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DigiPLACEwebinar on

BuildUP

WELCOME!

Alain ZARLI - ECTP

The project

15/09/2020

Construction information flow & digital platforms

15/09/2020 3

The DigiPLACE project objectives

The overarching objective of the DigiPLACE project is to

create a Reference Architecture Framework (RAF)

for the digital industrial platform for the construction sector

based on a shared consensus along the entire chain

15/09/2020 4

DigiPLACE beneficiaries and structure

5

+ 7 Linked Third Parties: CEREMA, CU/BRE, LIST, NTNU, Tecnalia, TNO, VTT

15/09/2020

Alexis DAVID - ECTP

WP3: Digital level

& comparison analysis

15/09/2020

WP3 - Pave the way for DigiPLACE activities

• Provide a global vision of the level of digitalisation of the Construction sector• Digital technologies & tools implementation• Ongoing initiatives & existing digital platforms• Actual practices• Barriers & gaps• Comparison with other industrial sectors• …

715/09/2020

T3.1Level of implementation of digital technologies and industrial hubs/platforms in the EU construction sector and in other industrial sectors

815/09/2020

T3.1 – Methodology

Identification of existing

Construction platforms

Identification of evaluation criteria

Characterization and 1st Clustering of

existing Construction platforms

Assessment of the level of implementation of digital

technologies & platforms in the construction sector(& some other sectors)

Interviews with key stakeholders

Online survey to assess end-users’

(practitioners) practices

915/09/2020

10

T3.1 – Characterization of existing platforms & 1st clustering

• 300+ digital platforms listed• Around 200 of them characterised

and clustered

15/09/2020

Platform categories: 1st clustering proposed by the project partners

11

Size of companies/org. who answered the survey

Do you use “advanced” digital tools & tech.?

T3.1 – Online survey (1/3)

- Disseminated among “practitioners” of the construction sector

- 186 responses, in 17 countries(Mostly architects)

- Provides a snapshot of :

• Their digital practices in the “real-world”

• What tools are used, why and how

• Their vision of digitization and their actual needs

• Etc. Why not?

15/09/2020

15/09/202029/4/2020 12


Which “advanced” digital tools & tech. do you mainly use?

13


Added value Obstacles and missing features/functionalities

Main categories of the inputs

received

Project efficiency & management (11 items) Standards and formats (11 items)

Business/economics advantage (6 items) Interoperability and connectivity (3 items)

Service to the client (2 items) Technical features (5 items)

Data & technical aspects (2 items) Cost and accessibility (4 items)

Lack of knowledge & openness in the construction sector (2 items)

Many inputs received on:

• The added value of digital tools & tech. that practitioners see in their work

• The obstacles faced by practitioners in their digitalisation & the features/functionalities they actually need

Inputs confirmed and completed by interviews with key stakeholders:

• Refine (country by country) the digitalisation context of the Construction sector & other sectors

• Collect examples & good practices

15/09/2020

Full results: refer to deliverable D3.1

T3.2Comparative analysis of existing platforms in the construction sector and in other sectors

1415/09/2020


Selection of some representative Construction

digital platforms

Identification of evaluation criteria

Detailed characterization of platforms & listing of

features they offer/enable

• Detailed & technical comparative analysis of existing platforms

• Key aspects to take into account for the development of DigiPLACE RAF

• Identification of implementation options existing on the market

Interviews

Collect opinions, consolidate & validate the platforms analysis.Show potential differences between what platforms offer and how end-users actually use them.

Same approach with other sectors (healthcare,

agriculture, aerospace, automotive)

Comparison

1515/09/2020

T3.2 – Platforms analysis

• Construction digital platforms and tools analysed:

• Evaluation criteria assessing characteristics:

• Use case & services: features/functionality proposed by the platform and the way they are implemented, standards, … (40+ items)

• System functioning: how platforms work in terms of data management, architecture, etc. (30+ items)

• Usability: how platforms are adaptable to different kinds of users & needs (10+ items)

• Economic factors: platforms cost and potential packages available (8 items)

Company/organisation Name of the platform/tool1 ACCA software PriMus-PLATFORM2 ACCA software usBIM.platform3 Autodesk BIM 3604 Autodesk Revit5 Cardiff University CUSP6 CSTB KROQI7 Dassault Systèmes 3DEXPERIENCE8 IBM IBM Built Environment Platform9 GRAPHISOFT ARCHICAD

10 GRAPHISOFT BIMcloud

11 TNO BIMserver.org

12 Trimble Trimble WorksManager

13 Government of Estonia E-Construction

16

+ Global context and a few representative digital platforms for each of the sectors considered: - Healthcare- Agriculture- Automotive- Aerospace

15/09/2020

T3.2 – Main observations

• Representative listing of what can be found on the market.

