A presentation I gave to the Auckland Revit Users Group on my PhD research into improving digital architectural collaboration. The presentation summarises the key topics within my thesis Building Digital Bridges thesis.
Architectural Management & IDDS call for abstractsMatthijs Prins
The document announces a special session at the upcoming CIB World Building Congress 2013 in Brisbane, Australia focused on improving societal performance of architectural design through better integration and collaboration using information technology and knowledge management. It calls for abstracts on this topic related to integrated architectural design, design process integration and collaboration, and improving societal performance. The session is organized by CIB commissions W078 on IT for construction, W096 on architectural management, and W102 on information and knowledge management in building.
The document discusses a PhD research project that aims to understand how information communication technologies (ICT) influence the social networks of collaborative organizations and the diffusion of collaborative services. The research will involve three stages: 1) case studies of existing collaborative services on digital platforms, 2) participation in design projects for sustainable local development, and 3) design and application of a service design tool. The goal is to design a tool to help develop solutions that enable sustainable local development.
Turner Construction Company uses Building Information Modeling (BIM) and SMART interactive whiteboards to resolve unexpected construction issues digitally before they occur on site. This collaborative approach reduces scheduling delays and cost overruns. In a recent project, Turner saved the owner over $2 million by addressing issues virtually. Using BIM and SMART solutions has increased productivity across projects and allows remote team members to participate fully in coordination meetings.
The very nature of work, the way we work and where we work is changing. Businesses are reducing real estate, maximising the use of the space they have, increasing work from home and expecting their employees to adopt new practices from hot desking to unified communications. The need to collaborate with colleagues has never been greater, the pace of business has never been faster, and the pressures to be more productive are ever increasing. This white paper explores the drivers, need for change and case studies behind the technology solutions that are being deployed today to deliver collaborative solutions that fundamentally and permanently change the way we work.
PointInsight is a software designed to help organizations effectively manage issues that arise during projects. It facilitates focus, communication, and collaboration around issues. PointInsight links communications in a unified thread, enables issue teams to collaborate from any location, and allows tasks to be assigned and tracked. It provides flexibility to establish workflows, security, and visibility into issues across projects while respecting organizational structures and policies. The goal is to help organizations resolve issues faster through an integrated system for identifying, prioritizing, communicating, and documenting issues.
Freehand Drawing VS Transformed Digital DrawingMohd Syahmi
This document presents a preliminary study comparing freehand drawings to digitally transformed drawings. The author conducted a study using Photoshop to transform scanned freehand sketches into digital drawings with realistic materials.
The study involved three main steps: 1) Creating freehand line drawings through sketching, 2) Scanning drawings and finding material images online, 3) Using Photoshop to edit scans by adding materials with layers and effects.
Results showed transformed drawings maintained characteristics of freehand sketches while looking polished. A comparison found freehand drawings conveyed a sense of human imperfection while transformed drawings maintained this while adding realistic materials. The study provided a process for representing characteristics of freehand sketches in digital form.
Architectural Management & IDDS call for abstractsMatthijs Prins
The document announces a special session at the upcoming CIB World Building Congress 2013 in Brisbane, Australia focused on improving societal performance of architectural design through better integration and collaboration using information technology and knowledge management. It calls for abstracts on this topic related to integrated architectural design, design process integration and collaboration, and improving societal performance. The session is organized by CIB commissions W078 on IT for construction, W096 on architectural management, and W102 on information and knowledge management in building.
The document discusses a PhD research project that aims to understand how information communication technologies (ICT) influence the social networks of collaborative organizations and the diffusion of collaborative services. The research will involve three stages: 1) case studies of existing collaborative services on digital platforms, 2) participation in design projects for sustainable local development, and 3) design and application of a service design tool. The goal is to design a tool to help develop solutions that enable sustainable local development.
Turner Construction Company uses Building Information Modeling (BIM) and SMART interactive whiteboards to resolve unexpected construction issues digitally before they occur on site. This collaborative approach reduces scheduling delays and cost overruns. In a recent project, Turner saved the owner over $2 million by addressing issues virtually. Using BIM and SMART solutions has increased productivity across projects and allows remote team members to participate fully in coordination meetings.
The very nature of work, the way we work and where we work is changing. Businesses are reducing real estate, maximising the use of the space they have, increasing work from home and expecting their employees to adopt new practices from hot desking to unified communications. The need to collaborate with colleagues has never been greater, the pace of business has never been faster, and the pressures to be more productive are ever increasing. This white paper explores the drivers, need for change and case studies behind the technology solutions that are being deployed today to deliver collaborative solutions that fundamentally and permanently change the way we work.
PointInsight is a software designed to help organizations effectively manage issues that arise during projects. It facilitates focus, communication, and collaboration around issues. PointInsight links communications in a unified thread, enables issue teams to collaborate from any location, and allows tasks to be assigned and tracked. It provides flexibility to establish workflows, security, and visibility into issues across projects while respecting organizational structures and policies. The goal is to help organizations resolve issues faster through an integrated system for identifying, prioritizing, communicating, and documenting issues.
