ArcDox Achieves ISO 19650-2 Certification

ArcDox is proud to announce that we have achieved the prestigious ISO 19650 certification, a significant milestone in our commitment to excellence in Building Information Modelling and information management. ISO 19650-2 is the international standard for organisation and digitization of information about buildings and civil engineering works, including building information modelling (BIM) – Information management using building information modelling – Part 2: Delivery phase of the assets. This certification underscores our dedication to the highest standards of quality and efficiency in the delivery phase of assets. 

Our Role in the Construction Industry

For over 15 years ArcDox has been providing comprehensive BIM and information management services to the entire construction industry. Our expertise extends across consultancy, support, production, and training services, ensuring that organizations, projects, and individuals can effectively implement BIM. In the certification process, ArcDox was thoroughly audited by the National Standards Authority of Ireland (NSAI) on our capabilities as an Appointing Party, Lead Appointing Party, and Appointed Party. This extensive evaluation is uncommon, highlighting the breadth and depth of our service offerings and our ability to meet the diverse needs of the construction industry.

Teamwork and Collaboration

The achievement of this certification is a testament to our internal teamwork processes and collaborative nature. Our team has consistently demonstrated exceptional coordination and communication, which are crucial elements in meeting the stringent requirements of ISO 19650.

Pat Slattery, Managing Director of ArcDox, highlights the significance of this accomplishment:

“This certification is a recognition of the hard work and dedication of our team. It validates our commitment to delivering top-tier BIM services and sets a benchmark for quality in the industry.”

Guiding the Industry

ArcDox is committed to sharing our knowledge and expertise with other companies aspiring to achieve ISO 19650-2 certification. We understand the challenges involved in this rigorous process and are well-positioned to offer guidance and support to help others meet these high standards.

Ryan Forde, BIM Manager at ArcDox, adds:

“Achieving ISO 19650 certification reflects our relentless pursuit of BIM excellence and our ability to meet our client’s information management needs. It reinforces our role as one of the leaders in the BIM industry.”

Conclusion

For ArcDox, the achievement of ISO 19650-2 certification is more than a milestone; it reflects our unwavering dedication to quality, innovation, and industry leadership. We are excited to continue providing exceptional BIM and information management services while also helping others achieve similar success.

How ArcDox Uses Holobuilder to Streamline Job Site Efficiency for Contractor Clients

In the fast-paced world of construction, managing the flow of information on job sites is critical. As a leader in BIM consultancy, ArcDox has embraced cutting-edge technology to bridge the gap between digital models and real-world conditions. One tool that has proven invaluable is Holobuilder—a platform that enables efficient and detailed site documentation through 360° photo captures. Here’s how ArcDox leverages Holobuilder to capture information seamlessly and ensure models stay true to site conditions.

Capturing Site Information with Precision

One of the biggest challenges for contractors is keeping up with the sheer volume of information on a construction site. Details about installations, construction progress, and spatial configurations can be easily lost or misinterpreted. Holobuilder offers a solution by allowing our team to capture every inch of a project in high-resolution 360° photos. With this technology, our team can document the current state of the site quickly and efficiently, creating a visual archive that can be referenced at any point in the project lifecycle.

The benefits of Holobuilder go beyond just photos. The platform’s intuitive interface and tagging features enable our team to layer critical information directly onto these visuals. Contractors can see precisely where issues arise, and team members can link photos directly to specific areas in the BIM model for a holistic view of both current progress and potential challenges.

Aligning Models to Reality

One of the primary goals in BIM is achieving alignment between digital models and the physical world. At ArcDox, we use Holobuilder as an essential verification tool, comparing site captures to the BIM model to identify discrepancies. This verification process is not only faster but also more thorough, as it allows our team to spot differences that might be overlooked with traditional methods. By aligning these 360° captures to the model, we can immediately identify whether installations meet the design specifications, ensuring quality control at every stage.

This alignment feature is particularly useful for contractors, who need to validate work completed by sub-contractors against the model. With Holobuilder, they can verify elements like pipework, duct installations, and structural elements without needing extensive, time-consuming measurements. Instead, they can pinpoint issues quickly, reducing rework and keeping the project on track.

