University Hospital of the Technical University of Munich (TUM University Hospital) - Renovation and expansion of radiology department / Replacement of major radiology equipment with corresponding construction work (Building 502) – Services for technical building equipment, plant groups 4, 5 and 6, phases 1-9 in accordance with §§ 53 ff. HOAI

The TUM University Hospital Rechts der Isar, Technical Operations and Construction in Germany from Europe region has released this tender for The TUM University Hospital Rechts der Isar is planning the renovation and expansion of its radiology department, including the replacement of major radiology equipment, with a corresponding construction project (Building 502) on the hospitals main campus in Munich-Haidhausen. This project aims to ensure the long-term sustainability and further development of radiological services at the hospital site. The existing radiology department is located in Building 502, one of the oldest parts of the hospital complex. The existing building structure and technical systems only partially meet the requirements of a modern radiology practice. At the same time, numerous large imaging devices will reach the end of their service life in the coming years, posing a short-term risk of breakdowns and limitations in patient care. Radiology is a central diagnostic facility for all clinical departments. Simultaneously, the number of examinations, particularly in the area of ​​magnetic resonance imaging (MRI), has been steadily increasing for years. The existing space and the functional layout of the examination and work areas do not allow for the necessary expansion. To meet the demands of modern, cutting-edge university medicine, a comprehensive structural and technical restructuring is therefore necessary. The core of the project is the combination of renovating and restructuring the existing spaces in Building 502 and constructing an extension in the southern courtyard. This extension will create additional space, particularly needed for MRI diagnostics. The new building will be directly connected to the existing structure and will allow the MRI units to be consolidated into a modern functional cluster with associated preparation, changing, waiting, and technical areas. This will significantly improve diagnostic processes and sustainably eliminate capacity bottlenecks. Relocating the MRI departments to the new building simultaneously creates development opportunities within the existing building. The freed-up space will be used to restructure CT and X-ray diagnostics and adapt them to current operational requirements. Plans include new room layouts, optimized patient routes, additional waiting and preparation areas, and modern workspaces for medical and technical staff. Surfaces will also be renovated and functional processes within the department improved. Alongside the construction work, a comprehensive modernization of the technical infrastructure will take place. This particularly affects the areas of power supply, emergency power supply, building automation, IT, ventilation, heating, plumbing, and medical gases. To supply the new large-scale equipment, the existing transformer station will be expanded and the electrical infrastructure fundamentally upgraded.Furthermore, new installation routes are being created to ensure the long-term provision of radiology services. The ventilation and air conditioning systems are also being adapted to the requirements of modern MRI and CT scanners. As part of the project, extensive fire protection and renovation measures are being implemented in the existing building. These include upgrading existing structural components, adapting escape routes, structural reinforcement, and modernizing outdated electrical distribution systems. In some cases, interventions in load-bearing structural elements are necessary to realize the new room layout and the connection of the extension. At the same time, the necessary infrastructure is being created to permanently withstand the increased loads of modern medical technology. Implementation while the hospital remains fully operational presents a particular challenge. Radiological services must be maintained as uninterrupted as possible throughout the entire construction period. For this reason, a multi-phase construction model has been developed. First, preparatory measures and the construction of the extension will be carried out. After its commissioning, the renovations to the existing building will be carried out in phases. This approach ensures that necessary examination and treatment capacities are maintained during the construction period and that disruptions for patients and staff are minimized. The hospitals inner-city location and the limited space in the inner courtyard necessitate special measures in construction logistics. All deliveries and construction traffic must be organized with consideration for ongoing hospital operations and adjacent traffic areas. Extensive measures are also planned to protect against dust, noise, and vibrations. This project will create the conditions necessary to ensure the future viability of the radiology department at the TUM University Hospital rechts der Isar, both technically, functionally, and organizationally. By renewing the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized, and the conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of the construction project in September 2032, and commencement of use in January 2033. This tender is intended to award the following services (in stages): Technical equipment, plant groups 4, 5, and 6, service phases 1-9 in accordance with Sections 53 et seq. of the German Fee Structure for Architects and Engineers (HOAI).to ensure the long-term provision of radiology services. The ventilation and air conditioning systems are also being adapted to the requirements of modern MRI and CT scanners. As part of the project, extensive fire protection and renovation measures are being implemented in the existing building. These include upgrading existing structural components, adapting escape routes, structural reinforcement, and modernizing outdated