Sustainability coordination (implementation of BNB/QNG certification)

The City of Munich, Department of Construction in Germany from Europe region has released this tender for Sustainability coordination (implementation of BNB/QNG certification) for the construction of a new fire and rescue service training school at Aidenbachstraße 7, 81379 Munich. The existing fire service training school at the site of Fire Station 2 will be replaced by a new building that will enable comprehensive training. The new building will include classrooms for theoretical instruction as well as a variety of training, simulation, and exercise facilities for practical training. The user requirements program encompasses a total floor area of ​​approximately 32,000 square meters. Due to organizational dependencies, some parts of the training facilities may need to be implemented as part of a preliminary measure. The training and continuing education programs for the professional and volunteer fire departments of the City of Munich currently take place at the project site in Obersendling, where Fire Station 2 is also located. Due to spatial and technical limitations, various training modules, which are an integral part of the training program, have increasingly been outsourced to other locations in Munich and, in some cases, even across Bavaria. Examples include emergency medical training, IT courses, high-angle rescue training, and advanced training for group leaders. The existing training buildings on the site are technically outdated and some are nearing the end of their service life. They have functional limitations or simply offer too little space. The new fire academy is intended to remedy this multifaceted deficiency. A concept for the technical equipment, including the necessary foundations, is to be developed in collaboration with the various specialist planners and in accordance with the content specifications of the user requirements program. The technical functional areas are to be designed and economically dimensioned according to the resulting requirements. They must be aligned with the overall design and divided and allocated according to the areas of use. The goal is to develop an integrated project encompassing architecture, building physics, sustainability, and building services engineering. Appropriate architectural and technical solutions for summer heat protection, ventilation, air conditioning, and provisions for heavy rainfall and water management must be combined into a cohesive, holistic concept. In principle, technically simple and passive concepts are preferable to complex, high-tech solutions. Close consultation with a separately commissioned climate designer is expected. with tender notice no. 685680-2026 published on 07 Oct 2026. The tender is due to expire on 04 Nov 2026. This tender is sourced from TED Europa and is eligible for suppliers interested in Architectural, construction, engineering and inspection services. 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 15304932.