Efficient Collaboration with Contractors

Using Holobuilder allows ArcDox to deliver high-quality insights to our contractor clients, enabling faster and more accurate decision-making. Since the platform is cloud-based, teams can access site data from anywhere, allowing for real-time collaboration and streamlined communication. Contractors can visualize exactly what’s happening on-site without needing to be physically present, which has proven invaluable for teams spread across various locations or those managing multiple projects at once.

With Holobuilder, contractors can gain insights into project progress, ensuring work aligns with the timeline and model requirements. By combining this digital platform with ArcDox’s expertise, contractors have a powerful tool to keep their projects on time and within budget.

Transforming Project Management for the Future

The use of Holobuilder has transformed how ArcDox interacts with job sites and contractor clients. Not only does it improve accuracy and efficiency, but it also fosters a collaborative, transparent approach to project management. By leveraging cutting-edge tools like Holobuilder, ArcDox helps ensure that the digital BIM model isn’t just a design artifact but a true reflection of the project as it evolves on-site.

For contractors looking to streamline their workflows and improve site accuracy, Holobuilder combined with ArcDox’s BIM expertise offers a powerful solution that’s reshaping the construction landscape. As the industry continues to adopt digital solutions, our clients can trust that ArcDox will always be at the forefront, finding new ways to make the job site more efficient and data-driven than ever before.

How ArcDox use Imerso for As-Built Conditions vs BIM Model Checks

ArcDox has embraced Imerso to enhance our Laser Scan vs BIM Model checking processes, driving efficiency and accuracy for our clients in construction and facilities management. Here’s a look at what Imerso can do and how ArcDox’s approach facilitates seamless collaboration and data transparency.

What Imerso Brings to the Arcdox Table

Imerso is a robust tool that streamlines quality assurance in construction by enabling precise comparisons between 3D laser scans and BIM models. Some of Imerso’s core capabilities include:

  1. Automated Model Comparison
    Imerso aligns laser scans with BIM models, automating the detection of discrepancies, deviations, and any construction issues in real time.
  2. Color-Coded Visuals for Clarity
    Using color-coded heatmaps and visual indicators, Imerso highlights areas of concern, such as surfaces that don’t align with the model, making it easy for teams to spot discrepancies.
  3. Accurate Measurements and Tolerance Checks
    Imerso offers detailed measurement tools and lets users set tolerance levels, ensuring accuracy down to a millimeter and minimizing rework or potential costly project delays.
  4. Reporting and Documentation
    The platform provides customizable reports and dashboards, allowing stakeholders to easily track project progress and issues identified during the scans.

ArcDox’s Process: Collaboration for As-Built Delivery 

At ArcDox, we use Imerso to support collaborative, client-focused outcomes. Here’s how we work with surveyors and clients to ensure precision:

  1. Streamlined Scan Uploads
    We enable our surveyor partners to upload laser scan files directly into Imerso. This direct upload saves time and ensures the data is available to ArcDox immediately.
  2. Instant Findings and Reporting
    Once the scans are uploaded, ArcDox uses Imerso’s analysis features to identify and document any issues between the scan and BIM model. We then generate reports and insights tailored to client needs, offering a clear understanding of current site conditions.
  3. Collaborative Insights
    With Imerso’s cloud-based platform, ArcDox can share findings instantly, allowing clients and project teams to view discrepancies and make informed decisions. This ensures ongoing collaboration and helps mitigate any issues before they impact the project timeline

 

Delivering Value to Clients with Imerso and ArcDox

By integrating Imerso into our workflow, ArcDox provides clients with accurate, real-time data on project progress. Our process enhances accountability, minimizes project risk, and strengthens collaboration across teams. The combination of Imerso’s technology and ArcDox’s expertise ensures that our clients receive precise, actionable insights that keep projects on track and within budget.

Exploring the New BS EN ISO 7817-1:2024: Level of Information Need Part 1: Concepts and Principles

Link to ISO 7817-1:2024 Building information modelling — Level of information need Part 1: Concepts and principles: https://www.iso.org/standard/82914.html

The new standard, published in July 2024, replaces the earlier BS EN 17412-1:2020, which dealt with BIM and the level of information need. The transition to BS EN ISO 7817-1:2024 reflects its adoption as an international standard, enhancing and updating the guidelines to align with ISO 19650 and incorporating minor updates to improve clarity and usability to industry.

BS EN 17412-1:2020 has been withdrawn from both NBS Publication Index and BSI knowledge webpages, superseded by BS EN ISO 7817-1:2024.