electrical distribution systems. In some cases, interventions in load-bearing components are necessary to realize the new spatial structure and the connection of the extension. At the same time, the necessary infrastructure is being created to permanently withstand the increased loads of modern medical technology. Implementation while the hospital remains fully operational presents a particular challenge. Radiological services must be maintained as uninterrupted as possible throughout the entire construction period. For this reason, a multi-phase construction model has been developed. Preparatory measures and the construction of the extension will be carried out first. After its commissioning, the renovations to the existing building will be carried out in phases. This approach ensures that necessary examination and treatment capacities are maintained during the construction period and that disruptions for patients and staff are minimized. The hospitals inner-city location and the limited space in the inner courtyard necessitate special measures in construction logistics. All deliveries and construction traffic must be organized with consideration for ongoing hospital operations and adjacent traffic areas. Extensive measures are also planned to protect against dust, noise, and vibrations. This project will create the conditions necessary to ensure the future viability of the radiology department at the TUM University Hospital rechts der Isar, both technically, functionally, and organizationally. By renewing the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized, and the conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of the construction project in September 2032, and commencement of use in January 2033. This tender is intended to award the following services (in stages): Technical equipment, plant groups 4, 5, and 6, service phases 1-9 in accordance with Sections 53 et seq. of the German Fee Structure for Architects and Engineers (HOAI).to ensure the long-term provision of radiology services. The ventilation and air conditioning systems are also being adapted to the requirements of modern MRI and CT scanners. As part of the project, extensive fire protection and renovation measures are being implemented in the existing building. These include upgrading existing structural components, adapting escape routes, structural reinforcement, and modernizing outdated electrical distribution systems. In some cases, interventions in load-bearing components are necessary to realize the new spatial structure and the connection of the extension. At the same time, the necessary infrastructure is being created to permanently withstand the increased loads of modern medical technology. Implementation while the hospital remains fully operational presents a particular challenge. Radiological services must be maintained as uninterrupted as possible throughout the entire construction period. For this reason, a multi-phase construction model has been developed. Preparatory measures and the construction of the extension will be carried out first. After its commissioning, the renovations to the existing building will be carried out in phases. This approach ensures that necessary examination and treatment capacities are maintained during the construction period and that disruptions for patients and staff are minimized. The hospitals inner-city location and the limited space in the inner courtyard necessitate special measures in construction logistics. All deliveries and construction traffic must be organized with consideration for ongoing hospital operations and adjacent traffic areas. Extensive measures are also planned to protect against dust, noise, and vibrations. This project will create the conditions necessary to ensure the future viability of the radiology department at the TUM University Hospital rechts der Isar, both technically, functionally, and organizationally. By renewing the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized, and the conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of the construction project in September 2032, and commencement of use in January 2033. This tender is intended to award the following services (in stages): Technical equipment, plant groups 4, 5, and 6, service phases 1-9 in accordance with Sections 53 et seq. of the German Fee Structure for Architects and Engineers (HOAI).The ventilation and air conditioning systems are also being adapted to the requirements of modern MRI and CT scanners. As part of the project, extensive fire protection and renovation measures are being implemented in the existing building. These include upgrading existing structural components, adapting escape routes, structural reinforcement, and modernizing outdated electrical distribution systems. In some cases, interventions in load-bearing components are necessary to realize the new room layout and the connection of the extension. At the same time, the necessary infrastructure is being created to permanently withstand the increased loads of modern medical technology. Implementation while the hospital remains fully operational presents a particular challenge. Radiological services must be maintained as uninterrupted as possible throughout the entire construction period. For this reason, a multi-phase construction model has been developed. First, preparatory measures and the construction of the extension will be carried out. After its commissioning, the renovations to the existing building will proceed in phases. This approach ensures that necessary examination and treatment capacities are maintained during construction and that disruptions for patients and staff are minimized. The hospitals inner-city location and the limited space in the inner courtyard necessitate special measures in construction logistics. All deliveries and construction traffic must be organized with consideration for ongoing hospital operations and adjacent traffic areas. Extensive measures are also planned to protect against dust, noise, and vibrations. This project will create the conditions necessary to ensure the future viability of the radiology department at the TUM University