Course Introduction
The BIM-Based Project Coordination and Delivery Course focuses on using Building Information Modeling as an integrated platform for coordinating design, construction, project controls, stakeholders, information, and delivery activities. Modern projects involve numerous disciplines, organizations, technical interfaces, suppliers, and work packages, making coordination increasingly complex. BIM provides a shared digital environment in which project teams can visualize relationships, identify conflicts, manage information, and improve coordination before issues become costly site problems.
BIM-based coordination extends beyond traditional clash detection. It involves connecting architectural, structural, mechanical, electrical, plumbing, civil, infrastructure, temporary works, logistics, and construction information into coordinated project workflows. The course examines how project teams can establish effective coordination processes, review model information, manage interfaces, resolve conflicts, track decisions, and maintain alignment between design intent and construction execution throughout the project lifecycle.
Participants will learn how to structure BIM coordination workflows from model preparation and federation through multidisciplinary review, issue identification, resolution, approval, and implementation. The course emphasizes the project management aspects of coordination, including responsibilities, meeting structures, issue ownership, decision deadlines, escalation processes, information exchanges, and coordination reporting. Participants gain practical insight into how BIM can support more predictable project delivery by making potential conflicts and dependencies visible earlier.
The course also examines the connection between BIM coordination and broader project delivery processes. Participants explore how coordinated models can support construction sequencing, procurement, scheduling, quantities, cost management, quality assurance, risk management, site logistics, progress monitoring, and change control. Particular attention is given to ensuring that BIM coordination outcomes are translated into actionable project decisions and are not left as unresolved technical observations within a model environment.
Effective BIM-based delivery requires disciplined information management and collaboration across multiple stakeholders. The course therefore addresses common data environments, model version control, information requirements, naming conventions, model quality, interoperability, responsibilities, contractual considerations, and information security. Participants learn how to create governance mechanisms that establish accountability for model submissions, issue resolution, coordination decisions, approvals, and changes while maintaining an appropriate audit trail.
Emerging technologies are also incorporated, including cloud-based BIM collaboration, AI-assisted clash detection, automated model checking, 4D and 5D integration, digital twins, reality capture, drones, computer vision, and AI-enabled coordination assistants. By the end of the course, participants will be equipped to establish robust BIM coordination practices, improve multidisciplinary collaboration, strengthen delivery predictability, and use integrated digital information to reduce rework, manage interfaces, accelerate decision-making, and improve project outcomes.
Duration
5 days
Who Should Attend
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Project Managers responsible for coordinating BIM-enabled design and construction delivery
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Construction Managers managing multidisciplinary project execution and site coordination
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Design Managers responsible for integrating architectural and engineering design disciplines
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BIM Managers and BIM Coordinators leading model coordination and information workflows
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Project Controls Managers integrating BIM with schedules, costs, progress, and performance management
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Project Planners seeking to connect BIM coordination with construction sequencing and planning
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Engineering Managers overseeing technical coordination and multidisciplinary design interfaces
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MEP Managers responsible for mechanical, electrical, plumbing, and building services coordination
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Site Managers and Construction Supervisors managing model-based construction information
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Quantity Surveyors and Cost Managers working with coordinated model quantities and cost information
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Contract Managers managing BIM requirements, deliverables, responsibilities, and coordination obligations
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Quality Managers integrating BIM coordination with quality assurance and inspection processes
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Procurement Professionals coordinating technical information with suppliers and specialist contractors
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Digital Engineering and Digital Transformation Professionals implementing BIM-based delivery processes
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PMO Professionals seeking to standardize BIM coordination and digital project delivery practices
Course Objectives
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Understand the principles, processes, roles, technologies, and management practices required for effective BIM-based project coordination and delivery.
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Establish structured multidisciplinary coordination workflows that connect design, engineering, construction, procurement, and project controls.
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Develop practical approaches for federating models, reviewing information, identifying conflicts, and managing coordination issues across project disciplines.
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Apply BIM-based methods to improve construction sequencing, interface management, logistics planning, design coordination, and delivery decision-making.
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Integrate BIM coordination with schedules, costs, procurement, quality, risk, change management, progress monitoring, and broader project controls.
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Establish effective issue management processes covering identification, ownership, prioritization, resolution, verification, approval, and closeout.
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Improve stakeholder collaboration through common data environments, structured information exchanges, coordinated meetings, and transparent decision workflows.
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Manage BIM information quality, version control, interoperability, contractual responsibilities, security, and governance throughout project delivery.
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Evaluate AI, automation, digital twins, reality capture, and other emerging technologies that can enhance BIM-based coordination and delivery.
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Develop a practical BIM coordination and delivery framework that improves predictability, reduces rework, accelerates decisions, and strengthens project outcomes.
Comprehensive Course Outline
Module 1: Foundations of BIM-Based Project Coordination and Delivery
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Understanding BIM-based coordination, integrated project delivery, multidisciplinary collaboration, and their importance in complex project environments.
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Examining the transition from document-based coordination toward model-based information management and digitally enabled project delivery.
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Identifying key coordination stakeholders, responsibilities, interfaces, dependencies, decision points, and information exchanges across the project lifecycle.
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Defining coordination objectives, success criteria, governance structures, workflows, and performance measures aligned with project delivery requirements.