Freehand Drawing VS Transformed Digital DrawingMohd Syahmi
This document presents a preliminary study comparing freehand drawings to digitally transformed drawings. The author conducted a study using Photoshop to transform scanned freehand sketches into digital drawings with realistic materials.
The study involved three main steps: 1) Creating freehand line drawings through sketching, 2) Scanning drawings and finding material images online, 3) Using Photoshop to edit scans by adding materials with layers and effects.
Results showed transformed drawings maintained characteristics of freehand sketches while looking polished. A comparison found freehand drawings conveyed a sense of human imperfection while transformed drawings maintained this while adding realistic materials. The study provided a process for representing characteristics of freehand sketches in digital form.
Track 09 - New publishing and scientific communication ways:
Electronic edition, digital educational resources
Authors: Ana Catarina Silva and Maria Manuel Borges
https://www.youtube.com/watch?v=tAdQkqUYROo&list=PLboNOuyyzZ86iI_x9SRTfV1KlSRX9DcEc&index=5
Crowdsourcing and social media provide new opportunities for companies to engage customers. Social networks allow users to discuss, review, and generate knowledge about products. Companies can use crowdsourcing platforms and social media to gain insights, generate ideas from customers, and test products and promotions. While consumers are increasingly active online generating content and reviewing products, companies must tap into this potential through social media engagement.
EFQM Webinar - KNOWING 2.0 - Does Enterprise 2.0 Reveal The Next Generation O...Dada_Lin
This document is a presentation by Dada Lin from T-Systems Multimedia Solutions GmbH about whether Enterprise 2.0 reveals the next generation of knowledge management. The presentation discusses the basics of Web 2.0 and Enterprise 2.0, how Enterprise 2.0 differs from traditional knowledge management approaches, a demonstration of an Enterprise wiki called TeamWeb, and success factors for implementing a wiki. The conclusion is that while Enterprise 2.0 embraces a people-focused and web-based approach to knowledge work that differs from traditional top-down knowledge management, changing organizational culture is still a challenge to implementation.
Microsoft Windows Azure - 3M Launches Web Based Visual Attention in Manufactu...Microsoft Private Cloud
3M launched a web-based Visual Attention Service (VAS) using the Windows Azure platform to analyze how the human visual system responds to designs. The VAS application hosted on Windows Azure allows designers to upload images and receive near-instant feedback on what areas will attract viewer attention. This helps designers optimize designs to make the most of marketing dollars. Using Windows Azure provided 3M efficient deployment, lower costs due to pay-as-you-go pricing, and high scalability to serve global customers without separate data centers.
This article discusses an approach called interpretive structural modeling (ISM) that can help design teams create a shared narrative. ISM creates a graphic representation of the relationships between different elements in a complex design problem. This shared narrative or "story" helps teams span boundaries, improve collaboration, and stay aligned on progress as the design evolves. The process of creating a shared story through ISM is described as a way to engage both logical and creative thinking within design teams working on challenging problems.
Latching onto unity reflect to push rich bim data BIMEngus1
BIM Engineering US is a leading Building Information Technology solution service provider offering end to end solutions in Mechanical, Electrical, Plumbing and Fire Protection systems engineering, design and construction.
presentation by Paul Wilkinson to CIMCIG BIM conference, Building Centre, London WC1 on Wednesday 25 April 2012.
Presentation explains what BIM is (and isn't), and outlines why it has become important in 2012, as the UK construction industry looks to meet a UK Government BIM deadline by 2016.
From email to BIM: 20 years of construction collaboration technologiespwcom.co.uk Ltd
Paul Wilkinson gave a presentation on construction collaboration technologies ranging from email to BIM. He discussed how the industry has evolved from using paper and fax to online file sharing and extranets. BIM was introduced as going beyond 2D and 3D by including time, cost, and other project data. Wilkinson explained that BIM is an important process now being adopted in the UK to improve project delivery and reduce costs through more collaborative ways of working across the entire lifecycle of a project. OPEN BIM and BIM libraries were also mentioned as helping to improve interoperability.
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 provides an overview of the role of project managers in successful Building Information Modeling (BIM) processes. It discusses how project managers can manage the design and construction process to deliver successful BIM requirements. The document outlines an agenda covering the project manager's role in BIM, how to manage the design and construction process for BIM delivery, and the top 10 BIM tips for project managers. It emphasizes that project managers must understand change management, build trust among teams, and foster collaboration and innovation.
Building Information Modeling (BIM) in Industrial Projectsbestendm06
Our architects and engineers work in tandem with the internal consultants of other disciplines to provide an optimised design for industrial projects. Visit https://besten.in to know more.
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.
This document provides an overview of Building Information Modeling (BIM) including definitions, importance for construction managers, collaboration aspects, common misunderstandings, information models, the BIM process, execution plans, maturity levels, benefits, and its relationship to integrated project delivery and virtual design and construction. BIM is defined as a digital representation of physical and functional characteristics of a facility that serves as a shared knowledge resource for information over its lifecycle. The main objectives of BIM are to enhance project performance and produce better outcomes through improved communication and coordination.