Objectives

The primary goal of BS EN ISO 7817-1:2024 is to standardize the concepts and principles surrounding the level of information required in BIM. It seeks to ensure that all stakeholders have a common understanding of the information needs at various stages of a project, thereby improving communication, efficiency, and project outcomes. By delineating clear requirements for the level of information, the standard aims to reduce ambiguity and foster more precise and effective collaboration within the construction industry.

Alignment with ISO 19650

BS EN ISO 7817-1:2024 aligns closely with the ISO 19650 series. While ISO 19650 provides the overarching guidelines for managing information throughout the life cycle of a built asset, BS EN ISO 7817-1:2024 delves deeper into specifying the level of information need, complementing the existing standards and enhancing their practical application.

Target Audience

This standard is designed for a broad spectrum of professionals within the construction and infrastructure sectors. It is particularly relevant for BIM managers, architects, engineers, project managers, and other stakeholders involved in the planning, design, construction, and maintenance of built assets. The standard provides a valuable resource for these professionals to ensure they are meeting the appropriate information requirements at each project stage.

Noteworthy Parts

  1. Clear Definitions: The standard provides precise definitions and explanations of key terms and concepts related to the level of information need, ensuring all stakeholders have a common understanding.
  2. Guidance on Information Levels: It offers detailed guidelines on the types and levels of information required at various stages of a project, from initial planning through to construction and maintenance.
  3. Implementation Framework: The standard outlines a structured framework for implementing the specified information levels within a BIM environment, including processes, responsibilities, and workflows.
  4. Integration with Existing Standards: It emphasizes the importance of aligning with and complementing other relevant standards, particularly ISO 19650, to ensure a cohesive and comprehensive approach to BIM.
  5. Examples and Case Studies: Practical examples and case studies are included to illustrate the application of the standard in real-world scenarios, helping practitioners understand and adopt the guidelines more effectively.

Conclusion

BS EN 17412-1:2020 has been withdrawn, so when referring to level of information need, you should use BS EN ISO 7817-1 which represents a significant advancement in the field of BIM, providing essential guidelines on the LOIN. By aligning with existing standards and offering clear, practical guidance, it aims to enhance the efficiency and effectiveness of BIM implementation internationally across the construction and infrastructure sectors. This standard is set to become a cornerstone for professionals striving to achieve better information management and project outcomes.

The New Era of BIM Objects: Exploring the BS EN ISO 22014:2024 Standard

The landscape of BIM continues to evolve, setting new benchmarks for the digital transformation of the AEC industry. The recent publication of the BS EN ISO 22014:2024 standard by the British Standards Institution (BSI) marks a significant milestone in this journey.

Understanding BS EN ISO 22014:2024

BS EN ISO 22014:2024 is a global standard detailing the requirements for creating, managing, and using BIM objects. These digital representations are essential for enhancing collaboration and efficiency throughout the lifecycle of a built asset, from design to operation.

Key Objectives

  • Standardization of BIM Objects: Harmonizes BIM object structure and content, ensuring consistency across software and projects to minimize discrepancies.
  • Enhanced Interoperability: Provides a common framework that improves interoperability between different BIM tools and systems, integrating various project aspects like architecture and MEP services.
  • Improved Data Quality: Emphasizes high-quality data for BIM objects, crucial for accurate decision-making and risk reduction during construction.
  • Support for Digital Twin Integration: Ensures BIM objects are compatible with digital twin platforms for real-time asset monitoring and management.

Core Components

  1. Data Structures and Templates: Defines guidelines for formatting geometric data, metadata, and object relationships, ensuring interoperability.
  2. Level of Information Need (LOIN): Specifies the required information for BIM objects at different project stages, facilitating accurate data flow.
  3. Classification Systems: Uses existing systems e.g., Uniclass, for systematic object categorization, aiding in information retrieval.
  4. Object Libraries: Promotes standardized object libraries as repositories of reusable BIM objects, saving time and improving consistency.

