Course Details

Digital Engineering and BIM within FIDIC Contractual Frameworks Training Course

INTRODUCTION

This essential training course provides comprehensive knowledge and practical skills for integrating Digital Engineering (DE) and Building Information Modelling (BIM) within FIDIC Contractual Frameworks. Recognizing the transformative potential of DE and BIM to enhance project efficiency, collaboration, and data management, this program equips participants with a systematic understanding of how to align digital workflows with FIDIC's established contractual mechanisms. Participants will gain deep insights into defining BIM requirements, managing digital deliverables, addressing intellectual property and liability issues in a digital environment, and adapting existing FIDIC clauses to encompass advanced digital practices, all crucial for unlocking the full benefits of digitalization in complex infrastructure projects.

This course is designed for project owners, contractors, engineers, and legal professionals who are embracing digital transformation in the construction sector and operating under FIDIC contracts. It bridges the gap between traditional contractual approaches and cutting-edge digital methodologies, empowering participants to leverage BIM and DE effectively while maintaining strict contractual compliance and mitigating emerging digital risks.

DURATION

10 days

TARGET AUDIENCE

This course is specifically designed for professionals involved in construction and engineering projects governed by FIDIC Contracts who are adopting or planning to adopt Digital Engineering and BIM, including:

• Project Managers and Directors.
• Contract Managers and Administrators.
• BIM Managers and Coordinators.
• Digital Engineering Leads.
• Legal Counsel and Commercial Managers.

OBJECTIVES

Upon completion of this course, participants will be able to:

• Understand the principles of Digital Engineering (DE) and BIM in construction.
• Identify the contractual implications of implementing BIM under FIDIC.
• Master drafting BIM requirements and protocols compatible with FIDIC.
• Navigate intellectual property and liability issues related to digital models and data.
• Adapt FIDIC clauses to effectively manage digital deliverables and workflows.

MODULES

Module 1: Introduction to Digital Engineering, BIM, and FIDIC

• Define Digital Engineering (DE), Building Information Modelling (BIM), and their benefits in infrastructure projects.
• Explore the different BIM dimensions (3D, 4D, 5D, 6D) and their applications.
• Understand the conceptual interaction between DE/BIM and traditional contractual frameworks like FIDIC.
• Discuss the industry drivers for adopting DE/BIM (e.g., efficiency, collaboration, risk reduction).
• Examine the current state of digital adoption in the global construction sector.

Module 2: Contractual Implications of BIM Implementation in FIDIC

• Understand how BIM changes the traditional contractual paradigm (e.g., information flow, responsibility).
• Discuss the need for a "BIM Protocol" or "BIM Execution Plan (BEP)" as a contract document.
• Explore the interaction between the BEP and the FIDIC General and Particular Conditions.
• Examine the legal status of digital models and data as deliverables.
• Learn about common contractual gaps when integrating BIM without proper adaptation.

Module 3: Defining BIM Requirements in Employer's Requirements (ERs)

• Understand how to clearly articulate BIM requirements within the FIDIC Employer's Requirements.
• Discuss specifying the Level of Information Need (LOIN) or Level of Development (LOD) at various project stages.
• Explore the definition of information uses and purposes for the BIM model.
• Examine requirements for common data environments (CDEs) and data exchange formats.
• Learn about aligning BIM requirements with the project's overall objectives and outcomes.

Module 4: Managing Digital Deliverables and Information Flow

• Understand the Contractor's obligations for generating and submitting digital models and data.
• Discuss the Engineer's or Employer's process for reviewing and accepting digital deliverables.
• Explore the contractual implications of timeliness and quality of digital submissions.
• Examine procedures for information exchange, clash detection, and coordination using BIM.
• Learn about managing revisions and version control of digital models.

Module 5: Intellectual Property (IP) and Licensing of Digital Assets

• Understand the ownership of Intellectual Property Rights (IPR) in BIM models and associated data.
• Discuss the licensing of digital content between parties (Employer, Engineer, Contractor, Subcontractors).
• Explore the limitations on use and the scope of permissible sharing of digital assets.
• Examine strategies for protecting proprietary design and modeling information.
• Learn about contractual clauses to address IP issues arising from BIM use.

Module 6: Liability, Risk, and Digital Design Errors

• Understand the allocation of liability for errors or omissions within BIM models.
• Discuss the impact of BIM on the standard of care for design professionals.
• Explore the concept of "reliance" on digital information by different project parties.
• Examine the role of insurance in covering risks associated with digital design and data.
• Learn about contractual clauses to mitigate liability arising from digital design failures or data inconsistencies.

Module 7: Adapting FIDIC Clauses for Digital Engineering

• Identify specific FIDIC clauses that require adaptation to accommodate DE/BIM workflows.
• Discuss modifications to clauses related to drawings, documents, and instructions.
• Explore adjustments to claims procedures when digital information is the basis of a claim.
• Examine the impact of BIM on measurement, valuation, and payment clauses.
• Learn about drafting bespoke Particular Conditions to address DE/BIM complexities.

Module 8: Dispute Avoidance and Future Trends in Digital Contracting

• Understand how BIM can be a tool for dispute avoidance through improved collaboration and visualization.
• Discuss the role of the DAAB/DAB in resolving disputes related to BIM models or data.
• Explore the use of digital twins for operational and maintenance phases and their contractual implications.
• Examine emerging concepts like Smart Contracts and Blockchain in the context of FIDIC.
• Learn about best practices for fostering a culture of digital collaboration and contract compliance.
• CERTIFICATION
• Upon successful completion of this training, participants will be issued with a Macskills Training and Development Institute Certificate
• TRAINING VENUE
• Training will be held at Macskills Training Centre. We also tailor make the training upon request at different locations across the world.
• AIRPORT PICK UP AND ACCOMMODATION
• Airport pick up and accommodation is arranged upon request
• TERMS OF PAYMENT
• Payment should be made to Macskills Development Institute bank account before the start of the training and receipts sent to info@macskillsdevelopment.com