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BIM Manager Master Program
A comprehensive 10-module programme covering the full spectrum of BIM management practice — from foundational concepts and software mastery through clash detection, 4D scheduling, multidisciplinary coordination, BEP authoring, analytics, and a real-world capstone project — designed for BIM Managers, Coordinators, VDC professionals, and Project Engineers across the GCC construction sector.
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Description
Programme Highlights
Revit and Navisworks Mastery
Build professional-grade proficiency in both industry-standard platforms — from workspace setup and model organisation through collaborative linking workflows, clash detection, and intelligent data extraction for scheduling and cost analysis.
Systematic Clash Detection
Apply structured clash detection workflows to MEP coordination, structural-architectural interface resolution, and conflict tracking — reducing RFIs, change orders, and programme delays across buildings, infrastructure, and industrial projects.
4D Scheduling and Visualisation
Link BIM models to Primavera P6 and Microsoft Project schedules, validate construction sequences through 4D simulation, generate stakeholder-ready animations, and identify critical path impacts before they reach the site.
BIM Team Leadership and BEP Authoring
Master the management structures that make BIM projects succeed — define roles, develop communication protocols, author BIM Execution Plans, and enforce quality standards across distributed multidisciplinary teams in the GCC construction environment.
Course Curriculum — 10 Modules
BIM Fundamentals and Industry Standards
Establish the conceptual and strategic foundation on which all subsequent modules build. This module addresses the fundamental difference between traditional drawing-based delivery and BIM-driven project management — examining how data consistency, clash prevention, and informed decision-making translate to measurable cost and schedule improvements on live construction programmes. Participants study the ISO 19650 series as it applies to projects in Saudi Arabia, UAE, and Qatar, covering the obligations it places on contractors, consultants, and government project owners. The module covers Level of Development (LOD) as a communication and contract tool, the structure and purpose of BIM Execution Plans, and how the BIM ecosystem on a typical GCC megaproject is organised across the client, PMC, design consultant, main contractor, and specialist subcontractor tiers.
BIM Software Mastery — Revit and Navisworks
Develop the practical platform proficiency that underpins every BIM management responsibility. In Autodesk Revit, this module covers workspace configuration, project template setup, model organisation strategies, object-level data management, and the linking workflows that allow multiple discipline models to be federated for coordination. In Navisworks, participants learn model aggregation, viewpoint and clash set management, data appending, and timeline setup for 4D work. Hands-on training uses real project scenarios drawn from renovation, new construction, and infrastructure delivery contexts typical of Saudi Arabia, UAE, and Qatar — ensuring that software skills translate directly to the project environments participants will encounter in practice.
BIM Data Management and Information Strategy
Address the information architecture that determines whether a BIM environment produces reliable, decision-grade data or becomes an unmanageable model library. This module covers data protocol development, information classification systems, and naming conventions that maintain consistency across teams and project phases. Participants learn to manage file structures, implement version control workflows, and govern collaborative environments in both cloud platforms (Autodesk BIM 360, ACC) and on-premise CDE deployments. The module also covers data extraction strategies for sustainability reporting, material quantity take-offs, and cost analysis — and addresses the information management obligations that ISO 19650-2 places on appointed parties during design, procurement, and construction phases on GCC infrastructure projects.
Clash Detection and Coordination Management
Apply systematic clash detection methodologies to identify spatial conflicts and coordination failures in federated 3D models before they generate site-level cost impacts. This module covers clash test configuration in Navisworks — rules, tolerances, discipline filters, and clash set management — alongside conflict categorisation frameworks that distinguish hard clashes, soft clashes, and workflow clashes by severity and resolution priority. Participants develop MEP coordination workflows, structural-MEP interface resolution protocols, and architectural-engineering alignment procedures. The module addresses resolution tracking using BCF (BIM Collaboration Format) and coordination issue registers, and applies these techniques to multi-storey building, transportation infrastructure, and complex industrial project contexts typical of Saudi Arabia, UAE, and Qatar construction programmes.
BIM Project Management and Team Leadership
Master the management structures and leadership competencies that determine whether BIM delivers project value or creates coordination friction. This module defines the responsibilities, decision authority, and escalation paths for BIM Managers, Modelling Leads, and Coordination Teams across architecture, structural, MEP, and specialty contractor organisations. Participants develop communication protocols, model review workflows, and approval processes that keep multidisciplinary BIM environments productive and accountable. The module addresses how to scale BIM governance to project complexity — from single-building fit-out projects to infrastructure megaprojects — and how to manage BIM teams operating across time zones, languages, and organisational structures in the GCC construction environment. Particular attention is given to contractor-consultant interface management and the authority structures that prevent coordination gaps from becoming contractual disputes.