• Remarks for Construction platforms:

• “Collaborative platforms” offer a vast array of use cases & services, under many different forms

• If not directly integrated in the platform/tool, still often possible to access services through APIs

• Use of many formats, extensions, linked services, standards, etc. across software

• Major issues for all sectors for the development of a large scale digital platform:

• lack of standardisation

• low interoperability of software & services

• Some services/features not properly answered (e.g. Machine Learning, PLM, Requirements for Documentation) -> could take example from other more “advanced” sectors (e.g. Aerospace)

• Preliminary agreement on the definition of a digital platform - at least in the context of DigiPLACE:

Operating system that enables to plug-in services and to give access to data, with the possibility to connect to other platforms, tools or applications via APIs.

Further development of IFC standard could be an answer.

17


15/09/2020

T3.3Impact analysis and success factors for the identification of possible points of knowledge transfer

1815/09/2020


Assess how SF are currently addressed in existing representative

Construction digital platforms & toolsIdentify Success

Factors (SF)With their related

issues & interrogations

For each SF: list potential R&D orientations for the future development of

DigiPLACE RAF and Roadmap

Same approach with other industrial sectors

(healthcare, automotive, aerospace)

Comparison

To be further investigated in

WP5 & WP6

1915/09/2020

T3.3 – Success Factors

TECHNICAL ASPECTS

1 Interoperability and sustainability

2 Collaboration enabler

3 Single entry point

4 Capacity to connect several platforms both at regional and national levels

5 Integration of both public and private data

6 Easier circulation of / access to services and products

7 Maintenance of data

8 Maintenance and update of the services

9 Adequate backup of data

10 Be customizable

11Be scalable and dynamic (provide an environment able to integratenew/existing tools)

12 Efficient and fast data management and data queries

SECURITY ASPECTS

19 Information and data security

20 GDPR compliance

DEMAND / REGULATORY ASPECTS

13 Capacity to check compliance with regulations & certifications

14 Capacity to answer the demand/needs of every kind of stakeholder

15 Relying on the national level, by interconnecting with national platforms

ECONOMIC ASPECTS

16Identification of clear funding mechanisms / systems (analysis of the economicsustainability of the platform)

17 Identification of business cases for all stakeholders

18 Increase of the competitiveness for all the value chain

Success Factors: focus points that the DigiPLACE RAF should consider, in order to fulfil the objectives of the DigiPLACE project.

2015/09/2020

T3.3 – Main remarks on the comparison between sectors

• Many industries share a common context (SF added-value not limited to Construction):

• need for more cross-boarders/sectors cooperation

• increasing amount and complexity of the data to deal with

• need to comply with new regulations

• need to standardise practices and formats, e.g. to facilitate cooperation projects

• impetus for digitalisation - all adopted or tend to adopt international standard formats & APIs

• Major differences in the comprehension of the purpose & characteristics of platforms:

• Interconnected platforms (+ important role for public authorities at regional/national level)

-> More adapted to fragmented sectors – e.g. construction, agriculture

-> Not for markets dominated by fewer & bigger service providers – e.g. Aerospace, Automotive

• DigiPLACE’s RAF concept: does not seem to be existing in other industrial sectors

-> A structure fulfilling the 20 SF would help the Construction sector to catch up on digitalisation + to become more attractive

2115/09/2020


T3.3 – R&D orientations and next steps

• For the future development of an EU digital platform concept, T3.3 has exposed a certain number of:

• Challenges

• Open questions

• Possible ways of implementation

• A list of R&D orientations for each Success Factor has been made.

From there and from the other WP3 inputs:

• WP5 & WP6 → further analyses, compare potential ways of implementation, etc., and ultimately to provide final answers through the development of the DigiPLACE RAF and Roadmap.

Refer to D3.3 for the complete listing

2215/09/2020

Luigi PERISSICH –Federcostruzioni

Alexis DAVID - ECTP

Community of Stakeholders

15/09/2020

15/09/2020

Community of Stakeholders

Join the DigiPLACE Community of Stakeholders

and actively contribute to building the European

Digital Platform for the construction ecosystem.