Understanding the Differences Between BS EN ISO 22014:2024 and the Superseded BS 8541 Series

  1. Unified Framework vs. Fragmented Standards: BS EN ISO 22014:2024: Combines all aspects of BIM object management (identification, classification, geometry, attributes, assemblies) into a single comprehensive standard. BS 8541 Series: Consisted of separate documents, each focusing on a different aspect, leading to potential implementation fragmentation.
  2. Enhanced Data Quality and Integration: BS EN ISO 22014:2024: Emphasizes high data quality with guidelines for accurate geometry, properties, and metadata, and integrates Level of Information Need (LOIN) for effective data management. BS 8541 Series: Focused on attributes but provided limited guidance on data quality and integration across the project lifecycle.
  3. Interoperability and Digital Twin Compatibility: BS EN ISO 22014:2024: Prioritizes interoperability between BIM tools and supports digital twin integration for real-time asset management. BS 8541 Series: Did not explicitly address interoperability or digital twin integration, reflecting earlier technological contexts.
  4. Simplified Compliance: BS EN ISO 22014:2024: Consolidates requirements into one standard, simplifying compliance and implementation. BS 8541 Series: Required adherence to multiple standards, complicating compliance and increasing the risk of gaps.
  5. International Alignment: BS EN ISO 22014:2024: Aligns with international BIM standards, facilitating global collaboration and consistency in international projects. BS 8541 Series: Primarily focused on the UK market, with limited alignment to international standards, potentially hindering global project integration.

In essence, BS EN ISO 22014:2024 provides a more cohesive, integrated, and modern approach to BIM object management compared to the older BS 8541 series, addressing current needs and future trends in the AEC industry.

Conclusion

The transition from the BS 8541 series to BS EN ISO 22014:2024 represents a significant advancement in the standardization of BIM objects. By offering a unified, comprehensive approach that enhances data quality, interoperability, and digital twin compatibility, BS EN ISO 22014:2024 addresses the limitations of the older standards and aligns with modern digital practices.

For the AEC industry, this means more efficient workflows, reduced costs, and improved collaboration, setting a new benchmark for BIM practices and paving the way for the digital future of construction and asset management.

Exploring Revit 2025: A BIM Consultant’s Perspective

This article aims to provide a balanced perspective on the release of Revit 2025, highlighting both its strengths and areas for improvement from the viewpoint of a BIM consultant.

In the fast-paced world of architecture, engineering, and construction (AEC), staying at the forefront of technology is crucial. So, when Autodesk announced the release of Revit 2025, the latest iteration of its flagship BIM software, BIM consultants everywhere sat up and took notice. As someone deeply embedded in the world of BIM consultancy, I’m excited to delve into the pros, cons, and potential improvements that Revit 2025 brings to the industry.

The Pros:

1. Enhanced Collaboration Tools: Revit 2025 introduces several new features geared towards improving collaboration among project stakeholders. From cloud-based model sharing to real-time co-authoring capabilities, these enhancements streamline communication and foster better teamwork, even across geographically dispersed teams.

2. Performance Boosts: One of the standout features of Revit 2025 is its improved performance. With faster loading times, smoother navigation, and quicker rendering, users can work more efficiently, reducing downtime and increasing productivity.

3. Expanded Interoperability: Interoperability has always been a pain point in the AEC industry, but Revit 2025 aims to change that. The latest version boasts improved compatibility with other software platforms commonly used in the industry, making it easier to exchange data and collaborate seamlessly throughout the project lifecycle.

4. Advanced BIM Capabilities: As BIM consultants, we’re always looking for ways to leverage technology to improve project outcomes. Revit 2025 doesn’t disappoint, with advanced BIM capabilities that allow for more accurate modelling, better analysis, and enhanced visualization, ultimately leading to better-informed design decisions.

The Cons:

1. Learning Curve: While Revit 2025 introduces several exciting new features, mastering them can be a daunting task. The software’s steep learning curve may pose a challenge for newcomers, requiring additional training and support to fully harness its capabilities.

2. Software Stability: With any new software release, there’s always the risk of bugs and stability issues. While Autodesk has undoubtedly put Revit 2025 through rigorous testing, some users may encounter unexpected glitches that disrupt their workflow.

3. Cost Considerations: For smaller firms or independent consultants, the cost of upgrading to Revit 2025 may be prohibitive. While the software’s advanced features justify the investment for many larger organizations, others may struggle to justify the expense, especially in the current economic climate.

Possible Improvements for the Industry:

1. Streamlined Workflows: One area where Revit 2025 could improve is in streamlining workflows. By identifying common pain points and introducing features specifically designed to address them, Autodesk can help BIM consultants work more efficiently and effectively.

