A structural beam and a ventilation duct occupying the same space is cheap to fix on a screen and expensive to fix on site — which is exactly the gap Building Information Modelling is built to close. The Catching Problems Before They're Built: BIM for Digital Construction Projects Training Course by Arab British Fellowship Training Academy trains construction professionals to model, coordinate and manage projects digitally, long before the first trench is dug.

Delivered under our Construction and Civil Engineering Training Courses, the programme covers 3D modelling, Revit-based workflows, multidisciplinary coordination, clash detection, and how BIM connects into construction planning and project management. Participants finish able to build, coordinate and manage a working digital model that different disciplines can actually rely on.

• Understand the principles of Building Information Modelling and how it changes construction delivery.
• Apply 3D modelling concepts to building and infrastructure projects, and build familiarity with Revit-based workflows.
• Understand multidisciplinary model development, information exchange and data requirements.
• Improve collaboration between architects, engineers, contractors and project managers working in one model.
• Apply clash detection techniques to identify design and coordination conflicts early.
• Develop effective BIM coordination processes across project disciplines.
• Connect BIM outputs to construction planning, sequencing and project management.
• Understand BIM information structures, standards and governance requirements.
• Support digital construction delivery through coordinated, standards-compliant information models.
• Improve project quality, efficiency and coordination through BIM-enabled workflows.

Target Audience

• BIM managers, coordinators and modelers
• Architects and design managers
• Civil, structural and MEP engineers
• Construction and construction project managers
• Digital engineering and Revit professionals
• Planning engineers
• Contractors and consultants
• Professionals involved in digital construction and project coordination

Module 1: Finding Clashes on a Screen, Not on Site — Why Construction Needs BIM

• The real cost of design conflicts discovered during construction
• What BIM changes about project delivery
• BIM across the project lifecycle: design, construction, operation
• Key roles and responsibilities in a BIM project

Module 2: From 2D to Intelligent Models: BIM Fundamentals and 3D Modelling

• Core BIM principles and terminology
• 3D modelling concepts for buildings and infrastructure
• Levels of detail and model development
• Parametric modelling basics

Module 3: Modelling in Practice: Revit and BIM-Based Workflows

• Revit fundamentals for BIM-based project workflows
• Digital construction workflows across disciplines
• Working with families, elements and model data
• From single-discipline models to a federated model

Module 4: Working Together in One Model: Coordination and Collaboration

• Multidisciplinary model development
• Information exchange between architects, engineers and contractors
• Coordination meetings and model review cycles
• Managing model ownership and version control

Module 5: Catching Problems Early: Clash Detection and Design Coordination

• Clash detection principles and tools
• Categorising and resolving design and coordination conflicts
• Coordinated design reviews
• Reducing rework through early conflict resolution

Module 6: BIM Beyond Design: Planning, Construction and Project Management

• Using BIM for construction planning and sequencing
• Linking models to schedules and project data
• Model-based quantities and progress tracking
• Supporting project management decisions with model information

Module 7: Information That Travels: Digital Engineering and Information Management

• BIM information structures and data requirements
• Managing information across project stages
• Model-based communication and visualisation
• Handover information and asset data

Module 8: Making BIM Stick: Standards, Governance and Integrated Delivery

• BIM standards and implementation requirements
• Governance structures for BIM projects
• Roles, responsibilities and quality control
• Delivering an integrated, coordinated BIM project from design to handover