Speaker
Description
The Facility for Antiproton and Ion Research (FAIR), currently under construction in Darmstadt, Germany, is one of the largest and most technically challenging research infrastructure projects in Europe. The project combines large-scale civil construction, complex accelerator and infrastructure systems, and scientific installations within a highly interconnected international project environment.
A key aspect of FAIR is the implementation of numerous international in-kind contributions. Accelerator and experiment components are developed, manufactured, and delivered by partner institutions from different member states. This model supports scientific collaboration, technology transfer, and the shared financing of complex infrastructure components. At the same time, it creates major organizational and technical challenges, since different engineering standards, procurement processes, national regulations, and planning cultures must be coordinated within one common project structure.
The experience from FAIR clearly shows that projects of this scale cannot be successfully realized through technical expertise alone. The large number of interdependencies between procurement, installation, commissioning activities, and scientific but also financing and regulatory requirements creates a level of complexity that can no longer be managed without the highest level of professional and integrated project management. Additional constraints and acceptance.
In this context, the FAIR Project Management Office (FAIR PMO) developed over the course of the project from a traditional reporting and controlling function into a central integration and coordination organization. Schedule planning, risk and cost management, quality management, international supplier and in-kind coordination, as well as configuration and data management, have been closely connected within one integrated management framework. A particular focus is placed on linking technical planning with risk and forecasting methods. Schedule planning, technical maturity, delivery status, resource availability, and risk developments are continuously consolidated and evaluated together. In addition, probabilistic and holistic risk and schedule assessment methods are used to represent uncertainties more realistically and to identify critical developments at an early stage. The FAIR experience also highlights the importance of clear project management structures. Methods and tools alone are not sufficient in highly complex research infrastructure projects. What is essential is the ability to identify the key main objectives and to maintain the necessary highest focus to achieve these objectives despite the technical, organizational and strategic interdependencies and complexity.
This paper describes the integrated FAIR project management approach and the role of the PMO in coordinating multidisciplinary project activities within the FAIR and GSI campus environment.
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