2. Enhanced Training and Support: To overcome the learning curve associated with Revit 2025, Autodesk should invest in comprehensive training resources and ongoing support. By providing users with the knowledge and tools they need to succeed, they can maximize the software’s potential and drive greater adoption across the industry.

3. Continued Innovation: Finally, Autodesk should continue to push the boundaries of what’s possible with BIM technology. By listening to feedback from users and staying ahead of emerging trends, they can ensure that future releases of Revit continue to meet the evolving needs of BIM consultants and the AEC industry.

In conclusion, the release of Revit 2025 represents a significant milestone for BIM consultants everywhere. With its enhanced collaboration tools, improved performance, and advanced BIM capabilities, the latest version of Autodesk’s flagship software has the potential to revolutionize the way we design, build, and manage our built environment. While there are certainly some challenges to overcome, the future looks bright for BIM consultancy, thanks to the innovative tools and technologies that Revit 2025 brings to the table.

Navigating the Digital Construction Revolution: Staying Ahead of Industry Trends and Skills

While delivering an Autodesk Revit training course this week in ARCDOX, the topic of keeping up-to-date date with new software, and latest industry trends came up many times from the training participants. The following article is an expansion of some topics, thoughts and opinions that were discussed.

In today’s dynamic landscape, the construction industry is undergoing a digital revolution, and the key to thriving in this transformation is embracing new industry trends, software, and continually upgrading your skills. BIM and digital construction have emerged as powerful tools, revolutionizing the way projects are conceptualized, designed, and executed. Staying ahead of these trends and continuously learning new skills is not just beneficial, but imperative for professionals in the industry.

1. Embracing Change for Competitive Advantage

In an industry notorious for its traditional practices, adopting emerging trends and software gives you a competitive edge. BIM, for instance, offers a comprehensive and collaborative approach to construction projects, streamlining processes, minimizing errors, and enhancing project outcomes. By being an early adopter of BIM and similar technologies, you position yourself as a forward-thinking professional who’s ready to tackle the challenges of the future.

2. Enhancing Collaboration and Communication

BIM and digital construction are transforming project communication. The ability to visualize complex designs and plans in a digital environment facilitates clearer communication among stakeholders – from architects and engineers to contractors and clients. By staying informed about new software and trends, you can contribute to seamless collaboration, ensuring that every party is on the same page and working towards a common goal. Hopefully!

3. Future-Proofing Your Career

The construction landscape is evolving rapidly, with automation, AI, and sustainability becoming integral to the industry. Adapting to these changes requires continuous learning. By investing time in developing new skills related to BIM and digital construction, you future-proof your career. You become an asset to your company and those who you work with.

4. Meeting Client Expectations

Clients today are more informed and demanding than before. They expect projects to be completed faster, more efficiently, and with higher quality. BIM and digital construction can help meet these expectations by enabling precise planning, real-time project tracking, and accurate cost estimation. Your commitment to mastering these tools and software shows your own dedication to providing excellent client experiences and overall results.

5. Personal and Professional Growth

Continuous learning is a hallmark of successful professionals. The process of acquiring new skills and staying updated with trends not only benefits your career but also fosters personal growth. As you embrace challenges, adapt to new technologies, and expand your knowledge, you develop resilience and an innovative mindset that can be applied across various areas of life.

6. Learning Ecosystems and Networking Opportunities

The journey of staying ahead of industry trends and skills is not a solitary one. Engaging with learning ecosystems, attending training, workshops, webinars, and industry events opens the door to networking opportunities. Connecting with like-minded individuals, experts, and mentors not only accelerates your learning but also brings you to a broad range of different perspectives and valuable insights

Nurturing Work-Life Balance and Self-Care: A Journey to Thriving Amidst Change

In today’s fast-paced world, achieving a harmonious work-life balance and prioritizing self-care has become more important than ever before. As professionals, we often find ourselves caught in the web of demanding work schedules and personal commitments, leaving little time for ourselves. However, as we adapt to the changing landscape, particularly in light of the COVID-19 pandemic, it’s crucial to embrace the opportunities that arise, even in challenging circumstances.

This article aims to shed light on the significance of work-life balance and self-care, with a specific focus on individuals in the Irish construction industry who continue to predominately work from home.

Redefining Work-Life Balance

Traditionally, work-life balance referred to the separation between our professional and personal lives. However, the pandemic has blurred those boundaries, especially for those in the construction industry who transitioned to remote work. Instead of viewing this change as a hindrance, let us see it as an opportunity to redefine work-life balance. Embrace the flexibility that working from home offers, allowing you to integrate your personal and professional lives more seamlessly.