Advanced Scheduling and 4D Project Visualisation
Connect BIM models to project schedules in Primavera P6 or Microsoft Project — the scheduling platforms mandated on major infrastructure contracts across Saudi Arabia, UAE, and Qatar — and build the time dimension into the model to validate construction sequences and identify programme conflicts before they affect the site. This module covers 4D link creation, model selection set management, schedule activity mapping, and simulation output configuration in Navisworks TimeLiner. Participants generate 4D animations for stakeholder communication, design review, and tender submission, and learn to use the 4D model for critical path analysis, construction sequence optimisation, and schedule delay impact assessment. The module also addresses how to present 4D simulation outputs to government project owners, PMC consultants, and main contractor planning teams in a GCC project environment.
BIM Standards, Protocols, and Digital Delivery
Develop the BIM standards that ensure quality, consistency, and transferability across teams, projects, and client organisations. This module covers BIM Execution Plan authoring in full — modelling standards, model organisation, LOD specifications per discipline and project phase, information exchange requirements, and the quality management obligations that align with ISO 19650-2. Participants learn to implement compliance checking using automated model auditing workflows and to prepare models for operational handover — structuring data to support facility management, asset registers, and COBie export. The module also covers how to document BIM standards in a format that survives staff turnover and can be enforced consistently across multiple simultaneous projects in a GCC contracting or consultancy organisation.
Multidisciplinary Coordination and Collaboration
Lead coordination between multiple design disciplines, contractors, and specialist subcontractors — the operational core of the BIM Manager and BIM Coordinator roles on complex GCC construction projects. This module develops clash resolution protocols, conflict prioritisation systems, and decision-making frameworks for cross-discipline coordination issues. Participants learn to facilitate BIM coordination meetings, manage geographically distributed design teams, and maintain coordination issue registers that track conflict status through to close-out. The module addresses the common failure patterns in multidisciplinary coordination — MEP-structural clashes in transfer slab zones, architectural-MEP ceiling clearance failures, and service routing conflicts on MEP-dense commercial and hospitality projects — and develops systematic approaches to preventing them through early-stage model review disciplines. Applications span residential towers, commercial mixed-use developments, healthcare facilities, and civil infrastructure projects typical of the GCC construction market.
BIM Analytics, Reporting, and Decision Support
Convert BIM model data into the analyses, dashboards, and reports that drive project decisions and build stakeholder confidence. This module covers quantity extraction and schedule reporting from coordinated models, cost data integration, and progress tracking workflows that align model status with earned value reporting. Participants learn to generate visualisation reports for owner presentations, consultant design reviews, and contractor progress meetings — structuring BIM outputs in the formats that resonate with different audience types in the GCC project environment. The module also addresses how to use BIM data for predictive analysis, risk identification, and performance benchmarking — and how to develop the data literacy within project teams that makes BIM reporting a genuine decision-support tool rather than a compliance deliverable.
Real-World Project Application and Career Readiness
Apply the full programme skill set to a comprehensive capstone project that mirrors actual BIM management scenarios from the GCC construction sector. Participants coordinate a multidisciplinary model set, resolve clashes systematically, develop a 4D construction schedule, produce a BEP, and deliver a complete suite of professional BIM management documents. The capstone is designed to produce portfolio-ready outputs — demonstrating competencies directly to prospective employers in BIM management, VDC coordination, and project engineering roles across Saudi Arabia, UAE, Qatar, and the wider GCC market. The module concludes with career preparation support: portfolio structuring, credential pathway guidance aligned with GCC employer expectations, and interview preparation for BIM Manager, BIM Coordinator, VDC Manager, Project Engineer, and Project Planner positions in architecture, engineering, and construction organisations across the Middle East.
Software, Standards & Platforms
Course Outcome
On completing this programme, you will be able to create and manage coordinated BIM models across architecture, structure, MEP, and specialty systems; lead multidisciplinary teams using BIM standards, protocols, and communication frameworks; identify and resolve spatial conflicts systematically before construction; link models to schedules and create 4D visualisations for project planning and stakeholder communication; implement data management systems that ensure consistent, reliable information across projects; develop BIM Execution Plans and enforce quality standards across distributed teams; extract intelligence from BIM models for cost analysis, scheduling, and sustainability reporting; and manage BIM projects in complex construction environments including buildings, infrastructure, and industrial facilities. These competencies are directly applicable to BIM Manager, BIM Coordinator, Virtual Design and Construction (VDC) Manager, Project Engineer, and Project Planner roles across the Middle East construction sector.