The Finnish Way to Speed Up the Change How we did it with BIM. Anssi Salonen, PhD CTO, RYM Ltd

The Finnish Way to Speed Up the Change How we did it with BIM Anssi Salonen, PhD CTO, RYM Ltd

My Agenda today Finnish Way to Speed Up the Change How We Did It with BIM Where are we now and where we are heading

Finnish Way to Speed Up the Change

Finnish Innova;on Ecosystem PARLIAMENT Research and Innovation Council Ministry of Education Academy of Finland Universities GOVERNMENT Ministry of Employment and the Economy Tekes VTT Other ministries and their institutes Sitra Finnvera plc Finpro Finnish Industry Investment Ltd PUBLIC sector Fibic Oy DIGILE Oy FIMECC Oy CLEEN Oy SalWe Oy RYM Oy Regional ELY Centres Strategic Centres for Science, Technology and Innova;ons Private Companies PRIVATE sector 5

Strategic Centres for Science, Technology and Innova9on (SHOK) Strategic Centres boost innovations The Strategic Centres for Science, Technology and Innovation established in Finland are new public-private partnerships for speeding up innovation processes. Their main goal is to thoroughly renew industry clusters and to create radical innovations. Long-term cooperation between industry and the academia In Strategic Centres, companies, society and research units work in close cooperation, carrying out jointly defined research. Centres develop and apply new methods for cooperation, cocreation and interaction. Testing and piloting environments and ecosystems constitute an essential part of the Strategic Centres' operations. International cooperation plays a key role. 6

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RYM Oy Private company 53 owners, covering broadly Built Environment cluster (Companies, Universi;es, Ci;es, Gov. Agency) Non- profit Vehicle for stakeholders Center of excellence through Industry driven research Based on Company future business visions matched with world class researchers Private and public funding Wide variety of funding sources Globally oriented Working with leading companies and universi;es 8

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RYM Strategic Research Agenda for Future Breakthroughs Built Environment (buildings and infrastructure + related services and ecosystems) provides basis for good life, prospering businesses and flourishing society. 10

Key Figures and Partners KEY FIGURES >65 M program portfolio 73 companies participating 16 research org. Participating >30 disciplin. >700 research portal users 3 SHOK research programs 1 EU funded project 1 national Center of Excellence (CoE-LaSR) 11

The on- going Programs Built Environment Process Re-engineering (PRE) The most significant results of the PRE program from the perspective of industry were achieved in the development of technologies and concepts supporting open BIM-based cooperation models and distributed management and sharing of information. Indoor Environment Indoor Environment Program creates solutions that promote productivity, comfort and health of space user in an ecologically sustainable way. The focus areas are user-centric spaces, energy efficient management, revenue models for good indoor environments, and design and implementation of inspiring learning environments. Energizing Urban Ecosystems (EUE) The goal of the EUE research program is to Building solid foundations for the comprehensive understanding of the planning, design and management of the future urban areas and ecosystems, and turning this accumulating intellectual capital and know-how into successful, global business processes. 13.3.2015 12

How We Did It with BIM

RAKENNETTU YMPÄRISTÖ Tarvitaanko tätä palkkia? Built Environment Process Re-engineering (PRE) research program Built Environment Innovations Process Re-engineering (PRE)

What is PRE? PRE research programme seeks the answer to ques;on how built environment can enhance the growth and development by providing solu9ons to manage, support and speed up the change faced up by the end users? 1. What is the behavioural change of end users (human/organisa;on)? 2. What is the resul;ng systemic change in customer interface and value network? 3. What is the chance of the business models of Built Environment? 4. How the latest technology foster the change of whole branch s business paradigm?

Built Environment Process Re- engineering (PRE) Boos;ng other industries End users individual and organiza;onal behavioral change Customer interface and value network Business models Technology SENATE PROPERTIES RAPAL SKANSKA TEKLA VR TRACK FCG Industry renewal Business models Decision making Processes Re- engineering Informa;on management Informa;on structure

Program overview Dura;on 4 years (11/2010-2014) Total volume 21 M Funding: 40 % from industrial partners 60 % Tekes the Finnish Funding Agency for Technology and Innova;on, research organisa;ons, The Finnish Transport Agency, 6 ci;es Consor;um: 43 par;cipants 36 companies The Finnish Transport Agency 5 universi;es 1 research ins;tute