Create Boundaries

While working from home, it’s essential to establish clear boundaries between work and personal life. Set designated working hours and ensure that your family and friends understand and respect them. Likewise, create a dedicated workspace where you can focus and separate yourself from distractions. By setting boundaries, you’ll be able to allocate quality time to both your work and personal commitments.

Prioritize Self-Care

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Amidst the demands of the construction industry and remote work, self-care often takes a backseat. However, neglecting self-care can lead to burnout and diminished productivity. Make self-care a non-negotiable part of your routine. Prioritize activities such as exercise, meditation, hobbies, and spending quality time with loved ones. By investing in your well-being, you’ll be better equipped to handle the challenges that arise in your professional and personal life

 

 

 

 

 

 

 

Embrace Digital Tools and Connectivity

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Working remotely doesn’t mean you’re isolated. The construction industry thrives on collaboration and teamwork. Leverage digital tools and technologies to stay connected with your colleagues, clients, and industry peers. Virtual meetings, project management platforms, and communication tools can bridge the gap and foster a sense of community. Engaging with others in the industry will not only provide support but also help you stay updated on industry trends and best practices.

Seek Professional Development Opportunities

With the newfound flexibility of remote work, consider utilizing your extra time to invest in professional development. Take advantage of online courses, webinars, and virtual conferences to enhance your skills and knowledge. Upskilling not only benefits your career but also serves as a form of self-care. Nurturing your professional growth will boost your confidence and open doors to new opportunities in the construction industry.

Conclusion

In the dynamic landscape of the Irish construction industry, work-life balance and self-care play a pivotal role in achieving long-term success and personal well-being. By embracing the changes brought on by remote work, setting boundaries, prioritizing self-care, utilizing digital tools, and investing in professional development, individuals can create a fulfilling and sustainable work-life balance. Remember, your well-being is the foundation of your success, both personally and professionally. Embrace the journey of achieving work-life balance and self-care, and watch yourself thrive in the Irish construction industry and beyond.

The Importance of the Project Information Manager – (Part 03)

This is the third and final part of a short series of topics that relate to the importance of a Project Information Manager. The items discussed are from my own experiences on several projects varying in size function and scope. The topics I want to discuss have been documented quite well in the latest industry standards, but questions and confusion still emerge in discussions from time to time with different project stakeholders.

IM Tasks – Project Stages

The aim is to review the importance of information management, the duties, and responsibilities of the information manager and how tasks are managed and completed over the lifecycle of a project. As an overview, the IM’s role should be to work with the appointing party to facilitate and document the BIM process, in order to make projects more efficient from concept design though to facilities management. The BIM process can be as simple or as complicated as we want it to be. We prefer the simple approach, and using a traditional procurement route we have attempted to outline some of the tasks at different stages. I want to be clear that lots of these items such as capability assessments, TIDP’s etc can happen at multiple stages and multiple appointments and may change depending on the form or contract.

Stage 0 (Strategic Definition) – Government Soft Landings (GSL) & Information Manager (IM)

The Client appoints the IM. The IM, Client, and ideally the Design Lead should then review any lessons learned from previous projects (refer to Governments Soft Landings) and sets out the BIM Strategy for the project.

Stage 1 (Preparation and Brief) – Employer’s Information Requirements (EIR) & Model Production and Delivery Table (MPDT)

The IM produces the Employers Information Requirements (EIR); detailing the specific BIM requirements and inform the team what models are expected via a basic Model Production Delivery Table (MPDT).

Stage 2 (Concept Design) – BIM Execution Plan (BEP)

The IM produces the Pre- Contract BIM Execution Plan (BEP) with the Design Team. The BEP shows how the requirements of the EIR will be delivered. *A Common Data Environment (CDE) also needs to be established.

Stage 3 (Developed Design) Model Production and Delivery Table (MPDT) & BIM Competency Assessment (BCA)

Develop the Model Production Delivery Table (MPDT) to include; models required, when, by whom and the Level of Information Need expected. BIM Competency Assessment Forms are established to evaluate potential Contractors. Post-contract, it is suggested that the lead contractor should take responsibility for the information management. It may be prudent for the pre contract IM to be retained on the Client side in an advisory/monitoring role.

