This document discusses using crowdsourcing and open standards to build a comprehensive building product information database. It proposes collecting product data directly from architects, engineers, and other AEC professionals as they do their daily work, rather than relying solely on manufacturers. If professionals spent just a few minutes each day adding and verifying product data, over time it could result in the most complete building product database, organized using open standards and built by the crowd.
When BIM tools and processes are combined with the desire to collaborate, the building design and construction project results are superior to projects using "traditional" methods. This presentation begins with a series of definitions and examples of BIM and includes a wide variety of projects where BIM saved the day for the team.
1) Building Information Modeling (BIM) is a process that generates and manages building data throughout the lifecycle of a construction project using 3D modeling software.
2) BIM allows all project stakeholders to visualize, simulate, and coordinate designs in real-time, improving productivity in design and construction.
3) BIM provides greater project insight through analysis of costs, schedules, and constructability which enables prompt response to changes and more efficient processes.
Bim For Construction And Maintenance Singapore 09 Oct30 Ari NassiAri Nassi
BIM can help reduce construction waste and improve building maintenance. During construction, BIM enables better design coordination to reduce errors and waste, directly communicates material requirements to reduce surplus, and supports industrialized building techniques. For maintenance, BIM provides a central database of building information to know system locations and conditions, facilitates information transfer from construction to maintenance teams, and allows monitoring and maintenance scheduling to improve building performance over its lifecycle.
In this presentation, a quick but comprehensive introduction to Building Information Modeling (BIM) is provided, aiming at showing the benefits of BIM for all the actors of a construction project.
BIM (Building Information Modeling) is a new digital approach to designing and building that replaces 2D drawings with a 3D model. It allows all stakeholders to visualize the project, integrate changes across disciplines, and resolve issues digitally. BIM supports Integrated Project Delivery by eliminating redundant tasks and improving communication. Implementing BIM involves using 3D modeling software to create accurate virtual representations, integrate changes, and export building data for estimating, scheduling, and fabrication. BIM enables architects to return to the role of master builder by managing the entire design and construction process through collaborative project management.
The document summarizes a presentation on MEP in BIM. The presentation agenda includes an introduction to BIM, platforms and interoperability, current and future legislation, and a conclusion. The introduction defines BIM and its uses, including coordination, clash detection, and facility management. It also discusses the paradigm shift in moving from 2D CAD to a collaborative 3D model. Platforms and interoperability explains how different software platforms interface and exchange data. Current legislation mandating BIM is discussed for the UAE, UK, and globally. Standards and guidelines for BIM implementation are also reviewed. The conclusion discusses new roles and responsibilities with BIM and addresses common misconceptions about BIM adoption.
Building Information Modeling (BIM) is a process for creating and managing information on a construction project across the project lifecycle. It involves creating a virtual 3D model of a building that contains both geometric and nongraphic data. Key benefits of BIM include improved design coordination, reduced construction conflicts and waste, more accurate cost estimation, and better project outcomes. BIM involves integrating parametric object-oriented building components within a 3D model and sharing this information collaboratively between stakeholders in a digital format. It allows for clash detection and simulations to optimize construction planning and operations.
When BIM tools and processes are combined with the desire to collaborate, the building design and construction project results are superior to projects using "traditional" methods. This presentation begins with a series of definitions and examples of BIM and includes a wide variety of projects where BIM saved the day for the team.
1) Building Information Modeling (BIM) is a process that generates and manages building data throughout the lifecycle of a construction project using 3D modeling software.
2) BIM allows all project stakeholders to visualize, simulate, and coordinate designs in real-time, improving productivity in design and construction.
3) BIM provides greater project insight through analysis of costs, schedules, and constructability which enables prompt response to changes and more efficient processes.
Bim For Construction And Maintenance Singapore 09 Oct30 Ari NassiAri Nassi
BIM can help reduce construction waste and improve building maintenance. During construction, BIM enables better design coordination to reduce errors and waste, directly communicates material requirements to reduce surplus, and supports industrialized building techniques. For maintenance, BIM provides a central database of building information to know system locations and conditions, facilitates information transfer from construction to maintenance teams, and allows monitoring and maintenance scheduling to improve building performance over its lifecycle.
In this presentation, a quick but comprehensive introduction to Building Information Modeling (BIM) is provided, aiming at showing the benefits of BIM for all the actors of a construction project.
BIM (Building Information Modeling) is a new digital approach to designing and building that replaces 2D drawings with a 3D model. It allows all stakeholders to visualize the project, integrate changes across disciplines, and resolve issues digitally. BIM supports Integrated Project Delivery by eliminating redundant tasks and improving communication. Implementing BIM involves using 3D modeling software to create accurate virtual representations, integrate changes, and export building data for estimating, scheduling, and fabrication. BIM enables architects to return to the role of master builder by managing the entire design and construction process through collaborative project management.
The document summarizes a presentation on MEP in BIM. The presentation agenda includes an introduction to BIM, platforms and interoperability, current and future legislation, and a conclusion. The introduction defines BIM and its uses, including coordination, clash detection, and facility management. It also discusses the paradigm shift in moving from 2D CAD to a collaborative 3D model. Platforms and interoperability explains how different software platforms interface and exchange data. Current legislation mandating BIM is discussed for the UAE, UK, and globally. Standards and guidelines for BIM implementation are also reviewed. The conclusion discusses new roles and responsibilities with BIM and addresses common misconceptions about BIM adoption.
