BIM ISO 19650-2: Training and Company Certification Solutions

This service is aligned with the United Nations Sustainable Development Goals (SDGs).

 

Building Information Modeling (BIM) technologies offer innovative digital approaches for the execution of construction projects and facility management. The digitalization of construction through BIM marks the beginning of a new era of smart and sustainable infrastructure, as climate change, resource optimization, and technological advancement pose some of the major challenges of the future.

BIM serves as a key tool in the digital transformation of the construction sector. It is based on the use of intelligent digital models that provide the necessary information to enable design, planning, construction, and operation of facilities and infrastructure in a faster, more cost-effective, higher-quality, and environmentally friendly manner—through collaborative work processes.

BIM can be applied to construction projects and facilities of all sizes and levels of complexity. This includes large buildings, infrastructure networks, individual structures, and equipment. It is applicable throughout their entire lifecycle, from strategic planning, design, implementation, operation, maintenance, renovation, and repair, all the way through to demolition.

What BIM introduces is the 3D visual representation of a project’s functions—not just its geometry. With various tools, it organizes all actions and information required for its implementation. In doing so, new dimensions are added to construction, such as 4D which represents time, 5D which represents cost, 6D which refers to energy analysis, and 7D which refers to project management.

The benefits of implementing BIM include enhanced efficiency achieved through the reduction of errors and changes across the design, construction, operation, and maintenance phases, as well as a significant decrease in both risk and cost. BIM improves design processes, facilitates better coordination of construction activities, and enables effective monitoring of facility and infrastructure operations. The use of BIM technologies offers:

• Faster communication and collaboration among all involved parties
• Improved management of design, construction, and operational data
• Optimization of workflows and coordination during the design phase
• Better analysis of studies and simulation of system interfaces
• Accuracy in estimating required material quantities
• Increased productivity during construction and faster project delivery
• Reliable information for asset management
• Enhanced management throughout the entire lifecycle of a project or facility
• Reduced risk and increased safety across all stages of implementation and operation

By applying BIM, processes and analyses that were previously complex, time-consuming, and expensive become more manageable and efficient.

Although BIM is a relatively new technology, the remarkable benefits gained from its early applications have led to the strong conviction that its use will expand and eventually become an integral part of the design and construction process.

Today, BIM has started to be implemented in most countries around the world, supported by national guidelines and international standards. According to global research on BIM usage, 78% of professionals agree that BIM is the future of construction projects, 31% are already using BIM, and 19 out of 20 professionals report that they will incorporate BIM within the next five years. BIM is rapidly growing in many countries. In Europe, its integration has seen a 50% increase in the last 5 years.

The Ministry of Infrastructure and Transport is completing the "National Strategy" and "Roadmap" for the implementation of BIM. The National Strategy develops a coherent strategic plan with a clear vision and goals, taking into account European proposals and examples, and prioritizing the digital transformation of the country's construction sector. It sets specific strategic axes, actions, and interventions. The "Roadmap" for implementing BIM in Greece outlines the key steps, timeline, and necessary resources for carrying out the proposed interventions.

BIM, both as a technology and as a functional process, has already begun to be implemented in Greece. Notable examples include the Athens Metro Line 4 project and the urban redevelopment of the former airport at Elliniko. Many companies and professionals are already confirming the multiple benefits and the fact that BIM is here to stay.

TÜV HELLAS (TÜV NORD) recognizes the need for the digital transition of the construction industry to BIM, as well as the benefits that arise from its use. It embraces and supports efforts to implement the technologies and processes for managing construction information. BIM is becoming a fundamental tool for the construction industry. Familiarity with information management practices and their integration into models will increasingly be essential for professionals in the field.

The advantages offered by BIM in terms of quality, reduction of design and construction time, as well as cost, have contributed to most companies in the industry overcoming any uncertainty regarding the digital processes of BIM in the design and construction of a project. However, internal operational barriers related to staff training in BIM and project information management may impact the transition process.

To confirm the application of Building Information Modeling (BIM), as required in tenders from both the public and private sectors, the development, implementation, and certification of actions according to the requirements of the International Standard ISO 19650-2 are necessary. Therefore, the certification of an organization under ISO 19650-2 serves as the sole external confirmation of the correct application of information management (BIM) across various sectors, at different stages of a project, and in different locations.

TÜV HELLAS (TÜV NORD) conducts training seminars that analyze the requirements for applying the ISO 19650-2 standard, which pertains to managing construction information during the execution of BIM-based projects. These seminars equip participants with the necessary knowledge to ensure that their company can develop an Information Management System according to ISO 19650-2. The seminar content covers the terminology of the standard, analyzes the application requirements for the involved parties, and describes the responsibility for information management and its application by organizations. Specifically, the following topics are included:

• Introduction to BIM and the series of International Standards ISO 19650
• Core principles and concepts of BIM
• Stakeholders involved in the implementation and application of ISO 19650-2
• Key technological concepts of BIM
• Overview of BIM information management requirements according to ISO 19650-2
• Detailed analysis of the application requirements of ISO 19650-2
• Key conclusions for the implementation of ISO 19650-2 requirements by involved parties

The TÜV HELLAS (TÜV NORD) seminar expands participants' knowledge of the ISO 19650-2 standard, thereby ensuring confirmation of its correct application.

Certification with the International Standard ISO 19650-2 provides a competitive advantage for companies seeking to play a dominant role in the new digital reality and the sustainable development of the country.

Through its network of experienced and highly trained inspectors, TÜV HELLAS (TÜV NORD) offers inspection and certification services to organizations that manage construction implementation information based on the requirements of the International Standard ISO 19650-2 for the execution of BIM-based projects.

WHAT ARE THE BENEFITS OF ISO 19650-2 CERTIFICATION:

• External endorsement – Confirmation of compliance with the standard's requirements by an independent, impartial, and reliable Certification Body, TÜV Hellas TÜV NORD.
• Increased trust between stakeholders (transparency, adherence to legislation).
• National and international recognition from involved parties (government, financial institutions, technical companies and manufacturers, investors, consumers).
• Creation of collaboration opportunities at both the national and international levels.
• Certification: A journey of continuous improvement in sustainability, safety, and efficiency.