Stage 4 (Technical Design) – CDE, BIM Execution Plan (BEP), Master Information Delivery Plan (MIDP)

*The IM establishes the CDE for use by the entire Project Team, and then develops the Post Contract BEP to show how his Delivery Team will deliver the requirements of the EIR and include the Master Information Delivery Plan (MIDP)

Stage 5 (Construction) Project Information Model (PIM)

The IM federates the Project Information Model (PIM) by merging all of the models as required by the MPDT. Where models have been developed by a specialist (e.g. steelwork fabrication) these need to replace the Designer’s elements. *add clash detection

Stage 6 (Handover & Close out) – Asset Information Model (AIM)

The IM then creates the Asset Information Model (AIM) ready for handover to FM. The AIM should be a true graphical representation of that constructed or a digital twin. Add metadata for maintenance purposes as required by the MPDT.

The Unwritten Duties of the Information Manager

In the standards we can read upon all the different duties and responsibilities a person or team are expected to fulfil, but as with most things its not always that straightforward, there may be some things that are not necessarily written into a document. For example, you may need to have certain talents, or skills in order to make you carry out your duties successfully. I’m going to go through some items that I found to be quite important.

People Management

We have been talking about managing information, but the information gets created by people, so essential skill to have is in being able to coordinate and manage the collective efforts of other people in producing and managing the digital representation of a building. The key word there is PEOPLE, because to be an Information Manager you must like working with people, you must like helping people and solving potential problems, and you need to have enough technical knowledge and skill about buildings and infrastructure as well as the technology or BIM to be able to communicate with people, understand what is expected from people, and help them resolve any potential problems, or at the very least, know how to get them resolved. Emotional intelligence is key here being able to be patient, focused, professional and not letting people steer away from the main objective. You need confidence to speak to people and strength of character to confront and address problems early with the am of achieving a solution.

Fair but Firm

Any person on the appointing party and appointed party will tell you the number one focus is getting the building built on schedule on budget and as safely as possible, and this is true. Along the process of getting things done there will be some on the team who may see certain BIM requirements and protocols as a sort of annoyance, almost getting in the way, knowing it has to be done but leaving it until the last minute possibly due to time constraints or pressure. I don’t think like this, but there will be some who do and its important to be understanding to these kinds of people but also to be reassuring that everything we are doing is not to put up roadblocks but infact to streamline the process. Being fair but also to be firm is essential in this role.

Facilitator for Collaboration

Personally I feel that Communication and Coordination together is true collaboration which has an important role to play in managing information. There is lots of people involved in creating graphical and non-graphical project information and this has to be collaborated. The information manager needs to be a facilitator for effective communication, coordination and collaboration, theres several methods, requirements and duties written in the standards to help us achieve effective collaboration, but its to make sure that we stick to this collaborative way of working and avoid silo working process

Continuous Learning

A good information manager cannot become complacent and let things be the same, we are in the age of digital transformation where things update and change faster than we realise. The role requires you to monitor new trends and the potential for improvement on existing or current workflows and processes, to be able the test and develop new ways of doing things.

Who Should fulfil the Information Manager Role?

An analogy I can use is the manager of a Football Team. Since I was small, I’ve always been a big Chelsea fan, and Jose Mourinho was Chelsea’s most successful and most controversial manager. He wasn’t the world’s best footballer, but he was/is a great manager. As a great manager he ensures that each player on the team is playing their part. Making sure they know what to do, at the right time, in the right way, to win football matches, which is the result. While the manager is not required to play, he does need to be able to understand football, have great management skills and understand the function of the different players their strengths and weaknesses, statistics, and data to consistently win a football match

Technical Competency, is the ability to play football

Management Competency, is the ability to compose a consistently winning team

Should the role be undertaken inhouse or outsourced? That’s up for debate however Quite often the role of PIM is outsourced due to resourcing capacity. Teams occasionally cannot fulfil the role in house or possibly do not wish to. What we have seen before is that Individuals in existing job roles, now assigned information management activities may consider these secondary in importance to their usual role when particularly busy or under pressure. This risk needs to be recognized and managed. Recently we have seen an uptake in Appointing parties requesting the role is fulfilled by a third party, to avoid conflicts of interest amongst the appointed parties working on projects. We believe that having a BIM Consultant fulfilling this role is of benefit to all involved on the project, the consultancy should have the capability to deliver any training to team members and may have a better understanding of the process of information delivery in a BIM environment.