Building Information Modeling (BIM) is a process for creating and managing information on a construction project across the project lifecycle. It involves creating a virtual 3D model of a building that contains both geometric and nongraphic data. Key benefits of BIM include improved design coordination, reduced construction conflicts and waste, more accurate cost estimation, and better project outcomes. BIM involves integrating parametric object-oriented building components within a 3D model and sharing this information collaboratively between stakeholders in a digital format. It allows for clash detection and simulations to optimize construction planning and operations.
Introduction to BIM - by Sagar Kagatharapiratedsoul
Mr. Sagar Kagathara gave a presentation on how Building Information Modeling (BIM) is changing the construction industry. He began with an introduction to BIM, explaining that a BIM model is a database rather than just drawings, and any changes made are automatically propagated through all representations. BIM is a process that helps optimize resources throughout an asset's lifecycle. Key benefits of BIM include visualization, clash detection and coordination to reduce rework, design optimization, accurate quantification, and facility management integration. Examples discussed included scan-to-BIM for as-built modeling and 4D simulations. Emerging technologies that go beyond BIM include cloud data access in the field, augmented reality, 3D printing
Role of Building Information Modelling in ConstructionAbhijeet Kulkarni
This project shows that how BIM is implemented in construction. In this project planning, analysis and designing of 2D and 3D plan on G+ 3 bungalows. Implementing the interior by the use of software’s. Scheduling of object and placing the material in the model should be operated carefully while making model. Analyzing the model means the loads acted on the structure finding how much load it can take. Dead load, live load, wind load is calculated or analyzed by the use of BIM to know how much load the structure can take. The MEP work means the mechanical, electrical, and plumbing work is designed and analyzed by BIM. Then the final stage means rendering and checking the model.
An overview on the main issues of the building industry and how the disruptive trend of Building Information Modeling (BIM) is changing the way buildings are designed and approached in general. BIM models and energy simulations were showcased.
Conference: Building Green 2013, Athens, GR
This document discusses green building information modeling (BIM) and sustainability. It begins with an agenda that includes construction, sustainable systems, environmental building performance simulation, problems in the construction industry, and what BIM is. It then discusses sustainable design principles and rating systems. BIM can help sustainability by allowing analysis of a building's energy usage, renewable energy systems, envelope systems, lighting, pollution levels, and more. BIM provides dynamic interactions of building sub-systems and helps reduce costs and time in construction projects.
The document discusses the use of Building Information Modeling (BIM) in construction management. It describes how BIM allows for 3D modeling of building components and their properties. It then outlines several key uses of BIM for construction managers, including visualization, coordination, prefabrication, construction planning and monitoring, cost estimation, and generating a record model. The document also presents two case studies, one of the MIT Kochi project, to illustrate real-world examples of how BIM benefits construction projects through improved visualization, coordination, planning and cost control.
Lezione del 17 dicembre 2015 dell'Ing. Konstantinos Gkoumas al Corso di Costruzioni Metalliche del Prof. Ing. Franco Bontempi, Facolta' di Ingegneria Civile e Industriale, Universita' degli Studi di Roma La Sapienza.
World Building Information Modeling (BIM) Market is Expected to Garner $11.7 ...Allied Market Research
Building Information Modeling (BIM), is a digital representation of a construction project, which can be used by architects, engineers and other construction professionals. It helps in planning, designing, constructing, operating and maintaining the diverse physical infrastructure coupled with speedy data exchange among the involved entities.
This document discusses how Building Information Modeling (BIM) was used to collaboratively design, build, and operate a sustainable primary school at a modest capital cost. BIM allowed all project stakeholders to work from a shared model, facilitating coordination and benchmarking against targets for low energy usage, utility bills, and carbon emissions. A full life cycle cost analysis demonstrated the long-term savings from reduced operational costs compared to the small increase in initial capital investment for high-performance building systems. By taking a holistic approach from design through facilities management, the school delivers sustainability solutions cost-effectively.
This document discusses Building Information Modeling (BIM) and its benefits throughout the different phases of a building's lifecycle. BIM is a process that involves creating and managing digital representations of physical and functional characteristics of buildings. The document outlines the history of BIM and explains how it supports integrated project teamwork and decision making from design through construction, operations, and management. Key software that supports BIM implementation is also mentioned.
The document discusses Building Information Modeling (BIM) and its potential benefits and challenges for the construction industry. BIM is a process that involves structured sharing and coordination of digital building information throughout the lifecycle. It can eliminate communication challenges and catalyze improvement. BIM is projected to reduce costs by up to 20%, improve sustainability, and increase efficiency. Potential benefits include faster processes, better design, cost control, and reduced change orders. However, adoption of new technology in construction has been slow and BIM faces challenges to widespread success.
Architype - Green BIM UK Perspective, NTU Taipei, 13 February 2014Elrond Burrell
Building Information Modelling (BIM) is rapidly becoming the industry standard in building design globally. The UK government has announced that all centrally procured constructions projects need to use BIM by 2016 and expect this to reduce capital cost and the carbon burden from the construction and operation of the built environment by 20%. In Taiwan, the Head of the Construction and Planning Agency (CPA) announce that Taiwan government will support BIM development in public policy.