Hospital rechts der Isar, both technically, functionally, and organizationally. By renewing the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized, and the conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of the construction project in September 2032, and commencement of use in January 2033. This tender is intended to award the following services (in stages): Technical equipment, plant groups 4, 5, and 6, service phases 1-9 in accordance with Sections 53 et seq. of the German Fee Structure for Architects and Engineers (HOAI).The ventilation and air conditioning systems are also being adapted to the requirements of modern MRI and CT scanners. As part of the project, extensive fire protection and renovation measures are being implemented in the existing building. These include upgrading existing structural components, adapting escape routes, structural reinforcement, and modernizing outdated electrical distribution systems. In some cases, interventions in load-bearing components are necessary to realize the new room layout and the connection of the extension. At the same time, the necessary infrastructure is being created to permanently withstand the increased loads of modern medical technology. Implementation while the hospital remains fully operational presents a particular challenge. Radiological services must be maintained as uninterrupted as possible throughout the entire construction period. For this reason, a multi-phase construction model has been developed. First, preparatory measures and the construction of the extension will be carried out. After its commissioning, the renovations to the existing building will proceed in phases. This approach ensures that necessary examination and treatment capacities are maintained during construction and that disruptions for patients and staff are minimized. The hospitals inner-city location and the limited space in the inner courtyard necessitate special measures in construction logistics. All deliveries and construction traffic must be organized with consideration for ongoing hospital operations and adjacent traffic areas. Extensive measures are also planned to protect against dust, noise, and vibrations. This project will create the conditions necessary to ensure the future viability of the radiology department at the TUM University Hospital rechts der Isar, both technically, functionally, and organizationally. By renewing the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized, and the conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of the construction project in September 2032, and commencement of use in January 2033. This tender is intended to award the following services (in stages): Technical equipment, plant groups 4, 5, and 6, service phases 1-9 in accordance with Sections 53 et seq. of the German Fee Structure for Architects and Engineers (HOAI).The project includes adapting escape routes, implementing structural reinforcement measures, and modernizing outdated electrical distribution systems. In some cases, interventions in load-bearing components are necessary to realize the new spatial structure and connect the extension. Simultaneously, the necessary infrastructure is being created to permanently withstand the increased loads of modern medical technology. Implementation while the hospital remains fully operational presents a particular challenge. Radiological services must be maintained as uninterrupted as possible throughout the entire construction period. For this reason, a multi-phase construction model has been developed. First, preparatory measures and the construction of the extension will be carried out. Once the extension is operational, the existing building will be renovated in phases. This approach ensures that necessary examination and treatment capacities are maintained during construction and that disruptions for patients and staff are minimized. The hospitals inner-city location and the limited space in the courtyard also necessitate special measures in construction logistics. All deliveries and construction traffic must be organized with consideration for ongoing hospital operations and adjacent traffic areas. In addition, comprehensive measures are planned to protect against dust, noise, and vibrations. This project will create the necessary conditions to ensure the future viability of the radiology department at the TUM University Hospital rechts der Isar, in terms of technology, functionality, and organization. By renewing the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized, and the conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of the project in September 2032, and the commencement of operations in January 2033. The intention is to commission the following services (in stages) with this tender: Technical equipment, plant groups 4, 5 and 6, service phases 1-9 in accordance with §§ 53 ff. HOAI.The project includes adapting escape routes, implementing structural reinforcement measures, and modernizing outdated electrical distribution systems. In some cases, interventions in load-bearing components are necessary to realize the new spatial structure and connect the extension. Simultaneously, the necessary infrastructure is being created to permanently withstand the increased loads of modern medical technology. Implementation while the hospital remains fully operational presents a particular challenge. Radiological services must be maintained as uninterrupted as possible throughout the entire construction period. For this reason, a multi-phase construction model has been developed. First, preparatory measures and the construction of the extension will be carried out. Once the extension is operational, the existing building will be renovated in phases. This approach ensures that necessary examination and treatment capacities are maintained during construction and that disruptions for patients and staff are minimized. The hospitals inner-city location and the limited space in the courtyard also necessitate special measures in construction logistics. All deliveries and construction traffic must be organized with consideration for ongoing hospital operations and