You have the opportunity to be heard

and have your inputs valued!

Go to the registration page

or use the QR code

24

https://www.digiplaceproject.eu/

https://docs.google.com/forms/d/e/1FAIpQLSdvtdZ_C9N-4QrJfF0ahcL0IJ0-TKP-6sLe1ucW5qLF8dR6mA/viewform?vc=0&c=0&w=1

Alain ZARLI – ECTP

Brigitte JACQUEMONT & Sara ANGOTTI -Ministère de la transition écologique

The next steps: towards a Strategic

Roadmap for DigiPLACE

15/09/2020

26

Understanding DigiPLACE main ‘technical’ output (RAF) (1/2)

Reference Architecture Framework

Use cases analysis and high level specifications

Strategy Roadmap

5.2

5.1

WP6

The vision of the digital transformation of european construction industry, expressed as key use cases, to help achieve core objectives (egclimate change, resource use, health, productivity, competitiveness…)

The required architecture to support this vision, in terms of digital tools, services and platforms, interoperability, data and knowledge sharing…

How to get thereResearch effort, pilot projects, regulations, deployment of new services…

15/09/2020

27

Understanding DigiPLACE main ‘technical’ output (RAF) (2/2)

Overall objectiveA (European) reference architecture framework (RAF) to support the vision of a digital transformation of the European construction industry and all stakeholders for the progressive generalization of digital platforms, data spaces, apps and services (including public ones).

The principle of commonly agreed minimal, but sufficient interoperability levels (data-level, software level), and data privacy/security

The use of common standards, forming a baseline for the current state-of-the-art of existing solutions as well as a technical commitment to identify needs and required evolution of those standards

A generalised access to data spaces, infrastructures (and their components) and (catalogues of) services available to all – and in particular technical aspects related to public services, including procurement and public contracts, as well as identified future generic digital services (Building permits, digital Building Logbooks, etc.)

RAF = a delimited, deployable, evolving set of

specifications and development/deployment guidance fundamentally relying on the following

principles:

15/09/2020

A referential of tools and services to bedevelopped/generalized to support key

use cases

Special focus on required public services and regulations, both at EU

and MS levels

28

DigiPLACE RAF - Collaborative work to identify key use cases

• 5 working groups on 5 main areas

• Not disconnected issues, but rather different viewpoints to address all the issues, with expected overlap

Common language, interoperability, standards

Rules & Regulations, public services

Data and knowledge sharing

Environmental performance

Business, market and collaboration

15/09/2020

TOPIC 1

…

Use case 1

Use case 2

TOPICS USE CASES

TOPIC 2

…

29

DigiPLACE RAF – Current status: 36 use cases identified

15/09/2020

Common language, interoperability, standards

- 5 topics (access & use of standards, standards for improved data usage, interoperable product databases, …)

- 6 use cases

Rules & Regulations, public services

- 9 topics (building permits, rules compliance checking, access to construction rules, environmental regulations, …)

- 9 use cases

Data and knowledge sharing- 6 topics (data sharing, open data, sharing of best practices

& innovation patterns, integration of LEVEL(s), …)- 7 use cases

Environmental performance- 3 topics (environmental regulations, sharing of

environmental related data, LCA)- 3 use cases

Business, market and collaboration

- 5 topics (access to BIM, other services & marketplace, collaborative platforms, digital supply chain, …)

- 11 use cases

30

A (DigiPLACE) strategy roadmap for future achievements

Overall objectiveDefine a Strategy Roadmap to support the stakeholders for the progressive implementation(s) of the Reference Architecture Framework and applications

Nurture the establishment of a common market of digital platforms and apps – supporting:→ the FAIR Data Principles as a set of guiding principles in order to make data Findable, Accessible, Interoperable and Reusable (Wilkinson et al., 2016), allowing data producers and data publishers to promote maximum use of data and information, still ensuring various degrees of data ownership and privacy

→ the interconnection among (European, National, local) data spaces and platforms, to establish a pan-European network of (potentially certified) data spaces and related services.