Architype are leaders in the the field of Sustainable / Green Architecture and are earlier adopters of BIM in their green design processes, particularly with regard to delivering radical reductions in energy consumption & carbon emissions.
Elrond Burrell, Associate at Architype, was invited to present a UK perspective on Green BIM at the National Taiwan University in Taipei on 13 February 2014. The BIM meeting was hosted by Prof. Shang-Hsien (Patrick) Hsieh and held in the Civil Engineering Research Building
UK Government - Building A New World | NBS Breakfast Seminar (January 2017)The NBS
Mark Bew MBE, chairman of PSGC, Director at ECS and Chairman of Digital Built Britain and the UK BIM Task Group, joined NBS to present a breakfast seminar exploring the digital construction revolution. He showed how Level 2 BIM has started to reap massive rewards and how the road to Level 3 BIM and beyond is set to be even more challenging yet has the potential to unlock amazing potential to deliver better project outcomes.
Here are the key steps in a building simulation process using BIM:
1. Develop a detailed 3D model of the building design in BIM software such as Revit.
2. Export the BIM model in a format like IFC to import into building performance simulation software.
3. Run simulations to analyze energy use, daylighting, thermal comfort, airflow, structural performance and more.
4. Review simulation results and make design refinements in the BIM model.
5. Re-run simulations on design iterations to optimize building performance.
The process leverages the detailed building information in a BIM model to enable accurate and comprehensive building performance analysis early in the design process.
THE IMPACT OF BUILDING INFORMATION MODELLING (BIM) ON THE ARCHITECTURAL D...opemzy
1. Improve understanding of the architectural design process.
2. Understanding Building Information Modelling and its implication in design.
3. Designing with a ‘BIM Mindset’.
Topic: Streamlining BIM Workflow by Standardising Design Process
Speaker: Desmond Leung
Hong Kong Revit User Group
HKIBIM-CIC BIM Academic Papers Presentation and Showcase 2015
Date: 12-Dec-2015 (Sat)
Time: 1:30 p.m. to 4:30 p.m.
Venue: LT-02, IVE (Morrison Hill), 6 Oi Kwan Road. Wan Chai, Hong Kong
Organizer: The Hong Kong Institute of Building Information Modelling (HKIBIM)
Sponsor: Construction Industry Council (CIC)
Co-organizer:
Department of Land Surveying and Geo-Informatics, The Hong Kong Polytechnic University (PolyU)
Department of Civil and Environmental Engineering, The Hong Kong University of Science and Technology (HKUST)
Hong Kong Institute of Vocational Education (IVE)
Hong Kong Revit User Group (HKRUG)
Event Secretary:
Engineering Discipline In-service Training Office, Vocational Training Council (EDiTO)
Presentation by Mr. Lawrence K.W. CHUNG - Assistant Director of Housing (Development & Construction Division),
Housing Department, HKSAR Government
HKIPM‐HKIBIM Joint Conference: BIM in Project Management
Details of Conference
Date: 2‐Apr‐2014 (Wed)
Time: 2:00 pm – 5:00 pm
Venue: Chiang Chen Studio Theatre – The Hong Kong Polytechnic University
Organizers:
Hong Kong Institute of Project Management (HKIPM)
http://www.hkipm.org.hk/
The Hong Kong Institute of Building Information Modelling (HKIBIM)
http://www.hkibim.org
Sole Sponsor:
建造業議會 - Construction Industry Council
http://www.hkcic.org/
Presentation to Labs 21 about documenting LEED credits with BIM and how BIM should be an innovation in design credit for substational waste reduction when paired with direct digital fabrication.
0006-EUBIM-MGT-05-ARCADIS BIM White paper (English)Bram Mommers
1) BIM is defined as the processes and collaborative behaviors associated with creating and sharing object-oriented databases of an asset from its initial design through construction and eventual operation.
2) BIM provides significant advantages over traditional paper-based methods by enabling information sharing between project teams, improved coordination to reduce errors, and dynamic updates that reflect changes across the project documentation.
3) Examples of Arcadis projects demonstrate benefits of BIM including more efficient design processes, reduced project timelines through clashed detection and automatic updates, and improved collaboration between project stakeholders.
This document provides an overview of building information modeling (BIM). It begins by describing the current state of the architecture, engineering, and construction (AEC) industry as large and complex but fragmented, with many companies using different tools. It then defines BIM as an interoperable database where multiple models from different disciplines can interact. BIM allows for improved coordination, collaboration, and delivery of project information compared to traditional design processes. The document outlines some of the potential benefits and deliverables of using BIM, such as better cost control, fewer changes, and optimization of building performance.
Introduction to BIM - by Sagar Kagatharapiratedsoul
Mr. Sagar Kagathara gave a presentation on how Building Information Modeling (BIM) is changing the construction industry. He began with an introduction to BIM, explaining that a BIM model is a database rather than just drawings, and any changes made are automatically propagated through all representations. BIM is a process that helps optimize resources throughout an asset's lifecycle. Key benefits of BIM include visualization, clash detection and coordination to reduce rework, design optimization, accurate quantification, and facility management integration. Examples discussed included scan-to-BIM for as-built modeling and 4D simulations. Emerging technologies that go beyond BIM include cloud data access in the field, augmented reality, 3D printing
Role of Building Information Modelling in ConstructionAbhijeet Kulkarni
This project shows that how BIM is implemented in construction. In this project planning, analysis and designing of 2D and 3D plan on G+ 3 bungalows. Implementing the interior by the use of software’s. Scheduling of object and placing the material in the model should be operated carefully while making model. Analyzing the model means the loads acted on the structure finding how much load it can take. Dead load, live load, wind load is calculated or analyzed by the use of BIM to know how much load the structure can take. The MEP work means the mechanical, electrical, and plumbing work is designed and analyzed by BIM. Then the final stage means rendering and checking the model.