Consor;um, industrial partners IT service and sodware providers AX Consul;ng Oy Logica Suomi Oy Micro Aided Design Oy Progman Oy Solibri Oy Tekla Oyj Terramare Oy Tietoa Finland Oy Service providers Building Informa;on ISS Palvelut Oy Rapal Oy Senate Proper;es Designers Arkkitehtitoimisto Perko Oy FCG Finnish Consulting Group Ltd Finnmap Consulting Oy Olof Granlund Oy Pöyry CM Oy Product providers Consolis Technology Oy Ab Parma Oy Rautaruukki Oyj Saint-Gobain Weber Oy Ab Infra sector Destia Ltd Finnmap Infra Oy NCC Roads Oy Pöyry Finland Oy Ramboll Finland Oy Sito Oy Vianova Systems Finland Oy VR Track WSP Finland Oy Construction companies Lemminkäinen Oyj NCC Construction Skanska Oy SRV Yhtiöt Oyj YIT Construction Ltd

Consor;um, research and public organisa;ons Research organiza9ons Aalto University University of Helsinki Helsinki Metropolia University of Applied Sciences University of Oulu Tampere University of Technology VTT Technical Research Centre of Finland Public organiza9ons Finnish Transport Agency 6 ci;es: Helsinki, Espoo, Tampere, Vantaa, Turku, Oulu (financing)

Where are we now and where we are heading

RYM PRE Results Report http://rymreport.com/pre/

The PRE program consists of six thema;c work packages 1. Model Nova Use of BIM during property s life cycle from the owner s perspec;ve 2. NewWoW Changing nature and requirements of knowledge work and their impact on management of an organiza;on and spaces 3. BIMCON BIM- based product data management in the delivery chain of industrialized building 4. DRUM - En;ty data models and standards 5. Infra FINBIM Future innova;on- based delivery chain of the infra sector 6. BIMCity Plaoorm for dissemina;on, evalua;on and development of community- level built environment digital models Page 22

Early Phase Energy Analysis The early phase energy analysis will be beneficial for the project throughout its life cycle. When energy design is integrated to Full Service Design concept and Big Room team work methods are used, energy design supports project management even more comprehensively. Energy planning Energy planning Energy cer;ficate In the commissioning phase Building permit Energy cer;ficate Energy produc;on PARTICIPANTS NCC Oyj Op;plan Page 24

Beper decisions with visual metrics Visual metrics support co- working, enable efficient decision making and enhance transparency in projects. Par;cipants NCC Tietoa Finland Oy Finnmap Consul;ng Aalto University / SimLab

Model based data and process for carbon footprint calcula9on The project defines processes, creates prototype and describes solu;ons for informa;on exchange in sustainability management of buildings. The result points out the needs and data sources for generic and specific product informa;on in Building Informa;on Model (BIM) based design. It clarifies the role of product informa;on in different design phases, defining carbon footprint value and the level of it but also gives an examples of typical generic values and evalua;on of varia;ons. Page 26 PARTICIPANTS Parma Oy Rautaruukki Oyj Saint- Gobain Weber Oy Ab Skanska Oy Tekla Oyj VTT Technical Research Centre of Finland

Model based infra construc;on RESULTS Specifica;ons and requirements for road and railway design structural models: guidelines for designers and an easy procurement tool for infra owners. A prac;cal guide for producing an exhaus;ve and con;nuous model, ready and compa;ble for use of machine control systems. Includes major earth and layer structures. Specifica;ons and requirements for model based quality control procedure: guidelines for process u;lizing 3D models and machine control systems in as- built measurements. PARTICIPANTS Des;a Oy, Terrasolid NCC Roads Oy Lemminkäinen Infra

Infra FINBIM result, Inframodel 3 format General technical requirement documents for in infrastructure projects Infra Structures Numbering and Naming Infra BIM Common Modeling Guidelines 2014 Inframodel Open Information Exchange Inframodel 3 data transfer format has been introduced 2014. Finnish Transport Agency requires to use it from 2014 in all public projects. Major ci;es will take it also introduced.

Mobile Augmented Reality Mobile Augmented Reality was employed in three different cases for visualizing land use plans for city officials and residents. Users felt that AR visualiza;on helped them in the decision making and understanding 3D plans. This pioneering work has lead also to commercial projects and products. PARTICIPANTS VTT FCG Finnish Consul;ng Group Ltd. Vianova Systems Finland Ltd.

Knotworking boost decision making and produc;vity Knotworking: Integration of various parties expert knowledge and skills to optimize and coordinate design solutions through intensive cooperation. PARTICIPANTS Senate Properties Pöyry CM Oy Tietoa Finland Oy Granlund Oy Finnmap Consulting Oy Architecture Perko Oy Lemminkäinen Oyj Aalto University/ SimLab University of Helsinki/ CRADLE

From hierarchical to linked data Web- based BIM distributed informa;on management using seman;c web technologies Open product and process informa;on in construc;on Access relevant informa;on where and when needed made easy O A C E S S S S D S " Next Steps Global research and standardiza;on con;nues (LDAC, buildingsmart,...) 31

THANK YOU Anssi.salonen@rym.fi

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