Mastering ISO 19650: Future-Proof Your Career in BIM and Digital Construction
You're under pressure. Your firm is demanding faster project delivery, tighter compliance, and seamless digital integration. You’re expected to lead BIM coordination, manage information handover, and ensure standards compliance - but ISO 19650 still feels like a maze of abstract principles and complex jargon that no one truly *owns* You’re not alone. Hundreds of built environment professionals are stuck translating vague standards into real-world workflows, risking delays, audit failures, and missed promotions because they lack a structured, authoritative path through ISO 19650’s requirements. That’s why Mastering ISO 19650: Future-Proof Your Career in BIM and Digital Construction was built - not as another theory-heavy manual, but as your complete, step-by-step implementation system to go from confusion to certified confidence in 30 days. This course delivers a fully actionable strategy: a compliant, board-ready ISO 19650 implementation framework you can apply directly to your next project, complete with templates, role-specific workflows, and audit-proof documentation structures that stand up under scrutiny. Just like Sarah Lin, a BIM Manager in Manchester, who used this system to streamline her firm’s information management process, reduce file-handling errors by 78%, and secure a promotion within two months of completion. “I finally had the structure I needed to prove compliance, not just hope for it,” she said. Here’s how this course is structured to help you get there.Course Format & Delivery Details Self-Paced. On-Demand. Globally Accessible.
This course is designed for professionals who lead in real time, across time zones and workloads. You gain immediate online access the moment you enrol, with no fixed start dates, no weekly scheduling, and no deadlines beyond your own goals. Most learners complete the core implementation framework in 20–30 hours, with many reporting they’ve applied their first compliant workflow within 72 hours of starting. You move at your pace, on your device, from any location. Lifetime Access & Ongoing Updates Included
- You receive permanent access to all course materials, including every template, checklist, and framework
- All future updates to ISO 19650 guidance, annexes, or related standards are automatically integrated - at no extra cost
- Your knowledge remains current, compliant, and aligned with evolving global best practices
Accessible Anywhere, on Any Device
Whether you're on-site with a tablet, coordinating from a laptop, or reviewing workflows during a commute, the course platform is fully responsive, mobile-friendly, and optimised for fast loading. No downloads. No plugins. Just secure, 24/7 global access. Expert Guidance & Role-Based Support
You are not learning in isolation. The course includes direct access to subject matter experts with over 15 years of ISO 19650 implementation experience across government, infrastructure, and private development sectors. Submit questions, clarify complex clauses, and receive timely, detailed guidance tailored to your role and project environment. Official Certificate of Completion Issued by The Art of Service
Upon successful completion, you receive a globally recognised Certificate of Completion issued by The Art of Service, a leader in professional certification frameworks for digital construction and project governance. This certification is referenced by employers, cited in tenders, and used to validate capability across ISO 19650 compliance audits. Transparent Pricing. No Hidden Fees.
The investment is straightforward, with no recurring charges, upsells, or surprise costs. You pay once, gain lifetime access, and receive everything outlined in the curriculum. Accepted Payment Methods
- Visa
- Mastercard
- PayPal
Zero-Risk Enrollment: 30-Day Satisfied or Refunded Guarantee
We eliminate your risk completely. If you complete the first three modules and don’t believe the content has already improved your ability to structure, manage, and audit information under ISO 19650, simply request a full refund within 30 days. No forms. No interviews. Just honest feedback and your money back. What to Expect After Enrollment
After enrolling, you’ll receive a confirmation email immediately. Your access credentials and login details will be delivered separately once your course materials are fully provisioned - ensuring you begin with a complete, tested, and up-to-date learning environment. This Course Works - Even If:
- You’ve struggled with BIM standards in the past
- You’re not a full-time information manager
- Your organisation hasn’t adopted ISO 19650 yet
- You’re transitioning from older methods like PAS 1192
- You’re required to deliver compliant deliverables under international projects
- You need to demonstrate technical leadership to secure your next role
You’ll follow a proven, role-adaptive framework used by professionals in BIM coordination, project management, client representation, and digital delivery leadership. The content is structured to build confidence at every step, with real templates, project scenarios, and audit simulations that mirror the challenges you face daily. This is not academic theory. This is operational mastery.