Article #1 Common Challenges Faced in Building Information Modeling (BIM) Ado...ASPiREBiM Solutions
The document discusses common challenges faced in adopting Building Information Modeling (BIM) in the construction industry. It identifies five main challenges: 1) Lack of expertise, as most construction companies do not have qualified professionals trained in integrating BIM; 2) Lack of relevance and awareness of BIM, as many construction projects do not utilize modern practices; 3) Interoperability issues between different software programs and platforms used by stakeholders; 4) Constricted budgets that make it difficult for small and medium companies to invest in new technologies; 5) A reluctant or "old school" approach among industry professionals who resist new technologies and training. These challenges contribute to the slower than desired pace of BIM adoption in the construction sector.
This document discusses the benefits of 3D BIM modeling for engineering projects, specifically for hospital buildings. It provides an overview of how 3D BIM modeling allows architects and designers to visualize and experience designs in a virtual environment before construction. This enables issues to be identified early and designs to be modified efficiently. The document also reviews literature that demonstrates how 3D BIM modeling speeds up the design process, improves coordination and documentation, and facilitates cost estimation and scheduling. Revit is highlighted as a BIM software that further improves the design, drafting, and modeling process through precision and efficiency.
Virtual Reality (VR) technology offers potential benefits for creating authentic virtual environments for viewing projects like buildings and homes. This document discusses the basic definition of VR, its history and advantages/disadvantages. It also outlines that the report will discuss personal perspectives on research findings and potential opportunities for firms to invest in VR technology in the future. Cluster teams in design and construction phases can help increase organization and communication across specialties like mechanical, electrical and structural engineering. Automated safety rule checking in BIM models seeks to identify hazards and safety measures during design to prevent accidents during construction.
AUGMENTECHTURE - 3D Projection of Building Construction Floor Plan using Mark...vivatechijri
This document discusses using augmented reality technology to project 3D models of building construction floor plans. It begins by introducing the topic and importance of using AR for real-time visualization, better collaboration, increased safety, greater implementation of BIM, and delivering projects on time and budget. The methodology section outlines creating 2D floor plans, 3D models, and an Android application to allow users to visualize construction projects in AR. Partial implementation results are also shown.
This document provides an introduction to Building Information Modeling (BIM) and its relevance to audiovisual professionals. It discusses that BIM is a digital representation of physical and functional characteristics of a building that can be shared across stakeholders. BIM is becoming more important for AV professionals as buildings consume large resources, and the construction industry wastes over half of its money spent due to issues like change orders. BIM allows for more integrated project delivery to reduce waste. Traditional 2D drawings are insufficient for BIM which provides a data repository and ongoing model for a building's design, construction and maintenance information. Currently, Revit is a predominant BIM platform being adopted by architects and building owners leading BIM implementation.
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’.
Application of BIM and Construction Process Simulation using 5D BIM for Resid...IRJET Journal
The document discusses the application of 5D Building Information Modeling (BIM) for a residential building project. 5D BIM integrates 3D models, scheduling, and cost estimation to allow for construction process simulation. A case study of a proposed residential building is used to demonstrate the 5D BIM process. A 3D model was created in Autodesk Revit and schedule and cost estimates were prepared in Microsoft Project. These were then combined in Autodesk Navisworks to allow for simulation and visualization of the project over time and cost. The 5D model provides an integrated view of the project that is easier to use than separate documents and allows extraction of scheduling and cost information without referring to other sources.
Track 09 - New publishing and scientific communication ways:
Electronic edition, digital educational resources
Authors: Ana Catarina Silva and Maria Manuel Borges
https://www.youtube.com/watch?v=tAdQkqUYROo&list=PLboNOuyyzZ86iI_x9SRTfV1KlSRX9DcEc&index=5
Crowdsourcing and social media provide new opportunities for companies to engage customers. Social networks allow users to discuss, review, and generate knowledge about products. Companies can use crowdsourcing platforms and social media to gain insights, generate ideas from customers, and test products and promotions. While consumers are increasingly active online generating content and reviewing products, companies must tap into this potential through social media engagement.
EFQM Webinar - KNOWING 2.0 - Does Enterprise 2.0 Reveal The Next Generation O...Dada_Lin
This document is a presentation by Dada Lin from T-Systems Multimedia Solutions GmbH about whether Enterprise 2.0 reveals the next generation of knowledge management. The presentation discusses the basics of Web 2.0 and Enterprise 2.0, how Enterprise 2.0 differs from traditional knowledge management approaches, a demonstration of an Enterprise wiki called TeamWeb, and success factors for implementing a wiki. The conclusion is that while Enterprise 2.0 embraces a people-focused and web-based approach to knowledge work that differs from traditional top-down knowledge management, changing organizational culture is still a challenge to implementation.
Microsoft Windows Azure - 3M Launches Web Based Visual Attention in Manufactu...Microsoft Private Cloud
3M launched a web-based Visual Attention Service (VAS) using the Windows Azure platform to analyze how the human visual system responds to designs. The VAS application hosted on Windows Azure allows designers to upload images and receive near-instant feedback on what areas will attract viewer attention. This helps designers optimize designs to make the most of marketing dollars. Using Windows Azure provided 3M efficient deployment, lower costs due to pay-as-you-go pricing, and high scalability to serve global customers without separate data centers.
