56.00 Bauwesen: Allgemeines
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- Data exchange, Schema mapping, Quality assessment, Uncertainty, Coupling, BIM, Design patterns, Metamodel architecture (1)
- Flächenmanagement, Flächensteuerung, Flächenoptimierung, (1)
- Hochschule , Fläche , Steuerung , Allokation , Hochschulorganisation , Optimierung , Management (1)
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- 2013 (3) (remove)
Flächenmanagement in Hochschulen. Workshop zu Handlungsansätzen hochschulinterner Flächensteuerung
(2013)
Die Publikation dokumentiert die Beiträge des Workshops „Flächenmanagement in Hochschulen“ der Bauhaus-Universität Weimar, Professur Betriebswirtschaftslehre im Bauwesen, vom 19.11.2012. Insbesondere für Akteure aus Lehre, Forschung, Hochschulverwaltung, Bau- und Liegenschaftsverwaltungen sowie Politik bieten die wiedergegebenen Vorträge theoretische und praktische Anregungen für das Vorgehen bei der Steuerung hochschulinterner Flächen.
Dokumentiert werden unterschiedliche Modi zur Steuerung der Flächenressourcen. Ziel ist es dabei, die liegenschaftspolitischen Rahmenbedingungen aufzuzeigen, von denen das Flächenmanagement abhängig ist. Mit der Auswertung einer deutschlandweiten Hochschulbefragung zum Flächenmanagement wird der Status quo hochschulinterner Flächensteuerung nachgezeichnet. Es wird zuerst ein Überblick gegeben, welche Ansätze zur Optimierung der Flächen-steuerung von Hochschulen möglich sind. Hochschulvertreter von zwei staatlichen und einer privaten Hochschule stellten praktizierte Handlungsansätze für einen ressourcenschonenden Umgang mit Flächen vor und arbeiteten die aus ihrer Sicht Erfolg versprechenden Steuerungsaspekte heraus. Zusätzliche Diskussionsimpulse für die Flächensteuerung an Hochschulen bieten die Dokumentationen von Praxisbeispielen aus anderen Bereichen. Es werden das Vorgehen bei der Flächensteuerung eines Chemie- und Pharmakonzerns mit umfangreichen eigenen Forschungsaktivitäten sowie Flächenoptimierungsmaßnahmen bei Büroflächen der öffentlichen Verwaltung vorgestellt.
The Bauhaus Summer School series provides an international forum for an exchange of methods and skills related to the interaction between different disciplines of modern engineering science.
The 2012 civil engineering course was held in August over two weeks at Bauhaus-Universität Weimar. The overall aim was the exchange
of research and modern scientific approaches in the field of model validation and simulation between well-known experts acting as lecturers
and active students. Besides these educational intentions the social and cultural component of the meeting has been in the focus. 48 graduate and doctoral students from 20 different countries and 22 lecturers from 12 countries attended this summer school. Among
other aspects, this activity can be considered successful as it raised the
sensitivity towards both the significance of research in civil engineering
and the role of intercultural exchange.
This volume summarizes and publishes some of the results: abstracts
of key note papers presented by the experts and selected student
research works. The overview reflects the quality of this summer school.
Furthermore the individual contributions confirm that for active students
this event has been a research forum and a special opportunity
to learn from the experiences of the researchers in terms of methodology
and strategies for research implementation in their current work.
The planning process in civil engineering is highly complex and not manageable in its entirety.
The state of the art decomposes complex tasks into smaller, manageable sub-tasks. Due to the close interrelatedness of the sub-tasks, it is essential to couple them. However, from a software engineering point of view, this is quite challenging to do because of the numerous incompatible software applications on the market. This study is concerned with two main objectives: The first is the generic formulation of coupling strategies in order to support engineers in the implementation and selection of adequate coupling strategies. This has been achieved by the use of a coupling pattern language combined with a four-layered, metamodel architecture, whose applicability has been performed on a real coupling scenario. The second one is the quality assessment of coupled software. This has been developed based on the evaluated schema mapping. This approach has been described using mathematical expressions derived from the set theory and graph theory by taking the various mapping patterns into account. Moreover, the coupling quality has been evaluated within the formalization process by considering the uncertainties that arise during mapping and has resulted in global quality values, which can be used by the user to assess the exchange. Finally, the applicability of the proposed approach has been shown using an engineering case study.