sets out in PAS 1192

• All file types including drawings, models, reports,

schedules, minutes and emails have a specific naming

protocol.

• All drawing files have a Uniclass 2 classification system

code.

File Naming Protocols

File naming for drawings

New example drawing no: FCFBL – STL – 00 – 01 – DR – A – 20 – 18000 – P2

Old example drawing no: 32147_AL018

FBL: BIM level 2 working

Start as you mean to go on Working in BIM 3D from the outset (from RIBA Stage 1)

Start as you mean to go on

RIBA Stage 1: Initial Area Allocation Diagrams

Start as you mean to go on

RIBA Stage 1: Room Space Requirment Strategies

Start as you mean to go on

RIBA Stage 1: 3D Site Capacity Studies

Start as you mean to go on

RIBA Stage 2: 3D Site Massing Studies

FBL: BIM model coordination

Design team BIM working

Architectural + Structural + Services

Federated model

Civil engineering model

Services model

Structural model

Architectural model

Federated model

FBL: 3D representation

Communication of Design

Moving away from 2D information

BIM: Client communication

• Presenting information in a more coherent, interactive and

accessible way.

• Moving away from flat 2D visual communication

• Utilising the federated 3D model

• Making the design process transparent and engaging

• Making data and modelled information available

• Make the design process efficient and eliminate uncertainties

before construction in order to eliminate uncertainties before

construction to prevent variations and ultimately drive down cost

Moving away from the plan

3D representation

Basement Level

3D representation

Ground Floor Moving away from the plan

First Floor Moving away from the plan

3D representation

Fourth Floor Moving away from the plan

3D representation

3D Representation

Fourth Level Moving away from the plan

3D representation

FBL: 3D representation

Envelope design development

Moving away from the flat elevation

Moving away from the flat elevation

3D representation

Draft 1

Moving away from the flat elevation

3D representation

Draft 2

Moving away from the flat elevation

3D representation

Draft 3

Moving away from the flat elevation

3D representation

Draft 4

Moving away from the flat elevation

3D representation

Draft 5

Moving away from the flat elevation

3D representation

Draft 6

Moving away from the flat elevation

3D representation

Draft 7

Moving away from the flat elevation

3D representation

Draft 8

Moving away from the flat elevation

3D representation

Draft 9

Moving away from the flat elevation

3D representation

Draft 10

Moving away from the flat elevation

3D representation

Draft 11

The final design – planning submission

3D representation

Draft 12

FBL: 3D representation

Internal space interrogation

Utilising 3D navigable software

Client navigation through working model on iPad

3D representation

Client navigation through working model on iPad

3D Representation

FBL: The data

The final design

Providing the required information

Door reference

D 1-023

Fire rating

FR 120s

Acoutic rating

Rw 35

Manufacturere

Leaderflush

Type

Designer range

Ee_25_25_30

Uniclass Element code

Sp_90_10

Uniclass Space code

Ss_25_30_20_39

Uniclass System code

Embedded data within building objects

for COBie data output

How other industries are selling to consumers

BIM: 1 million variants

BIM: Operational performance

BIM: External appearance

BIM: Internal practicality

BIM: Production code

Final thoughts

B4H: Construction in the hands of the consumer

B4H: Configure & Construct

B4H: Configure & Construct

• Planning: there is a choice of which house on which plot

• Consumer picks best house type for them on available

plots

• 3D plans, live visual swaps, views from windows

• Design: the consumer can choose ‘model’, ‘engine’ & ‘trim’.

• Modular unit design, off site fabrication, algorithmic

combinations lead to personalised choice.

• Production code, and specification generated from website

• Production drawings and schedules automated from

consumer choice

B4H: Configure & Construct

B4H: Configure & Construct

• Procurement: Engage with supply chain on framework rates

• BIM Level 2 process aligns better with procurement

methods where you have certainty of design early in the

process and not relying on contractor proposals

• Programme: the consumer can still make spec choices if not built

• A fast track programme may lead to doubling up on models

to meet deadlines (concept planning model and detailed

tender model)

B4H: Configure & Construct

• Use: provide user guide / videos for optimum usage

• Consolidated appliance instructions, warranty information,

installer details, and optimisation guides.

• Energy performance data feedback into design

• Resale: allow consumers to upgrade

• provide details of second hand homes, or nearly new show

homes, allow part exchange, all with additional warranties

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@robert_sargent

Configure & Construct

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