An overview on the main issues of the building industry and how the disruptive trend of Building Information Modeling (BIM) is changing the way buildings are designed and approached in general. BIM models and energy simulations were showcased.
Conference: Building Green 2013, Athens, GR
This document discusses green building information modeling (BIM) and sustainability. It begins with an agenda that includes construction, sustainable systems, environmental building performance simulation, problems in the construction industry, and what BIM is. It then discusses sustainable design principles and rating systems. BIM can help sustainability by allowing analysis of a building's energy usage, renewable energy systems, envelope systems, lighting, pollution levels, and more. BIM provides dynamic interactions of building sub-systems and helps reduce costs and time in construction projects.
The document discusses the use of Building Information Modeling (BIM) in construction management. It describes how BIM allows for 3D modeling of building components and their properties. It then outlines several key uses of BIM for construction managers, including visualization, coordination, prefabrication, construction planning and monitoring, cost estimation, and generating a record model. The document also presents two case studies, one of the MIT Kochi project, to illustrate real-world examples of how BIM benefits construction projects through improved visualization, coordination, planning and cost control.
Lezione del 17 dicembre 2015 dell'Ing. Konstantinos Gkoumas al Corso di Costruzioni Metalliche del Prof. Ing. Franco Bontempi, Facolta' di Ingegneria Civile e Industriale, Universita' degli Studi di Roma La Sapienza.
World Building Information Modeling (BIM) Market is Expected to Garner $11.7 ...Allied Market Research
Building Information Modeling (BIM), is a digital representation of a construction project, which can be used by architects, engineers and other construction professionals. It helps in planning, designing, constructing, operating and maintaining the diverse physical infrastructure coupled with speedy data exchange among the involved entities.
This document discusses how Building Information Modeling (BIM) was used to collaboratively design, build, and operate a sustainable primary school at a modest capital cost. BIM allowed all project stakeholders to work from a shared model, facilitating coordination and benchmarking against targets for low energy usage, utility bills, and carbon emissions. A full life cycle cost analysis demonstrated the long-term savings from reduced operational costs compared to the small increase in initial capital investment for high-performance building systems. By taking a holistic approach from design through facilities management, the school delivers sustainability solutions cost-effectively.
This document discusses Building Information Modeling (BIM) and its benefits throughout the different phases of a building's lifecycle. BIM is a process that involves creating and managing digital representations of physical and functional characteristics of buildings. The document outlines the history of BIM and explains how it supports integrated project teamwork and decision making from design through construction, operations, and management. Key software that supports BIM implementation is also mentioned.
The document discusses Building Information Modeling (BIM) and its potential benefits and challenges for the construction industry. BIM is a process that involves structured sharing and coordination of digital building information throughout the lifecycle. It can eliminate communication challenges and catalyze improvement. BIM is projected to reduce costs by up to 20%, improve sustainability, and increase efficiency. Potential benefits include faster processes, better design, cost control, and reduced change orders. However, adoption of new technology in construction has been slow and BIM faces challenges to widespread success.
Architype - Green BIM UK Perspective, NTU Taipei, 13 February 2014Elrond Burrell
Building Information Modelling (BIM) is rapidly becoming the industry standard in building design globally. The UK government has announced that all centrally procured constructions projects need to use BIM by 2016 and expect this to reduce capital cost and the carbon burden from the construction and operation of the built environment by 20%. In Taiwan, the Head of the Construction and Planning Agency (CPA) announce that Taiwan government will support BIM development in public policy.
Architype are leaders in the the field of Sustainable / Green Architecture and are earlier adopters of BIM in their green design processes, particularly with regard to delivering radical reductions in energy consumption & carbon emissions.
Elrond Burrell, Associate at Architype, was invited to present a UK perspective on Green BIM at the National Taiwan University in Taipei on 13 February 2014. The BIM meeting was hosted by Prof. Shang-Hsien (Patrick) Hsieh and held in the Civil Engineering Research Building
UK Government - Building A New World | NBS Breakfast Seminar (January 2017)The NBS
Mark Bew MBE, chairman of PSGC, Director at ECS and Chairman of Digital Built Britain and the UK BIM Task Group, joined NBS to present a breakfast seminar exploring the digital construction revolution. He showed how Level 2 BIM has started to reap massive rewards and how the road to Level 3 BIM and beyond is set to be even more challenging yet has the potential to unlock amazing potential to deliver better project outcomes.
Here are the key steps in a building simulation process using BIM:
1. Develop a detailed 3D model of the building design in BIM software such as Revit.
2. Export the BIM model in a format like IFC to import into building performance simulation software.
3. Run simulations to analyze energy use, daylighting, thermal comfort, airflow, structural performance and more.
4. Review simulation results and make design refinements in the BIM model.
5. Re-run simulations on design iterations to optimize building performance.
The process leverages the detailed building information in a BIM model to enable accurate and comprehensive building performance analysis early in the design process.