This article discusses an approach called interpretive structural modeling (ISM) that can help design teams create a shared narrative. ISM creates a graphic representation of the relationships between different elements in a complex design problem. This shared narrative or "story" helps teams span boundaries, improve collaboration, and stay aligned on progress as the design evolves. The process of creating a shared story through ISM is described as a way to engage both logical and creative thinking within design teams working on challenging problems.
Latching onto unity reflect to push rich bim data BIMEngus1
BIM Engineering US is a leading Building Information Technology solution service provider offering end to end solutions in Mechanical, Electrical, Plumbing and Fire Protection systems engineering, design and construction.
presentation by Paul Wilkinson to CIMCIG BIM conference, Building Centre, London WC1 on Wednesday 25 April 2012.
Presentation explains what BIM is (and isn't), and outlines why it has become important in 2012, as the UK construction industry looks to meet a UK Government BIM deadline by 2016.
From email to BIM: 20 years of construction collaboration technologiespwcom.co.uk Ltd
Paul Wilkinson gave a presentation on construction collaboration technologies ranging from email to BIM. He discussed how the industry has evolved from using paper and fax to online file sharing and extranets. BIM was introduced as going beyond 2D and 3D by including time, cost, and other project data. Wilkinson explained that BIM is an important process now being adopted in the UK to improve project delivery and reduce costs through more collaborative ways of working across the entire lifecycle of a project. OPEN BIM and BIM libraries were also mentioned as helping to improve interoperability.
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 provides an overview of the role of project managers in successful Building Information Modeling (BIM) processes. It discusses how project managers can manage the design and construction process to deliver successful BIM requirements. The document outlines an agenda covering the project manager's role in BIM, how to manage the design and construction process for BIM delivery, and the top 10 BIM tips for project managers. It emphasizes that project managers must understand change management, build trust among teams, and foster collaboration and innovation.
Building Information Modeling (BIM) in Industrial Projectsbestendm06
Our architects and engineers work in tandem with the internal consultants of other disciplines to provide an optimised design for industrial projects. Visit https://besten.in to know more.
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.
This document provides an overview of Building Information Modeling (BIM) including definitions, importance for construction managers, collaboration aspects, common misunderstandings, information models, the BIM process, execution plans, maturity levels, benefits, and its relationship to integrated project delivery and virtual design and construction. BIM is defined as a digital representation of physical and functional characteristics of a facility that serves as a shared knowledge resource for information over its lifecycle. The main objectives of BIM are to enhance project performance and produce better outcomes through improved communication and coordination.
Article #1 Common Challenges Faced in Building Information Modeling (BIM) Ado...ASPiREBiM Solutions
The document discusses common challenges faced in adopting Building Information Modeling (BIM) in the construction industry. It identifies five main challenges: 1) Lack of expertise, as most construction companies do not have qualified professionals trained in integrating BIM; 2) Lack of relevance and awareness of BIM, as many construction projects do not utilize modern practices; 3) Interoperability issues between different software programs and platforms used by stakeholders; 4) Constricted budgets that make it difficult for small and medium companies to invest in new technologies; 5) A reluctant or "old school" approach among industry professionals who resist new technologies and training. These challenges contribute to the slower than desired pace of BIM adoption in the construction sector.
This document discusses the benefits of 3D BIM modeling for engineering projects, specifically for hospital buildings. It provides an overview of how 3D BIM modeling allows architects and designers to visualize and experience designs in a virtual environment before construction. This enables issues to be identified early and designs to be modified efficiently. The document also reviews literature that demonstrates how 3D BIM modeling speeds up the design process, improves coordination and documentation, and facilitates cost estimation and scheduling. Revit is highlighted as a BIM software that further improves the design, drafting, and modeling process through precision and efficiency.
Virtual Reality (VR) technology offers potential benefits for creating authentic virtual environments for viewing projects like buildings and homes. This document discusses the basic definition of VR, its history and advantages/disadvantages. It also outlines that the report will discuss personal perspectives on research findings and potential opportunities for firms to invest in VR technology in the future. Cluster teams in design and construction phases can help increase organization and communication across specialties like mechanical, electrical and structural engineering. Automated safety rule checking in BIM models seeks to identify hazards and safety measures during design to prevent accidents during construction.
AUGMENTECHTURE - 3D Projection of Building Construction Floor Plan using Mark...vivatechijri
This document discusses using augmented reality technology to project 3D models of building construction floor plans. It begins by introducing the topic and importance of using AR for real-time visualization, better collaboration, increased safety, greater implementation of BIM, and delivering projects on time and budget. The methodology section outlines creating 2D floor plans, 3D models, and an Android application to allow users to visualize construction projects in AR. Partial implementation results are also shown.
This document provides an introduction to Building Information Modeling (BIM) and its relevance to audiovisual professionals. It discusses that BIM is a digital representation of physical and functional characteristics of a building that can be shared across stakeholders. BIM is becoming more important for AV professionals as buildings consume large resources, and the construction industry wastes over half of its money spent due to issues like change orders. BIM allows for more integrated project delivery to reduce waste. Traditional 2D drawings are insufficient for BIM which provides a data repository and ongoing model for a building's design, construction and maintenance information. Currently, Revit is a predominant BIM platform being adopted by architects and building owners leading BIM implementation.
