Industry 4.0 revolutionizing BIM and AEC

Transcription

1 CONFERÊNCIA CONSTRUÇÃO 4.0 O DESAFIO DA DIGITALIZAÇÃO DA CONSTRUÇÃO E A ENGENHARIA CIVIL NO CONTEXTO DA INDÚSTRIA 4.0 Industry 4.0 revolutionizing BIM and AEC Vakis P. Kokorelis Construsoft Portugal 22 de Março de 2017 Ordem dos Engenheiros, Lisboa

2 Trimble s Core Industry Divisions Agriculture Civil Engineering & Construction Building Construction Geospatial Transportation & Logistics Trimble core industries are global trillion industries which operate in demanding environments, with technology adoption in the early phases

3 Trimble: A Global Partner Engineering and Construction Segment >50% Of Total Revenue Over 300 Trimble E&C Distribution Partners World Wide $2.5B+ in Revenue 6,000+ Employees Global R & D: 36 Sites 11 Countries 12 Time Zones Customers in over 150 Countries Over 2,000 Trimble Patents Issued Trimble Facilities in 33 Countries

4 Trimble engineering and construction Civil Construction Site (Both) Building Construction & Operation Building Office Solutions Office Solutions Site Civil Field Solutions Machines & Equipment Field Solutions Tools & Equipment

5 Trimble Buildings Division MULTIPLE INTEGRATED SOLUTIONS AND A VISION Trimble Buildings solutions value include an on ramp to many powerful, well integrated systems that are important to AEC&O companies. CONCEPT ENGINEERING & DESIGN ESTIMATING PROJECT PLANNING CONSTRUCT OPERATE

6 Definition of Industry 4.0 The 4 Industrial Revolutions (by Christoph Roser at AllAboutLean.com)

7 The Industry 4.0 enviroment

8 The challenges of the AEC industry Worldwide vertical construction 1 is a 3.5 Trillion industry At least 20% is waste ~30% of construction is rework ~40% of jobsite work is unproductive ~40% of projects are over budget ~90% of projects are late ~35% of building space is actually utilized ~ Buildings consume 40% of the world s energy Ineffective communication, planning and collaboration are the source of most problems Note: [1] excludes residential Barriers: Historically slow to change Complex nature of construction increases the challenge Lack the information needed to drive real change Operate in silos Multiple hand-offs Information gaps Performance not connected to plan in a time-frame that allows for decisionmaking

9 Fragmented industry Unique organization in every project Varied technologies in every project

10 BIM adoption Moving beyond visualization to applications that will Increase productivity, reduce cost and increase safety) 62% 72% 88% % of contractor adoption of BIM by Phase % of where contractors believe BIM provides ROI 46% 36% 35% 19% 24% 17% 16% 9% >4% CONCEPT ENGINEERING & DESIGN ESTIMATING PROJECT PLANNING CONSTRUCT DOCUMENT & HAND OVER Sources: (1) 2014 McGraw-Hill Smart Market Report; The Business Value of BIM for Construction in Major Global Markets, (2) Internal Trimble market estimate

11 Level 2 BIM: a minimum standard Level 2-3D model sharing an collaborative by the team, outputs as both 2D and 3D deliverables. Level 3 - the future for the UK Construction Industry. Now branded as Digital Built Britain with a strategy report published in February

12 3D Model Sharing

13 Today s Project Information Stakeholders & Disciplines Many File Formats & Tools 2D Documents 3D BIM

14 Trimble Connect Trimble Connect and Connected Products form a network of project data that seamlessly passes between stakeholders and their tools. Product Store, collaborate, track and connect with an easy to use interface. Access data from one place on any device. Service Interoperability & collaboration pipeline between stakeholders & their professional tools Architecture Structures MEP GC/CM Owners Civil? Trimble Connect Applications Trimble SketchUp Tekla Structures Trimble MEP DD3D PD3D Vico Office Project Sight Manhattan Proliance Trimble Business Center Tekla Civil 3D Future Integration Or/and Own App Trimble Connect platform API, SDK, Foundation, 3D and Workflow Services

15 Trimble Connect at a glance Any Data

16 Mixed Reality Overlaying digital information on the physical world in real time.

17 Level 3 BIM: a wider digital strategy The greatest BIM challenges arise when moving from level 2 BIM to level 3 BIM and the single project model. Level 3 envisages a wholly integrated model accessed by all members of the project team in real time.

18 The BIM Pyramid Physical model authors Geometry Hierarchy & assemblies Bolts, welds References Spatial information Process model authors Schedules (site, production, etc) Classification Estimation Logistics MIS & ERP interfacing Safety Information users View Review Comment Status Approve Fabricate Install

19 Constructable, detailed BIM models

20 Do Work Stages work for models? Drawing milestones BIM data milestones? BIM data milestones? BIM BIM data data milestones? BIM data milestones? milestones?

21 What is the poductivity gain? LOD 350 helps avoid RFI s Because profits are hurt by RFI s Common BIM software RFI s RFI s Change Orders Cause for delay Change Orders RFI s Tekla Structures: LOD Structural BIM Extract: Peter Bo Olsen MT Højgaard, Denmark Building Component Catalogue (LOD) for Infrastructure, September

22 Higher LOD gives confidence LOD 300 Assemblies, Plates, Bolts & Welds Concrete Embeds LOD 350 Clearly, MEP system moves MEP LOD 200 CLASH! Reinforcing MEP LOD 200 LOD 300 Bolts LOD 350 Lay-Out Points LOD

23 LOD Part 1 Geometry LOD Part 2 Attributes 23

24 BIM benefits the whole workflow

25 Tekla software for steel industry

26 BIM based workflow for steel industry Relative costs: 1-2% Sales & tendering, quantities purchasing ~5% Design & detailing, drawings, reports, schedules 70-80% Production, integration to planning, CNC and ERP systems 10-15% Logistics, deliveries and coordination 10-15% Installation, coordination with production and GC

27 Digital Data Driven Workflow Input Survey Output Civil Design & Planning Input Civil Construction Output GIS Asset Tracking Input Output Input Output Intelligent Scan Data Buildings Design & Planning Buildings Construction Facilities Management The real existing world The virtual existing world The virtual future world The virtual future world to real existing world The updated future world to real existing world Design Build Operate

28 Design Analysis Machine Control Architectural Design Infrastructure Remote Diagnostic Layout Work Quality Control Production Control Facility Mng. Training Geospatial Asset Management Team Control Maintenance Safety

29 Obrigado! Vakis P. Kokorelis