THE IMPACT OF BUILDING INFORMATION MODELLING (BIM) ON THE ARCHITECTURAL D...opemzy
1. Improve understanding of the architectural design process.
2. Understanding Building Information Modelling and its implication in design.
3. Designing with a ‘BIM Mindset’.
Topic: Streamlining BIM Workflow by Standardising Design Process
Speaker: Desmond Leung
Hong Kong Revit User Group
HKIBIM-CIC BIM Academic Papers Presentation and Showcase 2015
Date: 12-Dec-2015 (Sat)
Time: 1:30 p.m. to 4:30 p.m.
Venue: LT-02, IVE (Morrison Hill), 6 Oi Kwan Road. Wan Chai, Hong Kong
Organizer: The Hong Kong Institute of Building Information Modelling (HKIBIM)
Sponsor: Construction Industry Council (CIC)
Co-organizer:
Department of Land Surveying and Geo-Informatics, The Hong Kong Polytechnic University (PolyU)
Department of Civil and Environmental Engineering, The Hong Kong University of Science and Technology (HKUST)
Hong Kong Institute of Vocational Education (IVE)
Hong Kong Revit User Group (HKRUG)
Event Secretary:
Engineering Discipline In-service Training Office, Vocational Training Council (EDiTO)
Presentation by Mr. Lawrence K.W. CHUNG - Assistant Director of Housing (Development & Construction Division),
Housing Department, HKSAR Government
HKIPM‐HKIBIM Joint Conference: BIM in Project Management
Details of Conference
Date: 2‐Apr‐2014 (Wed)
Time: 2:00 pm – 5:00 pm
Venue: Chiang Chen Studio Theatre – The Hong Kong Polytechnic University
Organizers:
Hong Kong Institute of Project Management (HKIPM)
http://www.hkipm.org.hk/
The Hong Kong Institute of Building Information Modelling (HKIBIM)
http://www.hkibim.org
Sole Sponsor:
建造業議會 - Construction Industry Council
http://www.hkcic.org/
Presentation to Labs 21 about documenting LEED credits with BIM and how BIM should be an innovation in design credit for substational waste reduction when paired with direct digital fabrication.
0006-EUBIM-MGT-05-ARCADIS BIM White paper (English)Bram Mommers
1) BIM is defined as the processes and collaborative behaviors associated with creating and sharing object-oriented databases of an asset from its initial design through construction and eventual operation.
2) BIM provides significant advantages over traditional paper-based methods by enabling information sharing between project teams, improved coordination to reduce errors, and dynamic updates that reflect changes across the project documentation.
3) Examples of Arcadis projects demonstrate benefits of BIM including more efficient design processes, reduced project timelines through clashed detection and automatic updates, and improved collaboration between project stakeholders.
This document provides an overview of building information modeling (BIM). It begins by describing the current state of the architecture, engineering, and construction (AEC) industry as large and complex but fragmented, with many companies using different tools. It then defines BIM as an interoperable database where multiple models from different disciplines can interact. BIM allows for improved coordination, collaboration, and delivery of project information compared to traditional design processes. The document outlines some of the potential benefits and deliverables of using BIM, such as better cost control, fewer changes, and optimization of building performance.
The document discusses MEP design processes and the use of BIM. It provides information on:
1) The key phases of MEP design including schematic design, detail design, construction and facility management.
2) How BIM can be utilized across the different phases from requirements management, energy simulations, coordination of models, and use of models in facility management.
3) The benefits of using combined models for coordination between disciplines and for construction.
This document provides an introduction to the role of a Quantity Surveyor (QS). It discusses that a QS calculates materials needed, manages construction costs, and works in private practice, for local authorities or contractors. A QS applies building economics at the planning stage, prepares bills of quantities from plans, analyzes tenders, and provides cost consulting. They are involved at various construction stages from estimating budgets to valuations. The document also discusses tenders, tender drawings, bills of quantities, construction drawings, and common building materials.
We are an independent firm of Project Managers and Quantity Surveyors based in Preston, UK that has 60 years of combined experience in client negotiation. We offer a range of services including project management, quantity surveying, employers agency, commercial consultancy, and CDM coordination. As a Quantity Surveyor, some of our key responsibilities include measuring quantities of construction materials, preparing bills of quantities and schedules, cost planning, and ensuring projects are delivered on budget.
This document provides approximate estimates for flyovers constructed at four different locations. It summarizes the key details of each flyover project such as location, client, contractor, scope of work, cost, duration, progress, resources used, and per meter cost. The average cost per meter of the flyovers according to the estimates given is Rs. 5,37,635.
O'Reilly eBook: Creating a Data-Driven Enterprise in Media | eubolrVasu S
An O'Reilly eBook about Creating a Data-Driven Enterprise in Media DataOps Insights from Comcast, Sling TV, and Turner Broadcasting.
https://www.qubole.com/resources/ebooks/ebook-creating-a-data-driven-enterprise-in-media
7 Signs of Maturing in Accessibility and InclusionJonathan Hassell
CSUN 2014 talk by Professor Jonathan Hassell describing models for assessing the maturity of accessibility practice - within organisations and in the field as a whole - discussing how they can be used to measure the maturing of the whole accessibility profession that shows signs of happening around us.