adjacent traffic areas. In addition, comprehensive measures are planned to protect against dust, noise, and vibrations. This project will create the necessary conditions to ensure the future viability of the radiology department at the TUM University Hospital rechts der Isar, in terms of technology, functionality, and organization. By renewing the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized, and the conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of the project in September 2032, and the commencement of operations in January 2033. The intention is to commission the following services (in stages) with this tender: Technical equipment, plant groups 4, 5 and 6, service phases 1-9 in accordance with §§ 53 ff. HOAI.Radiological services must be maintained as uninterrupted as possible throughout the entire construction period. For this reason, a multi-stage construction model has been developed. First, preparatory measures and the construction of the extension will be carried out. Once this is operational, the existing building will be renovated in phases. This approach ensures that necessary examination and treatment capacities are maintained during construction and that disruptions for patients and staff are minimized. The hospitals inner-city location and the limited space in the inner courtyard also necessitate special measures in construction logistics. All deliveries and construction traffic must be organized with consideration for ongoing hospital operations and adjacent traffic areas. In addition, comprehensive measures are planned to protect against dust, noise, and vibrations. This project will create the conditions necessary to ensure that the radiology department at the TUM University Hospital rechts der Isar is technically, functionally, and organizationally future-proof. By upgrading the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized and the working conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of construction in September 2032, and occupancy in January 2033. This tender is intended to award the following services (in phases): Technical equipment, plant groups 4, 5, and 6, service phases 1-9 in accordance with Sections 53 et seq. of the German Fee Structure for Architects and Engineers (HOAI).Radiological services must be maintained as uninterrupted as possible throughout the entire construction period. For this reason, a multi-stage construction model has been developed. First, preparatory measures and the construction of the extension will be carried out. Once this is operational, the existing building will be renovated in phases. This approach ensures that necessary examination and treatment capacities are maintained during construction and that disruptions for patients and staff are minimized. The hospitals inner-city location and the limited space in the inner courtyard also necessitate special measures in construction logistics. All deliveries and construction traffic must be organized with consideration for ongoing hospital operations and adjacent traffic areas. In addition, comprehensive measures are planned to protect against dust, noise, and vibrations. This project will create the conditions necessary to ensure that the radiology department at the TUM University Hospital rechts der Isar is technically, functionally, and organizationally future-proof. By upgrading the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized and the working conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of construction in September 2032, and occupancy in January 2033. This tender is intended to award the following services (in phases): Technical equipment, plant groups 4, 5, and 6, service phases 1-9 in accordance with Sections 53 et seq. of the German Fee Structure for Architects and Engineers (HOAI).Noise and vibrations are anticipated. This project will create the conditions necessary to ensure the future viability of the radiology department at the TUM University Hospital rechts der Isar, both technically, functionally, and organizationally. By renewing the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized, and the conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of the project in September 2032, and the commencement of operations in January 2033. The intention is to commission the following services (in stages) with this tender: Technical equipment, plant groups 4, 5 and 6, service phases 1-9 in accordance with §§ 53 ff. HOAI.Noise and vibrations are anticipated. This project will create the conditions necessary to ensure the future viability of the radiology department at the TUM University Hospital rechts der Isar, both technically, functionally, and organizationally. By renewing the major equipment, expanding the available space, and modernizing the infrastructure, the increasing demands of patient care, research, and teaching can be met in the long term. At the same time, processes within the radiology department will be optimized, and the conditions for patients and staff will be sustainably improved. The total cost of the project is currently estimated at approximately €48.4 million gross (cost groups 200-700), including contingency reserves and indexation. The current project schedule anticipates the commissioning of the planning team in early 2027, the start of construction in July 2029, completion of the project in September 2032, and the commencement of operations in January 2033. The intention is to commission the following services (in stages) with this tender: Technical equipment, plant groups 4, 5 and 6, service phases 1-9 in accordance with §§ 53 ff. HOAI. with tender notice no. 707806-2026 published on 14 Oct 2026. The tender is due to expire on 13 Nov 2026. This tender is sourced from TED Europa and is eligible for suppliers interested in Radiography devices, Diagnostics and radiodiagnostic devices and supplies, Radiodiagnostic devices, Repair and maintenance services of X-ray equipment, Radiology devices. Interested bidders can obtain further information including complete bid documents or ways to participate by registering on Tender Impulse and referencing via Tender Impulse ID 15504878.