Module 1: Foundations of ISO 19650 and Digital Construction - Understanding the evolution from PAS 1192 to ISO 19650
- Global adoption trends and regional implementation variations
- Core principles: information management, accountability, and lifecycle thinking
- Key stakeholders in the ISO 19650 ecosystem
- Defining common terminology: data, information, asset, exchange, deliverable
- Understanding the role of the employer’s information requirements (EIR)
- Overview of the information management process across project stages
- Aligning ISO 19650 with organisational strategy and digital maturity
- The distinction between management and technical compliance
- Mapping ISO 19650 to project delivery methodologies
- Introduction to digital twins and their relationship to information management
- The role of common data environments (CDE) in modern workflows
- Understanding the impact of cybersecurity on information sharing
- Overview of legal and contractual obligations under ISO 19650
- How client expectations shape information standards
Module 2: Employer’s Information Requirements (EIR) Development - Structure and components of a compliant EIR document
- Defining exchange information requirements (EIRX)
- Specifying model formats, naming conventions, and file structures
- Setting levels of information need (LOIN) for each project phase
- How to define digital deliverables and acceptance criteria
- Incorporating collaboration procedures into EIR
- Setting out CDE requirements and access protocols
- Determining information security classifications and permissions
- Integrating sustainability and asset management data needs
- Using EIR as a procurement tool to assess bidder capability
- Aligning EIR with project specifications and contract documents
- Validating EIR completeness using the 10-point checklist
- Common pitfalls in EIR development and how to avoid them
- Tailoring EIR for private vs. public sector clients
- Case study: EIR for a healthcare infrastructure project
- Template: Editable EIR document for immediate use
Module 3: Project Information Model (PIM) Planning and Execution - Transitioning from EIR to Project Implementation Plan (PIP)
- Developing the delivery team’s response to EIR
- Creating the project information model plan (PIMP)
- Assigning responsibility matrices (RACI) for data ownership
- Defining master information delivery schedule (MIDS)
- Setting up model file breakdown structures (BF)
- Implementing task information delivery schedules (TIDS)
- Establishing collaborative working protocols across disciplines
- Quality assurance procedures for model data submissions
- Defining version control, issue tracking, and review cycles
- Integrating clash detection and resolution workflows
- Ensuring compliance with federated model requirements
- Setting up naming conventions and metadata standards
- Setting up COBie and asset data templates
- Using PIMP as a governance document during audits
- Template: Full PIMP with editable sections
Module 4: Common Data Environment (CDE) Setup and Governance - Selecting the right CDE platform for your project needs
- Understanding the four stages of information exchange: work in progress, shared, published, archived
- Configuring folder structures to match MIDS and TIDS
- Setting up user roles, permissions, and access logs
- Automating workflow triggers and approval chains
- Integrating document and model metadata tagging
- Setting up search and retrieval protocols for audit readiness
- Managing file versioning and change history
- Handling multi-disciplinary model coordination in the CDE
- Ensuring CDE compliance with ISO 19650-2 Section 5
- Validating information security and data residency requirements
- Integrating API connections with BIM authoring tools
- Monitoring project health through CDE analytics
- Conducting CDE audit walkthroughs
- Template: CDE configuration checklist
- Case study: Migrating legacy projects into a compliant CDE
Module 5: Information Delivery and Exchange Processes - Understanding information exchanges at each project stage
- Mapping deliverables to defined LOIN thresholds
- Preparing pre-contract and post-contract information exchanges
- Validating model completeness using the 7-point test
- Using checklists for model submission and acceptance
- Coordinating interdisciplinary information handovers
- Handling RFIs, change orders, and variation documentation
- Ensuring compliance with ISO 19650-2 Table 6 and Table 7
- Tracking information status using visual dashboards
- Documenting approval workflows and sign-offs
- Using exchange matrices to map sender and receiver responsibilities
- Managing non-geometric data alongside model files
- Handling timeline slippage and rescheduling exchanges
- Integrating as-designed, as-built, and asset data cycles
- Template: Information exchange register (IER)
- Template: Model submission form
Module 6: Roles, Responsibilities, and Accountability - Understanding the appointing party and appointed party roles
- Defining the information manager’s scope and authority
- Responsibilities of the lead appointed party (LAP)
- Role of the BIM manager in practice
- Client-side information oversight and assurance
- Contractor and subcontractor data obligations