The Evolution of Interactive, Rich Digital Advertising (2012)Mike Zarcone
The document discusses the evolution of interactive, rich digital advertising from 1987 to the present. It begins with the introduction of graphical user interfaces and hypermedia tools on early Macintosh computers. It then covers the emergence of multimedia technologies, platforms, and file formats throughout the 1990s. Key developments included the introduction of Flash in 1996 and the growth of broadband internet in the 2000s, which enabled richer online video and mobile advertising. The document outlines changes in user experiences, advertising creative capabilities, and how advertisers can now optimize campaigns for different audiences and devices.
The document summarizes the 2015 State of the Commons report by Creative Commons. It highlights that over 1 billion works were shared using Creative Commons licenses in 2015, tripling since 2006. Creative Commons licenses are now available in 34 languages and used on major platforms like Wikipedia. The report also outlines Creative Commons' role in supporting open education, open data, and open access to cultural works and scientific research.
2019 thoughts and research on the Construction Tech landscape, including: 3D Printing, Computer Vision, Construction Labor Marketplaces, and Construction Equipment & Material Marketplaces
The document discusses the trade show supplier ecosystem, both currently and looking towards the future. It defines an ecosystem as companies working cooperatively and competitively around new innovations to support products and customer needs. The US trade show ecosystem has evolved over time from local service firms in the early 1900s supporting fairs and expositions. Today's US $263 billion ecosystem includes over 11,000 annual trade shows across 10 broad supplier categories. Global ecosystems are more fractured and varied, though consolidation is occurring. Emerging challenges like technology, generational shifts, and demonstrating value will impact how the ecosystem functions going forward.
The document discusses the history of media shield laws in the U.S. and Hawaii. It argues that shield laws, which protect journalists from having to reveal confidential sources, are important to enhance First Amendment protections. Shield laws establish a privilege between journalists and their sources, similar to doctor-patient or lawyer-client privileges. This allows journalists to refuse subpoenas requiring them to identify sources or disclose unpublished information in court. The document will examine the pros and cons of shield laws and their need and importance in Hawaii.
Griffin & Company's Portfolio of Recent WorkGriffin_Co
This document provides examples of work completed by a public relations firm in 2015. It summarizes recent feature stories, case studies, collateral materials, and national awareness campaigns created for clients in various industries. Examples include 175 feature stories placed in media outlets, case studies on commercial HVAC installations, product catalogs and profiles, and a national contractor outreach program for one client reaching over 3,600 professionals.
Lance Walter, CMO of Neo4j, gave a presentation on graphs at the Neo4j GraphTour in Toronto on June 25, 2019. The agenda included an introduction to graphs, the current state of graph databases, and the future of graphs. Common use cases for graph databases discussed were fraud detection, recommendations, network operations, data management, and identity access management. It was noted that over 25% of enterprises will be using graph databases by 2017 according to Forrester, and over 50% of enterprises were using them by 2017. The popularity and usage of graph databases is increasing significantly.
Day TWO BTO2017 | TEN
Giovedì 30 novembre
WORLD Hall
The way to innovate
http://www.buytourismonline.com
Keynote Speaker
Olaf Slater Sabre
Talkback
Fernando Olivera Snapshot
Moderator
Mirko Lalli Travel Appeal
The keynote presentation covered four major technology trends: cloud computing, social media and networking, mobility, and green technology/alternative energy. The presentation also discussed lessons learned over the past 10 years and what the speaker would do differently, such as developing more recurring revenue streams, focusing on retaining top talent, and being more globally aware and entrepreneurial.
This document reports on business models for the 3D ICONS project, which digitized icons of European architectural and archaeological heritage. It discusses the core business activity of creating 3D models and metadata for distribution through Europeana. It also covers intellectual property rights schemes, cost analysis, sustainability, models of best practice, and the European legal context regarding digital cultural content. The 3D ICONS business model aims to make 3D assets publicly accessible through Europeana while also allowing commercial opportunities through various licensing schemes.
Avoiding the Digital Death Spiral: Surviving & Thriving through understanding...Simon Tanner
Simon will consider how we can use a deeper understanding of value and impact to survive in an ever more competitive and confusing digital landscape. How do the cultural, heritage or creative sectors cope with the twin challenges of meeting the public desire for digital content whilst maintaining their curatorial responsibilities within what could be considered an unfunded mandate? Simon will investigate the values and benefits of digital with a consideration of the risks we face in what he refers to as the Digital Death Spiral. Simon will propose one solution in particular, The Balanced Value Impact Model (BVI Model) that he has recently developed. The BVI Model draws evidence from a wide range of sources to provide a compelling account of the means of measuring the impact of digital resources and using evidence to advocate how change benefits people. Simon will argue that putting people at the centre of our strategic thinking is both the most challenging and satisfying action we can take in securing our digital futures.
