Iterative and integral project planning and BIM planning (3D, 4D, 5D-, ...-BIM) of a usefully complex architectural project:.) design, engineering and construction of architure,.) parametric 3D design, geometry optimization, automated drawings all the way to databases for claim management during and after construction, andsharpening of social competence: Working together in groups of students.
1. Organize and build building information management tools:.) Analysis of project fundamentals: Evaluation of tasks: BO, R + F, pre-draft/design, schedule framework, cost framework..) Project organization via a "virtual project space " [PR]: Project phases, processes, tasks, interfaces and appointments of the project participants, communication modes, data and document management.2. Integral project planning-project work (group work): 3D execution and detailed planning.3. Termin-/Construction schedule planning (group work): 4D-BIM.4. Cost planning (group work): 5D-BIM.5. Public presentation of the project, defense of the theses, personal conclusion.
Requirements are .) willingness to work in a team,.) good knowledge of CAD, 3D and graphic programmes,.) basic knowledge of BIM programs, network technique and cost planning according to ÖN B 1801.1 and 1801.2.
Presentation of the intermediate results, discourse with the project participants.Public presentation and defence of the final results.
Not necessary
DIN 69901 Projektmanagement - Projektmanagementsysteme (5 Teile).ÖN A 6240, ÖN B 1801.1, ÖN B 1801.2. Bielefeld, Bert (Hg.) : Projekt Management Architektur, Birkhäuser, Basel, 2013. Brandenberger J. / Ruosch E.: Projektmanagement im Bauwesen, Baufachverlag, Dietikon, 1996.Ralph, Johannes (Hg.): Entwerfen - Architektenausbildung in Europa von Vitruv bis Mittel des 20. Jahrhunderts; Junius, 2009.
Bachelor in architecture or civil engineering, industrial engineering, spatial planning or similar.