- Design team responsibilities for model coordination
- Setting up information leads at tier 1 and tier 2 contractors
- Defining escalation paths for non-compliance
- Using performance metrics to assess team compliance
- Managing information responsibilities during design development
- Ensuring clarity between digital and physical deliverables
- Handling disputes over data ownership and licensing
- Integrating role clarity into contracts and letters of appointment
- Template: Role responsibility matrix (RRM)
- Case study: Resolving role conflict in a multi-contractor project
Module 7: Verification, Validation, and Compliance Audits - Planning for verification at every project stage
- Distinguishing between independent verification and internal checks
- Developing audit-ready documentation packs
- Using checklists to validate EIR, PIMP, and MIDS alignment
- Conducting stage gate reviews using ISO 19650 criteria
- Preparing for employer-led audits and third-party assessments
- Responding to non-conformance reports (NCRs)
- Using audit trails to demonstrate consistent compliance
- Assessing digital maturity using ISO 19650 Part 3
- Implementing continuous improvement loops
- Creating internal audit protocols for repeatable success
- Using key performance indicators (KPIs) for process tracking
- Documenting lessons learned and process optimisations
- Handling audit findings with mitigation plans
- Template: Internal compliance audit checklist
- Template: Audit response report
Module 8: Asset Information Model (AIM) and Operations Handover - Transitioning from PIM to AIM at practical completion
- Defining asset data requirements for facility management
- Using COBie, Uniclass, and ISO 16739 (IFC) standards
- Populating asset data templates with verified information
- Validating data quality for O&M manuals and warranties
- Handing over information in required formats (PDF, CSV, IFC)
- Ensuring digital support for FM and maintenance workflows
- Linking AIM to maintenance scheduling systems
- Setting up data refresh protocols for AIM updates
- Ensuring long-term data integrity and accessibility
- Integrating digital twins with live building data
- Managing data handover to third-party asset managers
- Using AIM for regulatory compliance and safety reporting
- Case study: Airport terminal handover with full AIM delivery
- Template: AIM delivery package structure
Module 9: Advanced Applications and Integration Scenarios - Implementing ISO 19650 across linear infrastructure projects
- Adapting frameworks for offshore and modular construction
- Using ISO 19650 in combination with Lean project delivery
- Integrating with ISO 55000 (asset management) standards
- Linking BIM data to sustainability and carbon reporting
- Using data for predictive maintenance and life cycle costing
- Supporting smart city initiatives through structured data
- Applying ISO 19650 principles to refurbishment and retrofit
- Working across international borders with multiple standards
- Handling multilingual and multi-format data submissions
- Using automation to generate compliance reports
- Integrating artificial intelligence for data validation
- Using machine-readable EIRs for faster procurement
- Linking CDE with ERP and project management systems
- Case study: High-speed rail project with cross-border data flows
Module 10: Certification, Career Advancement, and Implementation at Scale - Preparing your final project submission for certification
- Assembling a portfolio of compliant deliverables
- Documenting your personal role in project implementation
- How to present your certification in job applications and tenders
- Using the Certificate of Completion to advance your career
- Transitioning from practitioner to information leader
- Scaling ISO 19650 across multiple projects
- Creating organisational standards based on course frameworks
- Training others using your customised templates
- Preparing for professional accreditation (e.g. Digital EngiPass)
- Networking with ISO 19650 professionals globally
- Accessing The Art of Service alumni community
- Staying updated through quarterly insight briefs
- Leveraging certification in client pitches and proposals
- Case study: Promoted to Head of Digital Delivery after certification
- Next steps: from compliance to innovation in digital construction
- Understanding the evolution from PAS 1192 to ISO 19650
- Global adoption trends and regional implementation variations
- Core principles: information management, accountability, and lifecycle thinking
- Key stakeholders in the ISO 19650 ecosystem
- Defining common terminology: data, information, asset, exchange, deliverable
- Understanding the role of the employer’s information requirements (EIR)
- Overview of the information management process across project stages
- Aligning ISO 19650 with organisational strategy and digital maturity
- The distinction between management and technical compliance
- Mapping ISO 19650 to project delivery methodologies
- Introduction to digital twins and their relationship to information management
- The role of common data environments (CDE) in modern workflows
- Understanding the impact of cybersecurity on information sharing
- Overview of legal and contractual obligations under ISO 19650