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’.
Application of BIM and Construction Process Simulation using 5D BIM for Resid...IRJET Journal
The document discusses the application of 5D Building Information Modeling (BIM) for a residential building project. 5D BIM integrates 3D models, scheduling, and cost estimation to allow for construction process simulation. A case study of a proposed residential building is used to demonstrate the 5D BIM process. A 3D model was created in Autodesk Revit and schedule and cost estimates were prepared in Microsoft Project. These were then combined in Autodesk Navisworks to allow for simulation and visualization of the project over time and cost. The 5D model provides an integrated view of the project that is easier to use than separate documents and allows extraction of scheduling and cost information without referring to other sources.
Digital architecture manifesting an accurate virtual built environmenteSAT Journals
Abstract “God lives in details” – it be the aspect of an intricate construction detail or an attribute assigned to a 3D model, all it matters is
bringing out the most accurate interpretation of architect’s thought process. The best medium for communicating the virtually
manifested ideas from concepts to the analytical research can be “a visual”. Providing a visual in the form of a sketch, drawing,
perspective or an analytical report, used to depend only on the ability of manual presentation skills of the architect or designer.
The client’s provocation in knowing the possible outcome as realistic as possible validates the anticipations former to execution
igniting and intensifying the challenge of producing more accurate presentable visuals by an architect. Computer aided design
tools and certain software facilitates beautified, presentable, streamlined, accurate, professional interpretation of architects
ideas, manifested thought processes using many tools such as a drawing, logical or analytical simulators, etc. that contribute in
creating the virtual reality at its most possible accuracy levels. Software is a communicator of the resource capital of design, i.e.
“Architect’s idea”, and facilitates in visual perception of all the other stakeholders. The bits and bytes of various idea sparks by
an architect can be programmed on a logical platform with various software languages to produce a “visual” on the silicon
screen. Architectural design process is both common and unique for a student, academician, research anticipator or a
professional, ranging from concept to the final presentation outcome. This paper gives a consolidated account of various
softwares that can ease out the manifestations of thoughts on a digital platform for producing more accurate and presentable
interpretations.
Key Words: Architectural design, virtual reality, softwares, visuals, drawings, digital architecture, presentations,
sketches
Executive SummaryBuilding Information Modelling (BIM) is a modelli.docxelbanglis
Executive Summary
Building Information Modelling (BIM) is a modelling software defined by its unique approach towards building and construction. It is designed to operate through modelling technology which is comprised of multiple processes for production, communication, and analysis of building information and data models. The use of BIM is aimed at improving the efficiency of designing, construction and operation of buildings and other structures through information retrieval, 3D visualization, and integrated automated drawing production. BIM also helps in automatic detection of conflicts in data and information continuity, intelligent documentation, and the automation of material take. Despite the fact that there are several benefits associated with the use and application of BIM in the construction industry, there is a wide perception among stakeholders that it is not fully implemented as it should be due to factors such as the initial cost of implementation which is quite high and lack of client demand in the design and construction of buildings. These barriers act as a major hindrance towards the implementation of BIM on a wider scale. For the process to be more effective, clients need to have adequate knowledge and understanding on the application and benefits of BIM and the processes involved in the implementation. This research includes a detailed literature review on building designs and various application models including 2D models which have been used in the construction industry. A detailed analysis of the limitations of visualization, cost estimation, as well as consistency in information and data retrieval is also outlined in the paper. In addition, the challenges faced in building design and have been addressed using 3D models have also been addressed.
Table of Contents
Executive Summary 1
Introduction 4
Literature Review 6
The Original Design Model 6
Initial 2D CAD Method 6
Current Design Tools 7
Building Information Modelling (BIM) 7
The Concept used in BIM 8
The Maturity and Capability BIM Models 9
Aim(s) and Scope of the Project 9
Significance of the Project 10
Methodology 10
Research Gaps 11
Resources Requirements for BIM 11
Application of Building Information Modelling In the Construction Industry 11
Structural Information 13
Structural Design Process 13
Structural Workflows 13
Construction Analysis 14
Benefits of Building Information Modelling 14
a. Proper Coordination 15
Collaboration 16
Visualisation 17
Cost Estimation 18
Conclusion 19
Reference 22
Introduction
BIM modelling is a digital representation of both the physical and functional features of a building structure. With the increasing adoption of Information Technology (IT) within the construction industry, BIM is slowly become a very popular concept. It is capable of sharing data and information on particular facilities thus providing a reliable platform for informed decision making (Ibrahim, & Komali, 2018, p. 13). These details are critic ...