Thank you for reading, and keep an eye out for future articles.

The Importance of the Project Information Manager – (Part 02)

This is the second of a short series of topics that relate to the importance of a Project Information Manager. The items discussed are from my own experiences on several projects varying in size function and scope. The topics I want to discuss have been documented quite well in the latest industry standards, but questions and confusion still emerge in discussions from time to time with different project stakeholders.

The aim is to review the importance of information management, the duties, and responsibilities of the information manager and how tasks are managed and completed over the lifecycle of a project.

The Activities of Information Management

The information management function isn’t something that’s carried out by one person on a project its distributed across the different parties.
Client Information Manager
Project Information Manager – Design
Task Information Manager
Project Information Manager – Construction
Project Information Manager – Operations

We can refer to the PLAN-DO-CHECK-ACT process in relation to the management of information.

PLAN – What Information is required, Why is it required, who’s responsible for delivering it, when Is it required and where will it be delivered.
DO – The responsible party must produce the information
CHECK – 3 Checks will occur,

Task Information Manager – Internal checks
Overall Information Manager – Check information before submitting to client for acceptance.
Client Information Manager – Carry out their own checks before the information is published.

ACT – If information is incorrect it gets rejected, to avoid problems and delays.
The purpose of this rigorous procedure is to avoid delays, costs, and problems down the road. It’s not to make things more difficult it’s to make things better for everyone.


Image extracted from @ArcDox – BIM Coordinator Training Programme
I have extracted this diagram from the ARCDOX BIM Coordinator Programme (This 10hr online course is intended to give people who are looking at developing a career as BIM Coordinator, Manager, or participating in BIM projects, some practical guidance, advice and direction.

Do we need a Project Information Manager?

The short answer is YES.
There are several documents that define the need for an Information Manager for information management; Protocols such as the Construction Industry Council (CIC) BIM protocol require the appointment of a project information manager to set up and manage the common data environment (CDE). The information manager is a procedural gate-keeper, policing the common data environment to ensure that it follows the agreed protocol and that the data is secure

The CIC BIM protocol requires that the client appoints the information manager. This might be an internal appointment but is more likely to be a service provided by a tier 1 supplier. This appointment may change through the course of the project. For example, the lead designer or lead consultant may be the information manager during the early stages of the project, but the contractor may take on the role during construction.

In all projects the People, Processes, Technology and Data will play a major role, The PIM will be at the core of this catering to the creation, management and sharing of building data.

I do want to point out that the role of Project Information Manager as a separate role is not something ISO 19650 promotes but rather the ISO refers to the information management requirements as something each party (appointing party, lead appointed party, appointed party, project team, delivery team and task team) must deliver and the Information Management Assignment Matrix sets out who has responsibility.

Duties of the Project Information Manager

An information manager is appointed to ensure the appointing parties’ requirements as defined in the initial procurement documents are met. This will include coordinating, validating and essentially policing the BIM process and information management exchange protocols as the project develops overtime. Key responsibilities include model information compliance checks, clash detection, supply chain integration and managing the chosen common data environment.

Reporting is an important part of the role as it ensures the appointing and appointed parties are kept up to date with the project’s BIM requirements and expectations. None of the activities that the role entails involve design responsibility, this is a full managerial role, ensuring information exchange and collaborative working are facilitated in the project process.

Scope of Services (extracted from the CIC Outline Scope of Services for the Role of Project Information management)

  • Establish a Common Data Environment including processes and procedures to enable reliable information exchange between Project Team Members, the Employer and other parties
  • Establish, agree and implement the information structure and maintenance standards for the Information Model
  • Receive information into the Information Model in compliance with agreed processes and procedures.
  • Validate compliance with information requirements and advise on noncompliance
    Maintain the Information Model to meet integrity and security standards in compliance with the employer’s information requirement
  • Initiate, agree and implement the Project Information Plan and Asset Information Plan.
  • Enable integration of information within the Project Team and co-ordination of information by Design Lead
  • Agree formats for Project Outputs
  • Assist Project Team Members in assembling information for their Project Outputs
  • Support the implementation of the Project BIM protocol including updating the Appendices
  • Liaise with and co-operate with Project Team Members and the Employer in support of a collaborative working culture
  • Assist the Project Team Members in establishing information exchange processes

Thank you for reading. Part 03 to follow…