The Building Information Modelling (BIM) Advanced Training Course offered by Oxford Training Centre is designed for experienced professionals aiming to enhance their technical capabilities and strategic application of BIM methodologies across complex construction and infrastructure projects. Positioned among comprehensive project management training courses, this programme offers an in-depth and structured exploration of advanced BIM workflows, model-based collaboration strategies, and digital coordination techniques used in real-world projects.
This advanced-level course builds on foundational BIM knowledge, focusing on high-level model integration, BIM execution planning, clash detection, and multi-disciplinary coordination in architecture, engineering, and construction environments. The course explores key functions such as 4D/5D simulation, cloud-based collaboration, and project lifecycle integration, making it an ideal platform for those seeking training in advanced BIM tools for engineering and design teams.
Participants will gain practical exposure to advanced 3D modelling and BIM integration training, using industry-standard software to manage design intent, simulate construction sequencing, and validate data integrity across diverse systems. The programme supports the growing need for industry-level BIM integration and model validation training, essential for managing performance, compliance, and collaboration across all project phases.
Objectives
- Strengthen technical skills through an advanced BIM training course for professionals involved in large-scale construction and infrastructure projects.
- Apply complex BIM workflows for enhanced design coordination, site sequencing, and lifecycle planning.
- Learn advanced techniques for BIM project coordination and clash detection, including rule-based and visual checks.
- Integrate models across architectural, structural, and MEP disciplines for seamless interdisciplinary collaboration.
- Develop expertise in model segmentation, federation, and use of common data environments (CDEs).
- Understand processes for model validation, quality assurance, and issue tracking in federated project environments.
- Use BIM tools to simulate project phasing, resource planning, and material procurement through 4D and 5D methodologies.
- Apply BIM execution planning and model-based collaboration for consistent information exchange throughout the project lifecycle.
- Address information requirements (AIRs, PIRs, EIRs) and digital handover practices aligned with industry standards.
- Build capacity for advanced BIM project management and data coordination across design and construction teams.
Target Audience
- Architects, engineers, and BIM managers with practical experience looking to master building information modelling training for advanced users.
- Project coordinators, planners, and digital engineers working in multi-disciplinary project teams managing data-intensive processes.
- Construction professionals, site engineers, and general contractors implementing advanced BIM for site logistics and construction management.
- Consultants and project delivery managers overseeing large capital programmes and responsible for advanced BIM for design, planning, and construction.
- VDC (Virtual Design and Construction) specialists focused on BIM software and modelling strategies for advanced project delivery.
- Team leaders and technical coordinators involved in clash detection, schedule simulation, and issue resolution.
- Professionals involved in BIM audits, model checking, or compliance reporting across asset development.
- Individuals completing other project management training courses seeking BIM specialisation for integrated delivery approaches.
- Facilities managers and owners’ representatives responsible for ensuring BIM-enabled digital twin and asset handover readiness.
How Will Attendees Benefit?
- Acquire cutting-edge skills through a professional BIM development training course applicable to complex infrastructure and building projects.
- Enhance productivity by implementing complex BIM workflows and data management training tailored to multi-user, multi-software environments.
- Gain fluency in model coordination, integration, and issue tracking to reduce rework and improve project delivery timelines.
- Learn how to simulate construction sequences, manage risks, and optimise resource planning through 4D/5D model strategies.
- Improve collaboration across design, engineering, and site teams using structured BIM execution planning and model-based collaboration techniques.
- Strengthen your ability to lead BIM coordination meetings with actionable insights drawn from clash detection reports and model audits.
- Master CDE protocols, naming conventions, model exchange standards, and approval workflows for enhanced project control.
- Increase your capability in leading digital transformation across construction projects using BIM-enabled strategies.
- Gain career-enhancing expertise that supports leadership in advanced BIM project management and data coordination functions.
Course Content
Module 1: BIM Strategy, Standards, and Execution Planning
- Understanding the BIM maturity model and key ISO standards
- Developing project-specific BIM execution plans (BEPs)
- Aligning stakeholder information requirements and data responsibilities
Module 2: Advanced 3D Modelling and Data Integration
- Model authoring across architectural, structural, and MEP disciplines
- Federation of discipline models and geometric coordination
- Techniques for advanced 3D modelling and BIM integration training
Module 3: Clash Detection and Issue Resolution Techniques
- Introduction to rule-based clash detection methods
- Setting tolerances, classifications, and reporting protocols
- Practical application of BIM project coordination and clash detection course tools
Module 4: Model Validation, Quality Assurance, and Auditing
- Conducting model audits and checking compliance with naming standards
- Evaluating geometry, metadata, and parameter consistency
- Using digital tools for automated rule checking and error identification
Module 5: 4D/5D BIM for Construction Simulation and Cost Analysis
- Linking models with schedules for time simulation
- Integrating quantity take-offs and budget forecasting
- Techniques for advanced BIM for design, planning, and construction simulation
Module 6: Collaborative Workflows and Common Data Environments (CDEs)
- Setting up and managing CDEs for secure data exchange
- Version control, file organisation, and approval workflows
- Implementing model-based collaboration across distributed teams
Module 7: Project Coordination and Interdisciplinary Workflows
- Aligning BIM with traditional project control tools
- Scheduling handoffs, design reviews, and coordination workshops
- Supporting BIM software and modelling strategies for advanced project delivery
Module 8: Lifecycle Information Management and Asset Handover
- Embedding asset data into models for FM readiness
- Supporting COBie and digital twin development
- Ensuring compliance with industry-level BIM integration and model validation training
Module 9: Practical Lab – Model Integration and Clash Resolution Exercise
- Hands-on group activity to federate models
- Identification and classification of clashes
- Resolution strategies and reporting for client coordination
Module 10: Final Project – BIM Strategy and Execution Plan Submission
- Participants develop a full BEP aligned with ISO 19650
- Submission of workflows, tools, and protocols for a simulated project
- Peer and instructor feedback on advanced BIM implementation strategies