Create a sample European set of experimental projects and facilities implementing and assessing the RAF set of specifications and development/deployment guidance, relying on a representative set of business scenarios, data spaces, and applications/services

Develop awareness, expertise and skills related to platform and services deployment, integration, and use, both for users of digital platforms, tools and services and for Third-party software/service developers and vendors – e.g. through Digital Innovation Hubs (DIHs)

ROADMAP = a set of delimited, measurable and time-stamped actions (with

associated instruments) supporting a generalised deployment and use of RAF-compliant digital

platforms by 2027

15/09/2020

A ‘3 corner-stones’ approach

Experiment & Capitalise

Develop&

Deploy

Promote&

Network

Promote & Network

- Creating a long-lasting European stakeholders ecosystem / Forum to promote and continuously refine

the DigiPLACE RAF

- Developing a cartography of emerging or future initiatives and alliances dedicated to (RAF-compliant)

digital platforms, apps and services

Develop & Deploy

- Building Digital platforms (new or adapted) and Common Data Spaces leveraging on DigiPLACE RAF

- Deploying Large-scale Pilots (LSPs - supported by European or MS-based projects, regional or private

initiatives), along with common assessment methods

- Erecting a EU repository of Industry (Construction) Digital Commons (e.g. common data ontologies, reference data library, data sharing protocols…)

Experiment& Capitalise

- Providing an observatory of LSPs and Construction Digital Innovation Hubs (DIHs), contributing to training /

digital skills development in Construction

- Contributing to RAF-based digitalisation of EU and National regulations & directives, and to standard

developing organisations

3115/09/2020

Timeline of actions within DigiPLACE (WP6)September 2019

WP1 (WIP)

WP2 (WIP)

WP3 - Completed

WP4 (WIP)

WP5 (WIP)

WP6

WP7 (WIP)

May 2021

Launch conference

November 20201st Internal Workshop

+ Deliverable n°1(draft scenarios)

December 2020

Online Consultation (open)

February 2021Deliverable n°2 (consolidated

scenarios)

March 2021

Draft roadmap+ 2nd Internal Workshop

April 2021Deliverable n°3

(strategic roadmap)

3215/09/2020

THANK YOU!

Digi_PLACE

DigiPLACE

DigiPLACE

Follow us

www.digiplaceproject.eu

ARCDOXEnabling & Supporting BIMAre Architects Ready for Digitalisation? 15 Sept 2020

Ralph Montague BArch MRIAI

Director, Architect, ArcDox BIM Consultants

Board Member National BIM Council of Ireland

Chairman, NSAI Technical Mirror Committee for BIM

Past Chairman RIAI Practice Sub-Committee for BIM

Architects Council of Europe (ACE) BIM Working Group

Board Member Construction IT Alliance (CITA)

Part-Time Lecturer, Trinity College Dublin

ARCDOX | Enabling & Supporting BIM

Consultancy, Production, Support & Training

20+ years Industry Experience

10+ years Experience with BIM

200+ Projects in BIM

2000+ People Trained in BIM Tools

About the Presenter

The Importance of Architects’ Involvement in the Digitalization Process



Dublin, Ireland



ISO19650 “Organizing & Digitizing Information” (BIM)

Analogue vs Digital13-21% in Design/Construction

10-17% in Operations(*Boston Consulting Group Report 2016)

Dublin, Ireland



Paper versus Data

Information in Printed or Static Formats versus Structured Digital Data

Can’t be Edited, Used or Updated

Useful as “Record” Information

Can Used, Filtered, Edited or Updated

Quicker for Processing & Checking Information

Fields

Values

Filters

Formulas


Process

Assimilate

Consider

Conceive

Record

Inform

The Architect


Architects are in the “Information Communication” Business

Information You Receive Information You Produce

(to inform & instruct others)


Process

Assimilate

Consider

Conceive

Record

Inform

The Architect


Architects are in the “Information Communication” Business

Client Brief

Requirements

Society

Community

Planning

Requirements

Building

Regulations

Environmental

Regulations

Health & Safety

Regulations

Construction Products

Regulations

Site & Context

Constraints

Opportunities

Budget & Time

Constraints

Opportunities

Materials & Methods

of Construction

Procurement

Strategies

Information You Receive Information You Produce

Information

Communication

Technologies

Speech (presentations, discussions)

Writing (letters, reports, emails)

Sketches

Drawings

Schedules

Specifications

Documentation

Visualizations

Renderings

Physical Models

2D CAD

3D Graphic Models

3D BIM

(to inform & instruct others)



Important Considerations in Information Communications




Architects are NOT at the start, or the end, of Information Workflows Influence on the quality of information you receive (digitalisation of standards, regulations and markets).