Empowering citizens to turn them into co-creatorsof demand-driven public services. CO-CREATION methodology, supporting platform and tools. Ecosystem of co-created artefacts. Open Government enablling
Newsroom of-the-future Workflows Digital transformation DiscussionTim Jones
This document discusses building the newsroom of the future using cloud technologies. It notes that news organizations need agility to scale up and down quickly as digital trends have disrupted broadcast news. The cloud can provide advantages like accessibility from anywhere, cognitive services to enrich stories, cost control, and disaster recovery. The document proposes a path to an MVP/pilot program to test cloud-based workflows and prioritize a roadmap. Key stakeholders should be involved, including IT, operations, producers and reporters. Building the newsroom of the future in the cloud could enhance and accelerate news production.
We've come to the end of a fantastic year and have been working with new exciting clients, as well as growing our relationship with some of our existing wonderful clients. The team we have are brilliant! Onwards to 2019!
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NWU Now and Next - 2014 - Marc Goldman - 081414 - Sml
1. Hi – I’m Marc Goldman, Director of Strategy for TBBN.
Make some joke about the long title…
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2. 2
Flashback 300 years - 1714 –
British Board of Longitude, seeking a solution to measure longitude accurately (within 50
miles!), in an effort to reduce the thousands of deaths caused due to near-land shipwrecks
The Board of Longitute launched a Crowd source campaign with an award of 20,000 British
Pounds – roughly 7mil US in today’s dollars.
3. 3
John Harrison - a woodworker turned clock-maker designed, built and demonstrated a series
of machines that
6. 6
At sea, you can tell the time by looking at the position of the sun.
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If you then knew the time in a distant place with known longitude…
A fixed place in Greenwhich England, –
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You could use the difference in time to calculate your own longitude.
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. Each four minutes of difference translated into one degree difference in longitude.
Crowd and community sourcing led to the invention and creation of the Marine Pocket Clock –
Crowd and community sourcing helped to solve what was considered an almost unsolvable
problem.
10. Many people believe this was the first public crowd or community source project.
10
11. More recently, the Toyota Logo Contest – over 27,000 entries were received in 1936 when the
Toyota company held their crowdsource logo contest – the winning design has the three
Japanese katakana letters for “Toyoda”
11
12. The Sydney Opera House – One of over 200 entries for the international design competition.
The story goes that during the judging of the competition one of the judges, renowned
American architect, Eero Saarinen, arrived in Sydney after the other three judges had started
assessing the entries. He looked through their rejected entries and stopped at the Utzon
design, declaring it to be outstanding.
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13. Wikipedia – A Crowd source and Open Source example of information and knowledge
collection.
13
14. American Idol – The first US entry into crowdsourcing contests that aim to produce an album,
a cook book or a superstar (along with entertainment for 1 billion plus people).
14
15. YouTube – By far, the largest collection of video content – searchable, sortable, personalized
and more. Crowd and Community sourced content.
15
16. And not long after that, the term “Crowdsourcing” was coined.
All examples of Crowd and Community Sourcing. Coordinating a CROWD to do MICRO-
WORK that solves PROBLEMS.
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Back to Wikipedia - Crowdsourced by the very nature of you or I having permission and rights
to add new content and edit the live content of this amazing source of information and
knowledge. And Wikipedia itself is built on a free open source WIKI platform and various open
source technologies.
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A number of open source solutions you might be familiar include Apache Solr, Sugar, Java and
eXo – these and other open source platforms drive various current and future offerings from
The Blue Book, where we manage, index, deliver, process and curate data for over a million
AEC company listings, 120,000 commercial construction projects annually, with complete
document sets which we privately deliver over 4,000,000 messages per month related to that
stream of projects.
We rely heavily on Open Source to allow us to be innovative and agile as we deliver
technology and information for the AEC industry.
19. We also rely on, and work closely with various Open Standards working towards the goal of
contributing to the definition and implementation of information.
19
20. Throughout this conference this stage will be shared by the experts and proponents of AEC
Open Standards. The usage and importance of these Open Standards has grown for our
industry over the years, and the usage and importance will only increase.
In fact, I see great opportunity for The Blue Book Network to embrace these Open Standards
even moreso as we work on solving New and Next business problems – whose solutions, I
believe presents a great opportunity to various AEC stakeholders – including hopefully you.
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21. 21
With those definitions as background and with that interesting story about a woodcrafter
inventing the pocket watch who was inspired by a crowdsource contest…
• I’ll move onto a business problem & opportunity that serves you, your firm and the industry
we love.
• I’ll get into technology and system architecture related to that opportunity
• We’ll come back around to Crowd sourcing, Open Source and Open Standards
• Give you an opportunity to get involved
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First - Quick show of hands – Who is familiar with The Blue Book Network?
You probably know us for our print and online directory and database of the companies & the
people of Architecture, Engineering and Construction. We’ve been collecting, categorizing,
qualifying, curating and serving this information to the AEC industry for 100 years. Today, our
database is comprised of over 1 and a half million entries with a depth, breadth and richness
of information unequalred.
For more than 15 years we’ve been leveraging this data allowing contractors and owners to
be more productive in various project workflows. Last year we processed over 120,000
commercial construction projects with drawings and specs.
For the past 5 years we’ve applied many of these principles towards the Building Product
Manufacturer industry by indexing the millions and millions of pages and documents from the
15,000 websites of the North American manufacturers and the 10s of thousands distributors,
installers and supply chain related to those manufacturers.
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Currently, I’m leading our Product Information Division,
with the mission and goal of Delivering the most complete and accurate Sales & Marketing
Solutions For Building Product Manufacturers while significantly improving the workflows for
AEC professionals.