Executive SummaryBuilding Information Modelling (BIM) is a modelli.docxrhetttrevannion
Executive Summary
Building Information Modelling (BIM) is a modelling software defined by its unique approach towards building and construction. It is designed to operate through modelling technology which is comprised of multiple processes for production, communication, and analysis of building information and data models. The use of BIM is aimed at improving the efficiency of designing, construction and operation of buildings and other structures through information retrieval, 3D visualization, and integrated automated drawing production. BIM also helps in automatic detection of conflicts in data and information continuity, intelligent documentation, and the automation of material take. Despite the fact that there are several benefits associated with the use and application of BIM in the construction industry, there is a wide perception among stakeholders that it is not fully implemented as it should be due to factors such as the initial cost of implementation which is quite high and lack of client demand in the design and construction of buildings. These barriers act as a major hindrance towards the implementation of BIM on a wider scale. For the process to be more effective, clients need to have adequate knowledge and understanding on the application and benefits of BIM and the processes involved in the implementation. This research includes a detailed literature review on building designs and various application models including 2D models which have been used in the construction industry. A detailed analysis of the limitations of visualization, cost estimation, as well as consistency in information and data retrieval is also outlined in the paper. In addition, the challenges faced in building design and have been addressed using 3D models have also been addressed.
Table of Contents
Executive Summary 1
Introduction 4
Literature Review 6
The Original Design Model 6
Initial 2D CAD Method 6
Current Design Tools 7
Building Information Modelling (BIM) 7
The Concept used in BIM 8
The Maturity and Capability BIM Models 9
Aim(s) and Scope of the Project 9
Significance of the Project 10
Methodology 10
Research Gaps 11
Resources Requirements for BIM 11
Application of Building Information Modelling In the Construction Industry 11
Structural Information 13
Structural Design Process 13
Structural Workflows 13
Construction Analysis 14
Benefits of Building Information Modelling 14
a. Proper Coordination 15
Collaboration 16
Visualisation 17
Cost Estimation 18
Conclusion 19
Reference 22
Introduction
BIM modelling is a digital representation of both the physical and functional features of a building structure. With the increasing adoption of Information Technology (IT) within the construction industry, BIM is slowly become a very popular concept. It is capable of sharing data and information on particular facilities thus providing a reliable platform for informed decision making (Ibrahim, & Komali, 2018, p. 13). These details are critic.
Rahul Shah, Head of BIM, Lend Lease Europe provides an introduction to BIM and an overview of Level 2 BIM and UK BIM standards.
Rahul has been using and implementing computer aided design (CAD) and BIM technologies in the architecture, engineering and construction industry for more than fourteen years in various roles. He has ‘BIM managed’ a variety of projects from small to large-scale and led efforts to migrate practices from 2D CAD to 3D BIM-based project delivery. Besides that he has done all the work you would expect of a Revit addict! In other words he has properly experienced BIM implementation and management first hand.
Similar to Auckland RUG - Building Digital Bridges (20)
Full-RAG: A modern architecture for hyper-personalizationZilliz
Mike Del Balso, CEO & Co-Founder at Tecton, presents "Full RAG," a novel approach to AI recommendation systems, aiming to push beyond the limitations of traditional models through a deep integration of contextual insights and real-time data, leveraging the Retrieval-Augmented Generation architecture. This talk will outline Full RAG's potential to significantly enhance personalization, address engineering challenges such as data management and model training, and introduce data enrichment with reranking as a key solution. Attendees will gain crucial insights into the importance of hyperpersonalization in AI, the capabilities of Full RAG for advanced personalization, and strategies for managing complex data integrations for deploying cutting-edge AI solutions.
Things to Consider When Choosing a Website Developer for your Website | FODUUFODUU
Choosing the right website developer is crucial for your business. This article covers essential factors to consider, including experience, portfolio, technical skills, communication, pricing, reputation & reviews, cost and budget considerations and post-launch support. Make an informed decision to ensure your website meets your business goals.
Monitoring and Managing Anomaly Detection on OpenShift.pdfTosin Akinosho
Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
1. Introduction to Anomaly Detection
- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
- Learn about edge computing and IoT, and how they enable real-time data processing and decision-making at the source.
3. What is ArgoCD?
- Discover ArgoCD, a declarative, GitOps continuous delivery tool for Kubernetes, and its role in deploying applications on edge devices.
4. Deployment Using ArgoCD for Edge Devices
- Step-by-step guide on deploying anomaly detection models on edge devices using ArgoCD.
5. Introduction to Apache Kafka and S3
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12. Jupyter Notebooks with Code Examples
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2. What will I cover?
• Enabling more effective digital collaboration.
• Collaboration challenges & Building Stories.
• Digital impediments to effective collaboration.
• BIM solves everything right?
• Project Information Clouds - Learning from the Web.
• The Principles of Hyperlinked Practice.
• Testing the Principles.
• Looking ahead.
3. Who am I?
• BArch and PhD in Architecture from VUW.
• Started I.T. consulting and software development
business in 2003.
• In 2011 Kerry, Alex and I founded Triptech.
• Our goal is to provide great I.T. advice and services
within the NZ building industry.
4. How is this relevant to you?
• Revit is a means to an end.
• The digital model is an island in a sea
of relationships and design issues.
• If bored ponder this:
How are Revit’s subscription costs
influencing your company’s overall
digital collaboration strategy
(if you have one)?
5. Goal: Google Googles
for architects
www.google.com
What is the state and design history of this part of the building?
6. Why? “Betterer” digital
collaboration
To make sense of the design information digitally stored
within email, images, CAD, BIM, documents, etc.
