Key Note - The Digital Evolution of the Construction Industry #COMIT2017
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Presentation by Kenny Ingram of IFS Group at the 2017 COMIT Annual Conference 'Mobilising Digital Assets', to be held at The Building Centre in London on Wednesday 24th and Thursday 25th of May 2017. More information: http://www.comit.org.uk/live-blog-comit2017
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Key Note - The Digital Evolution of the Construction Industry #COMIT2017
- 1. IFSworld.com
- 2. KENNY INGRAM Global Industry Director – Construction, Engineering and Infrastructure THE DIGITAL EVOLUTION OF THE CONSTRUCTION INDUSTRY
- 3. 76% Average Improved ROI to our customers 50 COUNTRIES SPECIALISTS IN PROJECT&ASSETLIFECYCLE MANAGEMENTSOFTWARE 3500 Customers Over 1,000,000 users of IFS Software
- 4. 4
- 5. OBSERVATIONS
- 6. 6
- 7. 7
- 8. 8 Three Gorges Dam, China Hong Kong – Zhuhai – Macao Bridge Songjiang Hotel, China Etihad Rail, UAE
- 9. 9 Al Maktoum Airport, Dubai Shanghai Tower China FFR Grand Stade, Paris Beijing Daxing International Airport, China
- 10. 10 UK OBSERVATIONS – THINGS ARE IMPROVING BUT…. LAGGING BEHIND OTHER INDUSTRIES IN ADOPTING TECHNOLOGY ? UK IS LESS GLOBAL IN ITS THINKING ? STRONG SILO CULTURE – INTEGRATION IS TOO HARD – ADDICTED TO EXCEL ? PROCESSES STILL DOMINATED BY TRADITIONAL QS PROCESSES ? RESISTANCE TO CHANGE – STRONG FINANCE AND COMMERCIAL DOMINANCE ? PLANNING VERY RARELY INTEGRATED ? TRADITIONAL CONSTRUCTION METHODS STILL DOMINATE ? PROPER BIM ADOPTION STILL LOW ?
- 11. COMPETITION
- 12. 12 TOP 100 GLOBAL CONSTRUCTION COMPANIES
- 13. 13 Position Country Number Companies 1 ? 26 2 ? 16 3 ? 11 4 ? 10 5 ? 7 6 ? 4 7 ? 4 8 ? 3 9 ? 3 10 ? 2 11 ? 2 12 ? 2 13 ? 2
- 14. 14 Position Country Number Companies 1 China 26 2 ? 16 3 ? 11 4 ? 10 5 ? 7 6 ? 4 7 ? 4 8 ? 3 9 ? 3 10 ? 2 11 ? 2 12 ? 2 13 ? 2
- 15. 15 Position Country Number Companies 1 China 26 2 USA 16 3 ? 11 4 ? 10 5 ? 7 6 ? 4 7 ? 4 8 ? 3 9 ? 3 10 ? 2 11 ? 2 12 ? 2 13 ? 2
- 16. 16 Position Country Number Companies 1 China 26 2 USA 16 3 Japan 11 4 ? 10 5 ? 7 6 ? 4 7 ? 4 8 ? 3 9 ? 3 10 ? 2 11 ? 2 12 ? 2 13 ? 2
- 17. 17 Position Country Number Companies 1 China 26 2 USA 16 3 Japan 11 4 South Korea 10 5 ? 7 6 ? 4 7 ? 4 8 ? 3 9 ? 3 10 ? 2 11 ? 2 12 ? 2 13 ? 2
- 18. 18 Position Country Number Companies 1 China 26 2 USA 16 3 Japan 11 4 South Korea 10 5 Spain 7 6 ? 4 7 ? 4 8 ? 3 9 ? 3 10 ? 2 11 ? 2 12 ? 2 13 ? 2
- 19. 19 Position Country Number Companies 1 China 26 2 USA 16 3 Japan 11 4 South Korea 10 5 Spain 7 6 France 4 7 Italy 4 8 Australia 3 9 Germany 3 10 Austria 2 11 Turkey 2 12 Brazil 2 13 Canada 2
- 20. 20 Position Country Number Companies GDP Rank 1 China 26 2 2 USA 16 1 3 Japan 11 3 4 South Korea 10 12 5 Spain 7 14 6 France 4 7 7 Italy 4 9 8 Australia 3 13 9 Germany 3 4 10 Austria 2 30 11 Turkey 2 17 12 Brazil 2 8 13 Canada 2 10
- 21. 21 Position Country Number Companies GDP Rank 1 China 26 2 2 USA 16 1 3 Japan 11 3 4 South Korea 10 12 5 Spain 7 14 6 France 4 7 7 Italy 4 9 8 Australia 3 13 9 Germany 3 4 10 Austria 2 30 11 Turkey 2 17 12 Brazil 2 8 13 Canada 2 10 CHINA & SOUTH KOREA ARE REPLACING JAPAN ? WHAT CAN WE LEARN FROM SPAIN ? UK HAS 1 COMPANY - POSITION 17 ?