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Our mission to deliver information-based and data-rich solutions for Building Product
Manufacturers exists within the context of the building project timeline and workflow. A
workflow that begins at pre-project planning, moves through preliminary and final design and
moves onto contracts, procurement, construction and operations.
OUR MISSION TO DELIVER INFORMATION-BASED AND DATA-RICH SOLUTIONS FOR
BUILDING PRODUCT MANUFACTURERS SERVES THE MANUFACTURE:
*** CLICK ***
so they can help their stakeholders with estimating, value-engineering, product searching,
pricing, scheduling and ongoing program management.
*** CLICK ***
so they can help their internal and external sales, marketing and support organizations who
market, consult, aggregate, configure, fulfil and montitor product performance.
*** CLICK ***
so they advertise their products, deliver technical data (BIM & CAD), fulfil request for
clarificaiton, deliver submittals, shop-drawings and operating manuals & ongoing diagnostic
support information.
*** CLICK ***
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Nearly every manufacturer we work with, for that matter, every manufacturer whom I’ve
worked with in my 20+ years in the AEC industry struggles with this issue.
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They struggle to keep their brochures, spreadsheets, price-lists, CAD & BIM, and various
other Product Information sources up to date and available in a timely manner to their various
audiences.
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But what if someone with an expertise in information collection & organization could help that
manufacture.
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More specifically, what if that information could be organized and structured as a Building
Product Information Model?
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And what if we could do this for many, no ALL of the manufacturers in a profitable way,
because there is a great economy of scale with repeatable big-data problems such as this.
33. 33
What if we could deliver the attributes, performance characteristics and product artifacts in
tools, websites and digital workflow tools built by The Blue Book AND built by other software
and web services.
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We would be able to connect this data to digital workflows produced and monitored by The
Blue Book Network as well as 3rd parties
*** CLICK ***
We would be able to support 21st century capabilities, such as Facet-based Search – Amazon-
like search for Building Products.
*** CLICK ***
We would have a web service that connects product attributes and performance requirements
with Estimating and Take-off
*** CLICK ***
We would have be able to connect and integrate product information with Facility Management
workflows
*** CLICK ***
We would have an offering that allows BIM objects to stay light and lean by connecting with a
web-service that hold the attributes and performance information which can be heavy and
varies throughout the project lifecycle.
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Such an offering would allow for data to be collected not only related to the specific product,
but such an offering would allow data to be collected on product usage.
We could help the manufacture to better understand when, where and how their product
information was accessed. And we could convert this information into sales and marketing
solutions for the Manufacturer.
36. 36
This “self-fulfilling” information-based and data-rich service, funded by the Manufacturer would
deliver a wide range of End User Benefits, such as Product Search, Comparison, intergration
into Design & Spec tools, help with installation detailing and ongoing maintenance concerns.
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Something about Mfr solutions needs to go here
Business Intelligence
Firm + Project Leads
BI(M) Data Mgmt
Sales & Marketing Solutions
38. 38
From the AEC Practitioners point of view will deliver solutions that allow architects,
contractors, engineers and Facility Mgrs to FIND and ACT-ON product information!
• *** CLICK *** Data-driven websites – whether it’s the manufacturer’s websites;
aggregator’s websites like bpmselect.com; or even google, bing, etc. All would benefit from
a connection to a Building Product Info Service
• *** CLICK *** Visual product selection –
• *** CLICK *** Product Comparisons
• *** CLICK *** Specification Builder
• *** CLICK *** Submittal Packet Assistant
• *** CLICK *** Digital Product Library
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We can develop and deliver a much better way for the manufacturer to organize and present
their content & metadata. A solution that lets the Mfr manage and control their data in one
place, accessible in all their information-based services.
47. Provide an accessible, common, language independent, open standard-based structure for
organizing terminology so that access and exchange of information can occur between
applications, databases, processes and standards used across the facility life-cycle
A reference library intended to support improved interoperability in the building and
construction industry, and is one of the core components of the buildingSMART data
standards programme.
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50. Recall the many mfrs whose content need to be organized. Most industry sources state
approx. 15,000 mfrs serve the US AEC industry. We work hard to create business relationship
with these company.
However, none of those industry sources, including The Blue Book have customer relations
with more than 10% of those 15,000.
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51. So how does a company get the product info from the remaining 13,500 manufacturers
51
52. I believe from the consumers of the information. From the designers, specifiers, installers,
purchasing agents, submittal managers, facility managers, commissioning agents and other
AEC practitioners. From you.
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53. From surveys I’ve conducted and confirmed through independent research, AEC professionals
You spend 30 – 60% of your time seeking, finding, searching retrieving and organizing
Building Product Information. You store for immediate use and in some cases you organize it
and store it for future use. In a few, very few cases across the 100’s of thousands of
consumers of this information – you think about structuring or saving it in a solution that severs
your long-term needs.
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54. What if many of you spent just a few minutes as part of your research
Or, if some of you spent a 30 minutes every day…
Or if just a very very small group, spent ½ your day adding, editing or confirming the settings,
attributes, and performance data for the manufacturers products which you use.
What if you could do this in the context of your daily tasks?
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55. The result would be a the Most Complete and Accurate Building Product Database created
with Open Standards built by you.
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