Influence on the quality and usefulness of the information you produce, or you manage.






Good Information vs Poor Information, and the effect on “Outcomes” Good Quality = correct, on-time, easy to find, available, accessible, in a useful format.

Poor Quality = incorrect, late, difficult to find, unavailable, inaccessible, in a static or bespoke format.

Working with good quality information is quicker, cheaper, safer, better understanding, fewer mistakes.

Working with poor quality information is slower, more expensive, more dangerous, more mistakes.










Digital vs Analogue Formats of Information Analogue information is typically slower to produce, update or use. More “abstracted” (less detailed).

Digital information is quicker to produce, update, or use. More “realistic” (more detailed).










Digital vs Analogue Formats of Information Analogue information is typically slower to produce, update or use. More “abstracted” (less detailed).

Digital information is quicker to produce, update, or use. More “realistic” (more detailed).

Global Trends in Digitalisation in all Economic Sectors WEF & EU Commission driving “productivity”, “quality” and “sustainability” in the built environment.

Supporting Remote Working, Cross-Border Trade, Open Markets, Agile & Resilient Businesses



How Can Architects Help Support the Digitalisation Process?




Embrace Your Role as “Information Managers” in the Design Process ISO19650 places special duties on “Lead-Appointed Party” for management of information.

Don’t give away responsibility and “agency” (don’t diminish your value).






Take Professional Responsibility for the Quality of Information & Outcomes Help your clients/employers to understand the importance of “Information Management”.

Help other participants and contributors to understand the importance of “Information Management”.








Help Inform and Determine what Digital Information in Required Contribute to updates in standards and regulations, through the relevant professional bodies.

Demand better information from the market.








Help Inform and Determine what Digital Information in Required Contribute to updates in standards and regulations, through the relevant professional bodies.

Demand better information from the market.

Help Make a Positive Impact on these Challenges in Construction Economics – Improve Productivity, Reduce the Cost of Design, Construction, Operations

Sustainability – Building Performance, Environmental Costs, Energy Use, Deep Retrofit

Quality – Compliance with Standards, Safety, Personal Loss

Procurement – Reduce Administration, Delays, Variations, Disputes



THANK YOU

Dublin, Ireland

The architects’ added value to DigiPLACE and other European research projects

Larissa De RossoAssistant Project Officer15/09/2020

2

Who am I?

Larissa De RossoAssistant Project Officer at Architects’ Council of Europe

DigiPLACE webinar, Online15th September 2020 12:00-13:30

3

1

European Architects

Architectural Market overview

2

The architects’

added value in European

funded projects.

3

How can you benefit from EU projects?


European Architects

Architectural Market overview

01

5

The European ArchitectsArchitectural Market overview

562.000the number of architects in Europe in 2018

More information atACE Sector Study 2018https://www.ace-cae.eu/activities/publications/sector-study-2018/ACE Observatoryhttps://aceobservatory.com/


https://www.ace-cae.eu/activities/publications/sector-study-2018/

https://aceobservatory.com/


6







7


It is estimated that

71% of architectural

practices have 1 staff.






8







9







10

The European ArchitectsParticipate!

For all the data collect from previous surveys, access

ACE Observatoryhttps://aceobservatory.com/


Contribute to 2020 Sector Study!

Scan the QR code and participate in the survey.

The survey finishes on the 30th September.



The architects’ added value in

European funded projects.

02

12

How can architects benefit from European funded projects?

ACE Introduction to BIM

https://www.ace-

cae.eu/fileadmin/New_Upload/_15_E

U_Project/Creative_Europe/BIM_Guid

e/ACE_BIM_GUIDE_2019_A4_EN_W

EB.pdf

ACE Sector Study 2018

https://www.ace-

cae.eu/fileadmin/New_Upload/7._Publications/Sect

or_Study/2018/2018__ACE_Report_EN_FN.pdf

ACE YouTube Channel – BIM in Europe 2017https://youtu.be/iLLlnwHoKus


https://www.ace-cae.eu/fileadmin/New_Upload/_15_EU_Project/Creative_Europe/BIM_Guide/ACE_BIM_GUIDE_2019_A4_EN_WEB.pdf

https://www.ace-cae.eu/fileadmin/New_Upload/7._Publications/Sector_Study/2018/2018__ACE_Report_EN_FN.pdf

https://youtu.be/iLLlnwHoKus

13

Development of• Modular ”plug and play” architectural façade system • a set of digital BIM tools for designfor efficient energy performance after building renovation

https://renozeb.eu/October 2017 | September 2021

Development of• Framework for a digital platform for

the design and construction sector.