- 22. 22
- 23. 23
- 24. 24
- 25. TRENDS
- 26. 26 Mobility Drones Laser Scanning Internet of Things Virtual Reality 3D Printing Robotics 4D Scheduling BIM Blockchain Offsite
- 27. 27 Mobility Drones Laser Scanning Internet of Things Virtual Reality 3D Printing Robotics 4D Scheduling BIM Blockchain Offsite CONSTRUCTION & MANUFACTURING CONVERGENCE CONTRACTING FOR OUTCOMES SERVITIZATION OF THE INDUSTRY
- 28. 28 CONSTRUCTION RIPE FOR DIGITAL TRANSFORMATION Source: McKinsey & Company: http://www.mckinsey.com/industries/capital-projects-and-infrastructure/our-insights/imagining-constructions-digital-future
- 30. 30 BIM
- 31. DIGITAL ASSET LIFECYCLE EVOLUTION AS SOLD AS DESIGNED AS BUILT AS MAINTAINED 4D (Time) Integrated Plan 4D Construction Work Packages 6D As Built / As Maintained Model Lifecycle Visualisation Smart Work Execution IIoT Digital Twin 2D & 3D Design Intent Design Specifications Geometary 5D (Cost) Estimating & Cost Change Management INTEGRATED DATA AND MODEL DRIVEN PROCESS 31
- 32. BIM DEFINITION Reducing TOTEX and Improving Delivery All Assets (not just Buildings) Integrating Technology and Processes All Stages of an Asset’s Life Document-Driven to Data-Driven Not just a Digital Design Tool Business Process Change
- 34. SPARSELY POPULATED 65% FORESTS GREEN ENERGY FRONT RUNNER FOOTAGE CUT FROM AIRWOLF VIDEO 450,295 KM2 9.9 MILLION 21 PEOPLE / KM2
- 36. Main Demo
- 41. USING NEW TECHNOLOGIES TO ENHANCE OPERATIONAL EFFICIENCY DRONE ADVANCED ANALYTICS IFS IoT BUSINESS CONNECTOR IFS APPLICATIONS 41
- 42. WHAT DO WE NEED TO DO ?
- 43. 43 UK OBSERVATIONS – THINGS ARE IMPROVING BUT…. LAGGING BEHIND OTHER INDUSTRIES IN ADOPTING TECHNOLOGY ? UK IS LESS GLOBAL IN ITS THINKING ? STRONG SILO CULTURE – INTEGRATION IS TOO HARD – ADDICTED TO EXCEL ? PROCESSES STILL DOMINATED BY TRADITIONAL QS PROCESSES ? RESISTANCE TO CHANGE – STRONG FINANCE AND COMMERCIAL DOMINANCE ? PLANNING VERY RARELY INTEGRATED ? TRADITIONAL CONSTRUCTION METHODS STILL DOMINATE ? PROPER BIM ADOPTION STILL LOW ?
- 44. THINK INTEGRATED - NEED SOLID FOUNDATION
- 45. IMPLEMENT A DIGITAL STRATEGY
- 46. PREPARE TO SERVICE THE ASSET LIFECYCLE MANUFACTURE CONSTRUCT SERVICE
- 47. IMPLEMENT A DIGITAL STRATEGY THINK INTEGRATED PREPARE TO SERVICE THE ASSET LIFECYCLE
- 48. YOUR BUSINESS WILL BE DISRUPTED
- 49. THANK-YOU
Hinweis der Redaktion
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- Exploiting technology to leverage greater working efficiencies. Adopting/redefining working processes that reduce waste and eliminate/reduce non value adding tasks and functions . Classifying, Structuring and sharing useful information and data. Collaboration across all disciplines. Creating a single, repository or master source of data. Starting out with the end in mind… Smarter way of Working
- Imagine yourself in the vast woods of Sweden. Sweden is a sparsely populated country. With only 21 people per square kilometer, and the vast majority living in the larger cities, getting power to rural areas can be difficult and expensive. Therefore, aerial power lines through forested areas have been the norm for the past century. While aerial power lines are easier for suppliers to run and more cost-effective to build, they are exposed and vulnerable to severe weather <click-next-slide> So how do we identify the source of the disruption quickly, safely and in the most cost-effective way as possible? That’s where drone technology comes in. Rather than inspecting the lines using a limited number of expensive helicopters, they can instead send a larger number of less expensive drones from a remote location or control center.
- If service is interrupted by unexpected outages or downed power lines, suppliers must work quickly to restore power. So how do we identify the source of the disruption quickly, safely and in the most cost-effective way as possible? That’s where drone technology comes in. Rather than inspecting the lines using a limited number of expensive helicopters, they can instead send a larger number of less expensive drones from a remote location or control center.
- And it’s easy to see the added value of this. However, at IFS we took it a step further. IFS Labs has build a prototype where the actual imagery of the drone gets processed, in real-time, by computer image processing, and through the IFS IoT Business Connector gets fed into IFS Applications, where a work order gets created. Automatically and in the most optimized manner scheduled to the field engineer.