Module 2: BIM Coordination Strategy, Requirements, and Information Management
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Establishing BIM coordination requirements covering model content, information exchanges, deliverables, responsibilities, review procedures, and approval processes.
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Developing model production and coordination strategies aligned with project scope, delivery methods, design stages, construction requirements, and stakeholder needs.
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Understanding common data environments, naming conventions, classification systems, metadata, model versions, permissions, and information status codes.
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Creating practical coordination plans that establish meeting structures, submission cycles, issue workflows, escalation paths, and decision responsibilities.
Module 3: Multidisciplinary Model Federation and Coordination Workflows
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Understanding the process of combining architectural, structural, MEP, civil, infrastructure, and specialist models into coordinated project environments.
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Establishing procedures for model preparation, validation, federation, coordinate systems, model positioning, file exchange, and information consistency.
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Reviewing model relationships and interfaces to identify potential conflicts, dependencies, constructability concerns, and coordination requirements.
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Managing model updates, submissions, revisions, approvals, and coordination cycles to maintain a reliable shared project information environment.
Module 4: Clash Detection, Conflict Management, and Issue Resolution
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Understanding geometric, spatial, functional, workflow, sequencing, and information-related conflicts that can affect project delivery.
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Developing structured clash detection processes that distinguish critical construction conflicts from lower-priority coordination observations.
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Establishing issue classification, prioritization, ownership, response deadlines, resolution workflows, and verification procedures for coordination issues.
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Using BIM coordination records to maintain traceability from initial conflict identification through resolution, approval, implementation, and final closeout.
Module 5: BIM-Based Construction Planning and 4D Coordination
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Connecting coordinated BIM models with project schedules to visualize construction sequencing, dependencies, work fronts, milestones, and planned activities.
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Using 4D BIM to evaluate construction logistics, temporary works, access, crane operations, installation sequences, and site constraints.
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Identifying coordination issues caused by sequencing, resource conflicts, access restrictions, temporary conditions, and overlapping work activities.
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Integrating 4D coordination outcomes with baseline schedules, look-ahead planning, progress updates, schedule risk analysis, and site coordination meetings.
Module 6: BIM Coordination for Cost, Procurement, Quality, and Project Controls
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Connecting coordinated BIM information with quantities, estimates, budgets, procurement packages, work breakdown structures, and project cost controls.
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Using BIM to support procurement coordination, specialist contractor interfaces, equipment requirements, fabrication information, and supplier deliverables.
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Integrating BIM coordination with quality planning, inspection requirements, technical submittals, nonconformance management, and construction verification.
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Developing model-based workflows that support integrated project controls and improve visibility of scope, cost, schedule, quality, and delivery performance.
Module 7: BIM-Based Site Coordination, Progress, and Change Management
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Applying coordinated BIM information to support site execution, work sequencing, installation coordination, field decisions, and construction issue resolution.
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Comparing coordinated models with site conditions using photographs, mobile applications, drones, laser scanning, reality capture, and other field technologies.
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Using BIM to assess proposed changes, identify affected disciplines and interfaces, and understand potential impacts on time, cost, quality, and construction activities.
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Establishing workflows for managing design changes, field changes, coordination decisions, approvals, model updates, and communication to affected stakeholders.
Module 8: Collaboration, Stakeholder Coordination, and BIM-Based Decision Making
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Designing effective BIM coordination meetings that focus on critical interfaces, unresolved issues, upcoming activities, and decisions required for delivery.
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Establishing collaborative workflows among owners, designers, consultants, contractors, suppliers, specialist trades, and project management teams.
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Using visual model reviews, issue dashboards, coordination reports, and shared information environments to improve stakeholder understanding and alignment.
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Developing escalation and decision-making mechanisms that prevent unresolved coordination issues from progressing into construction delays, rework, or disputes.
Module 9: BIM Coordination Governance, Quality, Interoperability, and Risk
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Establishing BIM governance covering model quality, information security, interoperability, responsibilities, approvals, contractual requirements, and decision rights.
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Identifying risks associated with inconsistent models, incomplete information, incompatible platforms, outdated data, unclear responsibilities, and poor coordination discipline.
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Developing model quality assurance procedures covering geometry, metadata, information completeness, standards compliance, coordination status, and deliverable acceptance.
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Managing contractual, intellectual property, liability, information ownership, cybersecurity, and model-reliance considerations within BIM-based project delivery.
Module 10: Intelligent BIM Coordination and Emerging Delivery Technologies
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Exploring AI-assisted clash detection, automated model checking, intelligent issue classification, predictive coordination, and AI-supported design review.
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Examining integration between BIM, digital twins, IoT, drones, computer vision, reality capture, robotics, and connected construction environments.
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Understanding how intelligent BIM platforms can support real-time coordination, automated alerts, predictive interface management, and continuous project delivery intelligence.
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Developing strategies for scaling BIM-based coordination across projects and portfolios while preparing organizations for AI-enabled and increasingly autonomous digital delivery.
Training Approach
This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.
Tailor-Made Course
This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808
Training Venue
The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.
Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant
Certification
Participants will be issued with Upskill certificate upon completion of this course.
Airport Pickup and Accommodation
Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808
Terms of Payment:
Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.