7. Thesis aim:
To promote more
effective collaboration
by improving access to
timely and relevant
project information
8. collaboration requires a more pragmatic approach, that appropriately applies cooperation,
coordination and collaboration to move the project forward and resolve design issues.
Why is collaboration a problem?
Figure 2.1: Diagram illustrating the hypothetical bene t of cooperation, coordination
and collaboration to architectural decision making and the e ort required to achieve
High
Effort to achieve Collaboration
Coordination
Cooperation
Low High
Benefit to architectural decision making
Figure 2.1 illustrates the theoretical effort required to achieve the three different forms of
architectural collaboration, and the implied benefit to the decision making process. For the
11. Participants do not understand
the justification behind decisions
www.graphicdesignblog.org
12. Time extremes restrict and
erode knowledge
Figure 3.5: The e ort/time relationship between BIM and traditional digital modelling
methods, relative to the cost of design changes (As found in: MacLeamy, 2010)
Cost of design changes
Effort
BIM Traditional
Ability to control cost
Prog Design Development Documentation Construction
Time
3.2.3. BIM in Practice
13. example, the students developed this understanding during the second half of the
semester in conjunction with members of the project team.
Idea: Building Stories can
• Recalling - The overall Building Story, which includes its component events,
activities and artefacts, is presented to relevant parties in a manner that can be easily
improve access to timely and
consumed. In the academic example, the students published their compiled Building
Stories to a public website where anyone with an internet connection could access it.
relevant information
Figure 4.1: The four phases of Building Story construction and utilisation
Recording Reflecting Rendering Recalling
Context Context Events Context Events
Story Story Story
Participants create and share Appreciate the overall process Identify significant events Expose to relevant parties in order
the activities and artefacts and the context of the project to flesh out in more detail to improve collective understanding
For the purposes of simplicity and completeness Heylighen, Martin and Cavallin
14. process. This circular pattern “means that there is no clear segregation between imaging,
presenting and testing, but a significant relationship in which each depends on the
other” (Schneider & Petzold, 2009, p. 207). Communication patterns which break these
Why? Building Stories
relationships harm the design process. The Building Story’s use of artefacts (imaging),
activities (presenting) and events (testing) reinforces this circular pattern (see Figure 2.5),
which leads to a more consistent, and therefore effective, collaborative design process.
reinforce the design process
Figure 2.5: Design as a circular process and its relationship to the events, activities and
artefacts within a Building Story
(Based on diagram in: Schneider & Petzold, 2009, p. 206)
Activities (Imaging)
Design Task
Experience
Thoughts & Ideas
Perception
Events (Testing)
Artifacts
Design Tools
Artifacts (Presenting)
33
15. What changes did the
digital migration bring?
• Boundless information transfer
• The overcoming of geographic and organisational
boundaries
• Virtually free communication
• More frequent interactions within the team
16. Problem: Coping with the influx
of information within a vacuum
• Information density
It is easier to send everything than what is needed
• Digital overload
An email has no perceived cost
• Distance
Trust and understanding is difficult to foster “virtually”
17. Problem: Inconsistent industry
adoption and digital fragmentation
Figure 3.9: The digital fragmentation caused by the technologies used within the project
team (As found in: Björk, 1995, p. 11)
Healing this digital fragmentation will require a new, more permeable layer of information,
19. Today what isn’t BIM?
• BIM can be product
• BIM can be a delivery process
• BIM can be an attitude to information
...so is a neat stack of pencil drawings BIM?
21. BIM is an Evolution
Figure 3.6: The adoption of BIM within projects
(As found in: Young, Jones & Bernstein, 2007, p. 11)
A recent Erabuild survey found that “BIM is used in around 20% of projects for architects
22. BIM is just Marketing
“After a bit of jawboning with Bentley’s
marketing folks, I got their agreement to use BIM
as the top-level descriptive term for their latest
design software. With Bentley and Autodesk both
humming the BIM tune, we’ve covered well over
80% of the USA market At an 80% tipping point,
the dominos should fall into place for the rest of
the market.”
Jerry Laiserin, 2002
23. BIM software archetypes
• BIM on the desktop
Revit, ArchiCAD, etc.
• BIM within the team
Revit Worksets, linked drawings
• BIM on the server
BIMServer, Graphisoft BIM Server
• ...BIM in the “Cloud”?
Do two buzzwords make a right?
27. within a project information cloud can be analysed using the concept of PageRank (Page,
Brin, Motwani & Winograd, 1998) to identify significant digital messages and resources.
This significance is based on how many hyperlinks within the project information cloud
Idea: Evolve our important role during the designof project
perception process.
link to a digital message or resource. Thus, if a large number of hyperlinks point to an
artefact, it is likely to have played an
information to be more like the Web...
Figure 4.2: The distributed nature of a project’s information cloud
Organisation Organisation
Organisation
75
28. and hyperlinks to relevant digital messages and resources within the cloud. This process of
highlighting digital artefacts within the project’s information cloud is illustrated in Figure
4.3. Wikis have been shown to be ideally suited to this task, because they allow the
..then wetocan constructoverview of a design-related event
interested parties collectively craft a comprehensive Building Stories
within Project Information Clouds
(Burry, Burrow, Amor & Burry, 2005).
