Deepening of the teaching 253.750, 253.751 and 253.752; gaining in-depth knowledge on the methods and application of scheduling, cost planning and controlling of complex architectural projects - within the life cycle of buildings.
Scheduling, resource planning, network planning technique; path-time / time-performance / time-volume diagrams, 4D-BIM, time management within the planning and construction phases.
Cost planning according to ÖN B 1801.1 and DIN 276, digital quantity determination, 5D-BIM, element cost calculation, life cycle costing according to ÖN B 1801.2, cost management during the planning and construction phases.
Planning and management of target costs.
Seminar papers on the course topics: scheduling, element costing, calculation of follow-up costs, cost control; presentation and defence of the theses; oral exam.
DIN 69900 - Projektmanagement, Netzplantechnik.
ÖN B 1800, ÖN B 1801.1, ÖN B 1801.2, DIN 276, DIN 277, DIN 18960.
Software "Projektmanagement", CAD- und 3D-Architektur-/Graphik-Programme.
Software "Projektmanagement" und "Netzplantechnik".
Oberndorfer, Wolfgang (Hg.): Organisation & Kosten-Controlling von Baupreisen, Manz, Wien, 2007.
Priebernig, Heinz: Terminplanung . Netzplantechnik (Kap. 05) und Kostenplanung (Kap. 08), in: KONSTRUIEREN + BAUEN, TU-Verlag, www.tuverlag.at, ISBN 978-3-903024-09-0, Wien, 2015.
Fröhlich, Peter J.: Hochbaukosten - Flächen - Rauminhalte, Vieweg, Wiesbaden, 2004.
Seeling, Reinhard: Projektsteuerung im Bauwesen, Teubner, Stuttgart, 1996.
Noosten, Dirk: Netzplantechnik, Springer Vieweg, Wiesbaden, 2013.
Siemeon, Klaus D.: Baukostenplanung und -steuerung bei Neu- und Umbauten, Springer Vieweg, Wiesbaden, 2016.
Bachelors degree in architecture or civil engineering, industrial engineering, spatial planning or similar.
Basic knowledge of network technique and cost planning according to ÖN B 1801.1 or DIN 276.
3D-CAD and 3D-graphic- and BIM-programmes.