- How client expectations shape information standards
Module 2: Employer’s Information Requirements (EIR) Development - Structure and components of a compliant EIR document
- Defining exchange information requirements (EIRX)
- Specifying model formats, naming conventions, and file structures
- Setting levels of information need (LOIN) for each project phase
- How to define digital deliverables and acceptance criteria
- Incorporating collaboration procedures into EIR
- Setting out CDE requirements and access protocols
- Determining information security classifications and permissions
- Integrating sustainability and asset management data needs
- Using EIR as a procurement tool to assess bidder capability
- Aligning EIR with project specifications and contract documents
- Validating EIR completeness using the 10-point checklist
- Common pitfalls in EIR development and how to avoid them
- Tailoring EIR for private vs. public sector clients
- Case study: EIR for a healthcare infrastructure project
- Template: Editable EIR document for immediate use
Module 3: Project Information Model (PIM) Planning and Execution - Transitioning from EIR to Project Implementation Plan (PIP)
- Developing the delivery team’s response to EIR
- Creating the project information model plan (PIMP)
- Assigning responsibility matrices (RACI) for data ownership
- Defining master information delivery schedule (MIDS)
- Setting up model file breakdown structures (BF)
- Implementing task information delivery schedules (TIDS)
- Establishing collaborative working protocols across disciplines
- Quality assurance procedures for model data submissions
- Defining version control, issue tracking, and review cycles
- Integrating clash detection and resolution workflows
- Ensuring compliance with federated model requirements
- Setting up naming conventions and metadata standards
- Setting up COBie and asset data templates
- Using PIMP as a governance document during audits
- Template: Full PIMP with editable sections
Module 4: Common Data Environment (CDE) Setup and Governance - Selecting the right CDE platform for your project needs
- Understanding the four stages of information exchange: work in progress, shared, published, archived
- Configuring folder structures to match MIDS and TIDS
- Setting up user roles, permissions, and access logs
- Automating workflow triggers and approval chains
- Integrating document and model metadata tagging
- Setting up search and retrieval protocols for audit readiness
- Managing file versioning and change history
- Handling multi-disciplinary model coordination in the CDE
- Ensuring CDE compliance with ISO 19650-2 Section 5
- Validating information security and data residency requirements
- Integrating API connections with BIM authoring tools
- Monitoring project health through CDE analytics
- Conducting CDE audit walkthroughs
- Template: CDE configuration checklist
- Case study: Migrating legacy projects into a compliant CDE
Module 5: Information Delivery and Exchange Processes - Understanding information exchanges at each project stage
- Mapping deliverables to defined LOIN thresholds
- Preparing pre-contract and post-contract information exchanges
- Validating model completeness using the 7-point test
- Using checklists for model submission and acceptance
- Coordinating interdisciplinary information handovers
- Handling RFIs, change orders, and variation documentation
- Ensuring compliance with ISO 19650-2 Table 6 and Table 7
- Tracking information status using visual dashboards
- Documenting approval workflows and sign-offs
- Using exchange matrices to map sender and receiver responsibilities
- Managing non-geometric data alongside model files
- Handling timeline slippage and rescheduling exchanges
- Integrating as-designed, as-built, and asset data cycles
- Template: Information exchange register (IER)
- Template: Model submission form
Module 6: Roles, Responsibilities, and Accountability - Understanding the appointing party and appointed party roles
- Defining the information manager’s scope and authority
- Responsibilities of the lead appointed party (LAP)
- Role of the BIM manager in practice
- Client-side information oversight and assurance
- Contractor and subcontractor data obligations
- Design team responsibilities for model coordination
- Setting up information leads at tier 1 and tier 2 contractors
- Defining escalation paths for non-compliance
- Using performance metrics to assess team compliance
- Managing information responsibilities during design development
- Ensuring clarity between digital and physical deliverables
- Handling disputes over data ownership and licensing
- Integrating role clarity into contracts and letters of appointment
- Template: Role responsibility matrix (RRM)
- Case study: Resolving role conflict in a multi-contractor project
Module 7: Verification, Validation, and Compliance Audits - Planning for verification at every project stage
- Distinguishing between independent verification and internal checks
- Developing audit-ready documentation packs
- Using checklists to validate EIR, PIMP, and MIDS alignment
- Conducting stage gate reviews using ISO 19650 criteria
- Preparing for employer-led audits and third-party assessments