September 2019 | May 2021https://www.digiplaceproject.eu/


The architects’ added value in European funded projects

Research and innovation projects

https://renozeb.eu/

https://www.digiplaceproject.eu/

14

Projects on digital solutions for the architectural market

https://www.bim4eeb-project.eu/

Development of• BIM Management System (BIMMS)• six BIM tools to assist on the building renovation design and construction for comfortable and energy efficient homes.

https://www.bim-speed.eu/en

Development of• Enhanced Common Data Environment (CDE) • set of BIM toolsto improve comfort and energy efficiency in building renovation.

January 2019 | June 2022

November 2019 | October 2022






15

http://bimzeed.eu/

Development of • 12 on-line Learning Units combining BIM and energy efficiency to upskilling architects, engineering and other actors in the construction chain.

https://www.bimplement-project.eu/

Development of • CPD program and tools to improve design and construction of energy efficient buildings by using BIM as a learning tool.

Projects on CPD programs and training opportunities

November 2019 | October 2021

September 2017 | August 2020




http://bimzeed.eu/


How can you benefit from EU

projects?

03

17



Join the DigiPLACE Community of Stakeholders and actively contribute to building the European Digital Platform for the construction ecosystem.

You have the opportunity to be heardand have your inputs valued!

Go to the registration page or use the QR code

https://docs.google.com/forms/d/e/1FAIpQLSdvtdZ_C9N-4QrJfF0ahcL0IJ0-TKP-6sLe1ucW5qLF8dR6mA/viewform?vc=0&c=0&w=1

18


BIM tools are being develop to assist architects in the design of renovation buildings using RenoZEB façade new technology. Stay tuned for training videos in October.

This project has received funding from European Union’s H2020 research and innovation programmeunder grant agreement No. 768718


https://renozeb.eu/

https://renozeb.eu/

19


BIM Management System provides• An environment store and share data between

users,

• a 3D IFC BIM Model

• data visualisation viewer

• a set of six BIM4EEB tools


This project has received funding from European Union’s H2020 research and innovation programmeunder grant agreement N. 820660



20


BIM4EEB BIMplanner

The software• design to assist architects in the construction planning.

BIM4EEB Fast Mapping toolkit

BIM4EEB BIMeaser

BIM4Occupants

The toolkit provides• a pair of smart glasses and a sensor stick.The kit is designed to scan the existing building creating a 3D model.

The software provides• comparison table between different design options for energy efficient

building renovation.

The mobile application provides• graphics for monitored indoor environmental data such as temperature

and humidity, energy consumption and weather data.

The information provides input for architects during the designdevelopment phase and post occupancy phase.


This project has received funding from European Union’s H2020 research and innovation programmeunder grant agreement N. 820660


https://www.bim4eeb-project.eu/news/bim4eeb-bimplanner-tool.html

https://www.bim4eeb-project.eu/news/bim4eeb-fast-mapping-toolkit.html

https://www.bim4eeb-project.eu/news/bim4eeb-bimeaser.html

https://www.bim4eeb-project.eu/news/bim4ee-bim4occupants.html


21


An improved Common Data Environment Platform provides • tool for project planning and

coordination,• Tool for on-line meeting, • Tool for chat area,• add-on tools for energy

efficient simulation on several design options, and tools that facilitates the acquisition of data from existing buildings.


This project has received funding from European Union’s H2020 research and innovation programme under grant agreement N. 820553



22


EU BIM for Building Renovation Competition Coming in Spring 2021

Stakeholder community – Join us!• provide feedback to the project

development • get the latest updated in the development

of the project tools

• The Industry Day (every November) is the project feedback session.

This project has received funding from European Union’s H2020 research and innovation programme under grant agreement N. 820553

DigiPLACE webinar, Online15th September 2020 12:00-13:30 https://www.bim-speed.eu/en


23


Co-funded by the Erasmus+ Programme of the European Union

9 Learning Units for architects and architectural students

DigiPLACE webinar, Online15th September 2020 12:00-13:30 http://bimzeed.eu/

http://bimzeed.eu/

24


Take part in the testing phase!


