A clash between a structural beam and an HVAC duct is cheap to fix on screen and expensive to fix on site — which is precisely the kind of costly rework that Building Information Modeling (BIM) is designed to prevent, by catching conflicts before construction ever begins.

The Arab British Fellowship Training Academy offers this specialized programme in Building Information Modeling (BIM) to help engineering and professional staff master modern, data-integrated modeling across the full project lifecycle — from initial concept through operation and maintenance.

The programme covers both the theory and the practice of BIM in multidisciplinary environments, focusing on modeling, analysis, and coordination across architectural, structural, and MEP (mechanical, electrical, plumbing) disciplines, alongside data management, scheduling, cost analysis, international standards, and organizational rollout.

Who Should Attend?

• Architects and civil engineers involved in design, supervision, and construction.
• Project managers and planners in the construction and infrastructure sectors.
• Facility and building operations and maintenance specialists.
• Quality, cost, and compliance officers in contracting companies and consultancy firms.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

• Understand the core concepts, structure, and importance of BIM in modern projects.
• Coordinate effectively across architectural, structural, and MEP disciplines using a shared BIM model.
• Apply data management, quantity take-off, and cost estimation methodologies within the BIM model.
• Use BIM for scheduling, operational planning, and facility management after handover.
• Manage BIM implementation within organizations according to international standards.

• Module 1: From Blueprints to Digital Twins — Why BIM Changes the Game
  • Origins of BIM and the key differences between CAD and BIM.
  • The 3D, 4D (time), and 5D (cost) dimensions of BIM and how they improve project performance.
  • Strategic benefits: higher design quality, fewer errors, better collaboration, and stronger decision support.
• Module 2: Standards, Common Data Environments and Team Collaboration
  • International standards such as ISO 19650 and project delivery models.
  • The Common Data Environment (CDE): concept, benefits, and document management tools.
  • Organizing roles, permissions, and coordination among multiple disciplines within a digital environment.
• Module 3: Architectural and Structural Modeling in a Shared Model
  • Modeling walls, ceilings, windows, doors, and using intelligent object libraries.
  • Managing grids, levels, and spatial relationships; producing plans, elevations, and technical output.
  • Detailed structural modeling of columns, beams, and foundations, linked to structural analysis.
  • Detecting clashes and tracking joint modifications between architectural and structural models.
• Module 4: MEP Systems and Multidisciplinary Coordination
  • Modeling HVAC, electrical, and plumbing systems and their distribution networks.
  • Path planning, load distribution checks, and proactive clash detection across disciplines.
  • Preparing models for external analysis and exchanging data between systems.
• Module 5: Data Classification, Quantities and Cost Control
  • Coding project elements and generating accurate quantity and material reports.
  • Automatic quantity take-off to reduce waste and improve estimation accuracy.
  • Dynamic cost analysis integrating cost with time (5D) and real-time financial reporting.
  • Controlling access permissions, protecting intellectual property, and managing backups and versions.
• Module 6: 4D Scheduling and Contract Management
  • Simulating project progress virtually and predicting potential delays.
  • Critical path analysis and reordering activities to improve efficiency.
  • Automatic schedule updates as the model responds to real-world changes.
  • Linking BIM to contract processes, tender documents, and financial/technical compliance monitoring.
• Module 7: Operational Performance, Facility and Asset Management
  • Estimating energy and water consumption and running environmental simulations.
  • Preparing the model for handover: operation and maintenance data, and documentation.
  • Tracking equipment condition, planning preventive maintenance, and linking BIM to smart FM systems.
  • Assessing building lifecycle costs and supporting renovation and upgrade decisions.
• Module 8: Rolling Out BIM Across an Organization
  • Implementation stages, adoption roadmap, and defining organizational roles and responsibilities.
  • Developing institutional policies and procedures for BIM adoption.
  • Measuring BIM maturity, operational capability, and preparing continuous performance reports.
• Module 9: The Future of BIM in the Construction Job Market
  • Overcoming technical and human obstacles to BIM adoption.
  • Opportunities created by digital transformation in construction.
  • Enhancing organizational and individual competitiveness through BIM expertise.