- Responding to non-conformance reports (NCRs)
- Using audit trails to demonstrate consistent compliance
- Assessing digital maturity using ISO 19650 Part 3
- Implementing continuous improvement loops
- Creating internal audit protocols for repeatable success
- Using key performance indicators (KPIs) for process tracking
- Documenting lessons learned and process optimisations
- Handling audit findings with mitigation plans
- Template: Internal compliance audit checklist
- Template: Audit response report
Module 8: Asset Information Model (AIM) and Operations Handover - Transitioning from PIM to AIM at practical completion
- Defining asset data requirements for facility management
- Using COBie, Uniclass, and ISO 16739 (IFC) standards
- Populating asset data templates with verified information
- Validating data quality for O&M manuals and warranties
- Handing over information in required formats (PDF, CSV, IFC)
- Ensuring digital support for FM and maintenance workflows
- Linking AIM to maintenance scheduling systems
- Setting up data refresh protocols for AIM updates
- Ensuring long-term data integrity and accessibility
- Integrating digital twins with live building data
- Managing data handover to third-party asset managers
- Using AIM for regulatory compliance and safety reporting
- Case study: Airport terminal handover with full AIM delivery
- Template: AIM delivery package structure
Module 9: Advanced Applications and Integration Scenarios - Implementing ISO 19650 across linear infrastructure projects
- Adapting frameworks for offshore and modular construction
- Using ISO 19650 in combination with Lean project delivery
- Integrating with ISO 55000 (asset management) standards
- Linking BIM data to sustainability and carbon reporting
- Using data for predictive maintenance and life cycle costing
- Supporting smart city initiatives through structured data
- Applying ISO 19650 principles to refurbishment and retrofit
- Working across international borders with multiple standards
- Handling multilingual and multi-format data submissions
- Using automation to generate compliance reports
- Integrating artificial intelligence for data validation
- Using machine-readable EIRs for faster procurement
- Linking CDE with ERP and project management systems
- Case study: High-speed rail project with cross-border data flows
Module 10: Certification, Career Advancement, and Implementation at Scale - Preparing your final project submission for certification
- Assembling a portfolio of compliant deliverables
- Documenting your personal role in project implementation
- How to present your certification in job applications and tenders
- Using the Certificate of Completion to advance your career
- Transitioning from practitioner to information leader
- Scaling ISO 19650 across multiple projects
- Creating organisational standards based on course frameworks
- Training others using your customised templates
- Preparing for professional accreditation (e.g. Digital EngiPass)
- Networking with ISO 19650 professionals globally
- Accessing The Art of Service alumni community
- Staying updated through quarterly insight briefs
- Leveraging certification in client pitches and proposals
- Case study: Promoted to Head of Digital Delivery after certification
- Next steps: from compliance to innovation in digital construction
- Transitioning from EIR to Project Implementation Plan (PIP)
- Developing the delivery team’s response to EIR
- Creating the project information model plan (PIMP)
- Assigning responsibility matrices (RACI) for data ownership
- Defining master information delivery schedule (MIDS)
- Setting up model file breakdown structures (BF)
- Implementing task information delivery schedules (TIDS)
- Establishing collaborative working protocols across disciplines
- Quality assurance procedures for model data submissions
- Defining version control, issue tracking, and review cycles
- Integrating clash detection and resolution workflows
- Ensuring compliance with federated model requirements
- Setting up naming conventions and metadata standards
- Setting up COBie and asset data templates
- Using PIMP as a governance document during audits
- Template: Full PIMP with editable sections
Module 4: Common Data Environment (CDE) Setup and Governance - Selecting the right CDE platform for your project needs
- Understanding the four stages of information exchange: work in progress, shared, published, archived
- Configuring folder structures to match MIDS and TIDS
- Setting up user roles, permissions, and access logs
- Automating workflow triggers and approval chains
- Integrating document and model metadata tagging
- Setting up search and retrieval protocols for audit readiness
- Managing file versioning and change history
- Handling multi-disciplinary model coordination in the CDE
- Ensuring CDE compliance with ISO 19650-2 Section 5
- Validating information security and data residency requirements
- Integrating API connections with BIM authoring tools
- Monitoring project health through CDE analytics
- Conducting CDE audit walkthroughs
- Template: CDE configuration checklist
- Case study: Migrating legacy projects into a compliant CDE
