After successful completion of the course, students are able to apply the BIM planning systems and tools for integrated architectural planning (3D, 4D, 5D-, ...-BIM). The exercise complements the lecture 253.750.

Practice work: organization and development of building information management tools; 3D BIM planning: preliminary design, design, submission, execution planning and tendering, scheduling (4D BIM), cost planning (5D-BIM), documentation. Public presentation of the project, defence of theses, personal conclusion.

Practice work (3D, 4D, 5D BIM): Preliminary design, design, submission, execution and detail planning, planning and construction dates, cost forecast (element cost calculation), performance description.

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.

Project exercise (individual and group work). Presentation and defense of the practice work.

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.