Development of a prototype BIM-Model Digital Twin Text automatically translated in your browsing language Automatically translated

UHH_2025027_OV

As a university of excellence with more than 43,000 students and approximately 6,000 employees, Universität Hamburg (hereinafter referred to as "UHH") is one of the most research-intensive universities in Germany and at the same time one of the largest training institutions in Northern Germany. With its concept of Flagship University in the Hamburg Metropolitan Region, it maintains innovative and cooperative links with scientific and non-scientific partners. It produces for the location – but also nationally and internationally – the forward-looking social goods of education, knowledge and exchange of knowledge under the guiding objective of sustainability. HafenCity University Hamburg (HCU) was founded in 2006 and specializes in architecture, urban planning, engineering and environmental sciences. It is located in the modern HafenCity district and pursues an interdisciplinary teaching and research concept with a focus on sustainable urban development. The HCU offers Bachelor's and Master's degree programmes, attaches importance to practical training and cooperates closely with industry. The university has modern laboratory and workshop facilities and promotes international experience for students. It is a central institution for shaping the urban future. As the central awarding authority for HafenCity Universität Hamburg (HCU), Universität Hamburg is conducting an open procedure for a delivery service. It is planned to create a digital twin of the publicly accessible areas of the Gleishalle in Oberhafen (Stockmeyerstraße 43, 20457 Hamburg). The aim of the overall FPO Plus project is to implement timetable optimizations and passenger flow control in a building (train station). To make this possible, there are a number of sub-projects that pursue the following fundamental objectives: a. Integration of existing data provided by a railway operator b. Equipping a building (station) with sensors to determine capacity utilisation in certain building segments c. Equipping a building (station) with sensors (5G network) to determine its own position in the absence of GPS positioning services d. Navigation in the building on the basis of the integrated data and the additionally recorded sensor data e. Forecasting and simulation of the effects of external weather conditions, major events, etc. on passenger behaviour Text automatically translated in your browsing language Automatically translated

Electronic via:
https://fbhh-evergabe.web.hamburg.de/evergabe.bieter/api/supplier/external/deeplink/subproject/d1bc348d-763a-4801-b0ef-560251c0ee2d

Electronic submission: required
https://fbhh-evergabe.web.hamburg.de/evergabe.bieter/api/supplier/external/deeplink/subproject/d1bc348d-763a-4801-b0ef-560251c0ee2d

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DE Deutschland
DE600 Hamburg

48000000 - Software package and information systems

71500000 - Construction-related services CVP code deduced from the text of the procedure AI-generated

71541000 - Construction project management services CVP code deduced from the text of the procedure AI-generated

71540000 - Construction management services CVP code deduced from the text of the procedure AI-generated

71000000 - Architectural, construction, engineering and inspection services CVP code deduced from the text of the procedure AI-generated

Preis

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