Module 5: Information Delivery and Exchange Processes - Understanding information exchanges at each project stage
- Mapping deliverables to defined LOIN thresholds
- Preparing pre-contract and post-contract information exchanges
- Validating model completeness using the 7-point test
- Using checklists for model submission and acceptance
- Coordinating interdisciplinary information handovers
- Handling RFIs, change orders, and variation documentation
- Ensuring compliance with ISO 19650-2 Table 6 and Table 7
- Tracking information status using visual dashboards
- Documenting approval workflows and sign-offs
- Using exchange matrices to map sender and receiver responsibilities
- Managing non-geometric data alongside model files
- Handling timeline slippage and rescheduling exchanges
- Integrating as-designed, as-built, and asset data cycles
- Template: Information exchange register (IER)
- Template: Model submission form
Module 6: Roles, Responsibilities, and Accountability - Understanding the appointing party and appointed party roles
- Defining the information manager’s scope and authority
- Responsibilities of the lead appointed party (LAP)
- Role of the BIM manager in practice
- Client-side information oversight and assurance
- Contractor and subcontractor data obligations
- Design team responsibilities for model coordination
- Setting up information leads at tier 1 and tier 2 contractors
- Defining escalation paths for non-compliance
- Using performance metrics to assess team compliance
- Managing information responsibilities during design development
- Ensuring clarity between digital and physical deliverables
- Handling disputes over data ownership and licensing
- Integrating role clarity into contracts and letters of appointment
- Template: Role responsibility matrix (RRM)
- Case study: Resolving role conflict in a multi-contractor project
Module 7: Verification, Validation, and Compliance Audits - Planning for verification at every project stage
- Distinguishing between independent verification and internal checks
- Developing audit-ready documentation packs
- Using checklists to validate EIR, PIMP, and MIDS alignment
- Conducting stage gate reviews using ISO 19650 criteria
- Preparing for employer-led audits and third-party assessments
- Responding to non-conformance reports (NCRs)
- Using audit trails to demonstrate consistent compliance
- Assessing digital maturity using ISO 19650 Part 3
- Implementing continuous improvement loops
- Creating internal audit protocols for repeatable success
- Using key performance indicators (KPIs) for process tracking
- Documenting lessons learned and process optimisations
- Handling audit findings with mitigation plans
- Template: Internal compliance audit checklist
- Template: Audit response report
Module 8: Asset Information Model (AIM) and Operations Handover - Transitioning from PIM to AIM at practical completion
- Defining asset data requirements for facility management
- Using COBie, Uniclass, and ISO 16739 (IFC) standards
- Populating asset data templates with verified information
- Validating data quality for O&M manuals and warranties
- Handing over information in required formats (PDF, CSV, IFC)
- Ensuring digital support for FM and maintenance workflows
- Linking AIM to maintenance scheduling systems
- Setting up data refresh protocols for AIM updates
- Ensuring long-term data integrity and accessibility
- Integrating digital twins with live building data
- Managing data handover to third-party asset managers
- Using AIM for regulatory compliance and safety reporting
- Case study: Airport terminal handover with full AIM delivery
- Template: AIM delivery package structure
Module 9: Advanced Applications and Integration Scenarios - Implementing ISO 19650 across linear infrastructure projects
- Adapting frameworks for offshore and modular construction
- Using ISO 19650 in combination with Lean project delivery
- Integrating with ISO 55000 (asset management) standards
- Linking BIM data to sustainability and carbon reporting
- Using data for predictive maintenance and life cycle costing
- Supporting smart city initiatives through structured data
- Applying ISO 19650 principles to refurbishment and retrofit
- Working across international borders with multiple standards
- Handling multilingual and multi-format data submissions
- Using automation to generate compliance reports
- Integrating artificial intelligence for data validation
- Using machine-readable EIRs for faster procurement
- Linking CDE with ERP and project management systems
- Case study: High-speed rail project with cross-border data flows
Module 10: Certification, Career Advancement, and Implementation at Scale - Preparing your final project submission for certification
- Assembling a portfolio of compliant deliverables
- Documenting your personal role in project implementation
- How to present your certification in job applications and tenders
- Using the Certificate of Completion to advance your career
- Transitioning from practitioner to information leader
- Scaling ISO 19650 across multiple projects
- Creating organisational standards based on course frameworks
- Training others using your customised templates
- Preparing for professional accreditation (e.g. Digital EngiPass)