Co-funded by the Erasmus+ Programme of the European Union

http://bimzeed.eu/

http://bimzeed.eu/

25


BIM catalogue of constructive element This project has received funding from European Union’s H2020 research and innovation programmeunder grant agreement No 745510




THANK YOU!

Larissa De [email protected]

Follow us/Digi_PLACE

www.digiplace.eu

Are architects ready for the digitalisation?DigiPLACE Webinar 15.09.2020

Digitalisation of the construction sector - the EU policy perspective. Ilektra Papadaki, DG GROW, European Commission

Importance of the construction ecosystem

Total employment in architectural and engineering

activities

Millions of workers (share of EU-27 total), 2017

EU-27 2.9 (2%)

Total employment in the construction ecosystem Millions of workers (share of EU-27 total), 2017

EU-27 14 (7%)8.9%of EU GDP

3.1mil

businesses

1.64 trillion

Output in the

EU

95%

SMEs

https://ec.europa.eu/jrc/en/publication/eur-scientific-and-technical-research-reports/digital-transformation-transport-construction-energy-government-and-public-administration

Digitalisation of the construction ecosystem

https://ec.europa.eu/jrc/en/publication/eur-scientific-and-technical-research-reports/digital-transformation-transport-construction-energy-government-and-public-administration

Digital construction: EU focus areas

BIM:Preparing Public Authorities for digitalization

Public Procurement = major share of total construction expenditure

Ex: Germany 44% (BCG - 2012 figure)

1

Handbook for the introduction of BIM in public procurement available in 21 languages

250 public procurers trained on BIM in 10 workshops

5 EU MS implementing BIM in construction permits through Structural Reform Funds

Methodology for cost-benefit analysis for the use of BIM in public tenders(09.2020-05.2021)

Develop a model to measure the costs and benefits (both monetary and non-monetary) of BIM in public construction projects;

Costs and Benefit Model development

Demonstrate the practical usage and relevance of the model developed with case studies;

Model Validation & Case Studies

Develop informative material for public authorities wishing to learn about the BIM cost benefit analysis and its use.

Handbook creation

Towards an EU Framework for Digital Building Logbooks

2

A common repository for all relevant building data, information and documents

It facilitates transparency, trust, informed decision making and information sharing within the construction sector, among building owners and occupants, financial institutions and public authorities.

A dynamic tool that serves as a record of major events and changes over a building’s lifecycle, such as change of ownership, tenure or use, maintenance, refurbishment and other interventions.

Digital Building Logbook:

A safe instrument enabling stakeholders to retain control of their data and who has access to it, recognising that some of this data may need to be held confidentially. Data may be stored within the logbook and/or hosted in a different location to which the logbook acts as a gateway.

Existing Initiatives overview

Public60%

Private35%

PPP5%

Digital Building Logbook

17

November

Research &Innovation

Standardization& legal matters

Data sharing

Linking of databases

Potential areas of needed action at EU or MS level

User experience

Trainings

Save the date

Thursday 3 December

Construction 2020

Thematic Group 1 – virtual meeting

Innovation and Digitalisation

Tuesday 17 November

Digital Building Logbook

Stakeholder workshop

Sources

Ilektra [email protected]

Thank you!

Construction 4.0 Europe

• Construction and Built Environmenthttps://ec.europa.eu/growth/sectors/construction/competitiveness_en

• European Construction Sector Observatoryhttps://ec.europa.eu/growth/sectors/construction/observatory_en

• EU BIM Task Group www.eubim.eu• Supporting Digitalization of construction and its SMEs

https://ec.europa.eu/growth/content/report-supporting-digitalisation-construction-sector-and-smes_en• Construction & Demolition waste guidelines and pre-demolition audit

https://ec.europa.eu/growth/content/eu-construction-and-demolition-waste-protocol-0_en

@EU_Growth

Except where otherwise noted, this presentation is © European Union and is licensed under the CC BY 4.0 license.

mailto:[email protected]

https://ec.europa.eu/growth/sectors/construction/competitiveness_en

https://ec.europa.eu/growth/sectors/construction/observatory_en

http://www.eubim.eu/

https://ec.europa.eu/growth/content/report-supporting-digitalisation-construction-sector-and-smes_en

https://ec.europa.eu/growth/content/eu-construction-and-demolition-waste-protocol-0_en

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