Figure 4.3: Constructing a Building Story event within a project’s information cloud
Event
Building Story
Design information
Images and documents
Digital messages
Email and other messaging
Services
Digital models
BIM and CAD
Architectural
Documentation
PDF and DWF
Project timeline
4.2.3. The need for fundamental principles of Hyperlinked Practice
29. Getting there from here?
• There is no simple or single answer.
• It is a multi-faceted problem, with information,
process, legal and industry barriers to overcome.
• For my thesis I identified and tested a set of
principles that could guide technology decisions
towards this goal.
31. Situational awareness
Digital collaboration tools should integrate into the surrounding
environment, so that changes that may affect the project are
automatically recorded and presented to the team.
32. Ubiquity
The digital collaboration environment should be based on
commonly used processes and technologies, so that any team
member may access or contribute to the project’s digital record.
33. Comprehension
All team members should be capable of understanding the
purpose, implementation and operation of the project’s digital
collaboration tools, so that they can appropriately use them in
the recording of the design process.
34. Context sensitivity
Digital collaboration tools should understand and reflect the
organisation and current state of the project, so that team
members are presented with information that is relevant to the
design process and their role within it.
35. Emulative modularity
The recording and recalling of the design process should not
depend on a specific technology or party. Therefore, the digital
collaboration environment should be capable of being
reproduced or extended by a third-party.
36. Emotive semantics
The digital collaboration environment should not dictate the
semantic system used to record or reflect upon the design
process. Instead, the team should be able to define a
vocabulary that reflects the uniqueness of each project.
37. Decentralisation
The digital collaboration environment should respect the team’s
distributed nature and broad requirements, by not demanding
that the design process be recorded in a location that is difficult
to access, or controlled by a single party.
38. Validating the principles
• Need to demonstrate that a digital collaboration tool
that embodies these principles promotes access to
timely and relevant information.
• Two testing streams:
The Reasonate software prototype,
and thought experiments applied to emerging
communication tools.
39. Reasonate
• A software prototype that embodied the principles of
Hyperlinked Practice.
• Made predictions on collaboration behavior and
compared these to recorded actions.
• Tested the prototype within a Victoria University
architectural computing class.
40.
41.
42. functionality struggled to gain traction. Students had little content to publish during the
first week of testing, but by the third week the daily number of published posts had reached
a strong and relatively consistent level of approximately 16 per day (see Figure 8.10). The
Test results were extensively
tagging functionality was tested by students when it was introduced, but as illustrated in
analysed for patterns
Figure 8.11, it did not achieve the same level of consistent use.
Figure 8.10: The daily growth and running total of posts published to Reasonate
2000 200
Tutorial hand-in (20/3) Assignment 2 hand-in (1/6)
1750 175
Assignment 1 final hand-in (8/6)
1500 150
Growth in posts per day
Build-up to Assignment
Total number of posts
1 interim hand-in (15/5)
1250 125
1000 100
750 75
500 50
250 25
0 0
1/3 9/3 17/3 25/3 2/4 10/4 18/4 26/4 4/5 12/5 20/5 28/5 5/6 13/6
Date
Total number of posts Growth in posts per day Average overall growth
Figure 8.11: The daily growth and running total of tags created within Reasonate
43. dy_j_initi
dy_m_m alrenderdy_j_caddy_initial
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es dy_h_viz
great dy_pland plans ess
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not bad dy_h_re
start ivision
dy_powe nders
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not_a_pr nothing
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original standards plan progress
final cad yet dy_rend n
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44. Thought experiments
• Applied and discussed the principles to two
emerging communication technologies:
Social networking (Project Bluestreak) and
micro-blogging (Twitter).
• This led to discussions with Autodesk and a very
good post (if I may say so myself):
“Autodesk Beyond Desktop CAD & BIM”
http://stress-free.co.nz/autodesk_beyond_desktop_cad_and_bim
45. These tests demonstrated that
the principles are useful for:
• Guiding the development of new and existing digital
collaboration tools.
• Improving decision making around digital
collaboration strategy.
46. Where to next? A project aggregator
Timeline
Project
Architects Description Location, type
MSG MSG MSG MSG MSG
Client client@email.com
Architects employee1@architect.com RPY RPY
Connector employee2@architect.com
Engineer employee@engineer.com MSG
Consultant employee@consultant.com RPY RPY FWD MSG
Contractor manager@contractor.com RPY RPY
foreman@contractor.com Messages
glazier@subcontractor.com
Contractors
Connector
People
DWG DWG DWG
DOC XLS
Engineers JPG
JPG
JPG
JPG DOC
JPG JPG
JPG JPG DOC
JPG JPG
Files
Connector
Project Concept Development Consent
Construction
Aggregator
Brief Evaluation
Tags Contracts Documentation Problem
Client Wiki summary
Comment
Constraint: Messages between A+B
Constraint: People C, D, E Comment
Connector Constraint: Tagged F, G, H, I
Comment
Constraint: Files of type X Comment
Comment
Comment
Building Stories
47. You can wake up now...
• Thesis download:
http://stress-free.co.nz/files/thesis.pdf
• Twitter:
@triptechnz or @dharrisonnz
• If you would like to talk more contact us:
http://triptech.net