- Networking with ISO 19650 professionals globally
- Accessing The Art of Service alumni community
- Staying updated through quarterly insight briefs
- Leveraging certification in client pitches and proposals
- Case study: Promoted to Head of Digital Delivery after certification
- Next steps: from compliance to innovation in digital construction
- Understanding information exchanges at each project stage
- Mapping deliverables to defined LOIN thresholds
- Preparing pre-contract and post-contract information exchanges
- Validating model completeness using the 7-point test
- Using checklists for model submission and acceptance
- Coordinating interdisciplinary information handovers
- Handling RFIs, change orders, and variation documentation
- Ensuring compliance with ISO 19650-2 Table 6 and Table 7
- Tracking information status using visual dashboards
- Documenting approval workflows and sign-offs
- Using exchange matrices to map sender and receiver responsibilities
- Managing non-geometric data alongside model files
- Handling timeline slippage and rescheduling exchanges
- Integrating as-designed, as-built, and asset data cycles
- Template: Information exchange register (IER)
- Template: Model submission form
Module 6: Roles, Responsibilities, and Accountability - Understanding the appointing party and appointed party roles
- Defining the information manager’s scope and authority
- Responsibilities of the lead appointed party (LAP)
- Role of the BIM manager in practice
- Client-side information oversight and assurance
- Contractor and subcontractor data obligations
- Design team responsibilities for model coordination
- Setting up information leads at tier 1 and tier 2 contractors
- Defining escalation paths for non-compliance
- Using performance metrics to assess team compliance
- Managing information responsibilities during design development
- Ensuring clarity between digital and physical deliverables
- Handling disputes over data ownership and licensing
- Integrating role clarity into contracts and letters of appointment
- Template: Role responsibility matrix (RRM)
- Case study: Resolving role conflict in a multi-contractor project
Module 7: Verification, Validation, and Compliance Audits - Planning for verification at every project stage
- Distinguishing between independent verification and internal checks
- Developing audit-ready documentation packs
- Using checklists to validate EIR, PIMP, and MIDS alignment
- Conducting stage gate reviews using ISO 19650 criteria
- Preparing for employer-led audits and third-party assessments
- Responding to non-conformance reports (NCRs)
- Using audit trails to demonstrate consistent compliance
- Assessing digital maturity using ISO 19650 Part 3
- Implementing continuous improvement loops
- Creating internal audit protocols for repeatable success
- Using key performance indicators (KPIs) for process tracking
- Documenting lessons learned and process optimisations
- Handling audit findings with mitigation plans
- Template: Internal compliance audit checklist
- Template: Audit response report
Module 8: Asset Information Model (AIM) and Operations Handover - Transitioning from PIM to AIM at practical completion
- Defining asset data requirements for facility management
- Using COBie, Uniclass, and ISO 16739 (IFC) standards
- Populating asset data templates with verified information
- Validating data quality for O&M manuals and warranties
- Handing over information in required formats (PDF, CSV, IFC)
- Ensuring digital support for FM and maintenance workflows
- Linking AIM to maintenance scheduling systems
- Setting up data refresh protocols for AIM updates
- Ensuring long-term data integrity and accessibility
- Integrating digital twins with live building data
- Managing data handover to third-party asset managers
- Using AIM for regulatory compliance and safety reporting
- Case study: Airport terminal handover with full AIM delivery
- Template: AIM delivery package structure
Module 9: Advanced Applications and Integration Scenarios - Implementing ISO 19650 across linear infrastructure projects
- Adapting frameworks for offshore and modular construction
- Using ISO 19650 in combination with Lean project delivery
- Integrating with ISO 55000 (asset management) standards
- Linking BIM data to sustainability and carbon reporting
- Using data for predictive maintenance and life cycle costing
- Supporting smart city initiatives through structured data
- Applying ISO 19650 principles to refurbishment and retrofit
- Working across international borders with multiple standards
- Handling multilingual and multi-format data submissions
- Using automation to generate compliance reports
- Integrating artificial intelligence for data validation
- Using machine-readable EIRs for faster procurement
- Linking CDE with ERP and project management systems
- Case study: High-speed rail project with cross-border data flows
Module 10: Certification, Career Advancement, and Implementation at Scale - Preparing your final project submission for certification
- Assembling a portfolio of compliant deliverables
- Documenting your personal role in project implementation
- How to present your certification in job applications and tenders
- Using the Certificate of Completion to advance your career
- Transitioning from practitioner to information leader
- Scaling ISO 19650 across multiple projects
- Creating organisational standards based on course frameworks
- Training others using your customised templates
- Preparing for professional accreditation (e.g. Digital EngiPass)
- Networking with ISO 19650 professionals globally
- Accessing The Art of Service alumni community
- Staying updated through quarterly insight briefs
- Leveraging certification in client pitches and proposals
- Case study: Promoted to Head of Digital Delivery after certification
- Next steps: from compliance to innovation in digital construction
- Planning for verification at every project stage
- Distinguishing between independent verification and internal checks
- Developing audit-ready documentation packs
- Using checklists to validate EIR, PIMP, and MIDS alignment
- Conducting stage gate reviews using ISO 19650 criteria
- Preparing for employer-led audits and third-party assessments
- Responding to non-conformance reports (NCRs)
- Using audit trails to demonstrate consistent compliance
- Assessing digital maturity using ISO 19650 Part 3
- Implementing continuous improvement loops
- Creating internal audit protocols for repeatable success
- Using key performance indicators (KPIs) for process tracking
- Documenting lessons learned and process optimisations
- Handling audit findings with mitigation plans
- Template: Internal compliance audit checklist
- Template: Audit response report
Module 8: Asset Information Model (AIM) and Operations Handover - Transitioning from PIM to AIM at practical completion
- Defining asset data requirements for facility management
- Using COBie, Uniclass, and ISO 16739 (IFC) standards
- Populating asset data templates with verified information
- Validating data quality for O&M manuals and warranties
- Handing over information in required formats (PDF, CSV, IFC)
- Ensuring digital support for FM and maintenance workflows
- Linking AIM to maintenance scheduling systems
- Setting up data refresh protocols for AIM updates
- Ensuring long-term data integrity and accessibility
- Integrating digital twins with live building data
- Managing data handover to third-party asset managers
- Using AIM for regulatory compliance and safety reporting
- Case study: Airport terminal handover with full AIM delivery
- Template: AIM delivery package structure
Module 9: Advanced Applications and Integration Scenarios - Implementing ISO 19650 across linear infrastructure projects
- Adapting frameworks for offshore and modular construction
- Using ISO 19650 in combination with Lean project delivery
- Integrating with ISO 55000 (asset management) standards
- Linking BIM data to sustainability and carbon reporting
- Using data for predictive maintenance and life cycle costing
- Supporting smart city initiatives through structured data
- Applying ISO 19650 principles to refurbishment and retrofit
- Working across international borders with multiple standards
- Handling multilingual and multi-format data submissions
- Using automation to generate compliance reports
- Integrating artificial intelligence for data validation
- Using machine-readable EIRs for faster procurement
- Linking CDE with ERP and project management systems
- Case study: High-speed rail project with cross-border data flows
Module 10: Certification, Career Advancement, and Implementation at Scale - Preparing your final project submission for certification
- Assembling a portfolio of compliant deliverables
- Documenting your personal role in project implementation
- How to present your certification in job applications and tenders
- Using the Certificate of Completion to advance your career
- Transitioning from practitioner to information leader
- Scaling ISO 19650 across multiple projects
- Creating organisational standards based on course frameworks
- Training others using your customised templates
- Preparing for professional accreditation (e.g. Digital EngiPass)
- Networking with ISO 19650 professionals globally
- Accessing The Art of Service alumni community
- Staying updated through quarterly insight briefs
- Leveraging certification in client pitches and proposals
- Case study: Promoted to Head of Digital Delivery after certification
- Next steps: from compliance to innovation in digital construction
- Implementing ISO 19650 across linear infrastructure projects
- Adapting frameworks for offshore and modular construction
- Using ISO 19650 in combination with Lean project delivery
- Integrating with ISO 55000 (asset management) standards
- Linking BIM data to sustainability and carbon reporting
- Using data for predictive maintenance and life cycle costing
- Supporting smart city initiatives through structured data
- Applying ISO 19650 principles to refurbishment and retrofit
- Working across international borders with multiple standards
- Handling multilingual and multi-format data submissions
- Using automation to generate compliance reports
- Integrating artificial intelligence for data validation
- Using machine-readable EIRs for faster procurement
- Linking CDE with ERP and project management systems
- Case study: High-speed rail project with cross-border data flows