Digital Planning, Construction Submission and Approval Processes in Austria

K. Battisti, Markus Dörn, C. Eichler, J. Scherret, T. Ullrich
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引用次数: 2

Abstract

In Austria, standard A6241-2 created the normative basis for the exchange of model-based data in building construction and civil engineering in 2015. This technology – known internationally as Building Information Modelling (BIM) – is an essential building block for the digitization of the construction industry and has an impact on all those involved in the initiation, planning, construction and operation of buildings. This article describes the state-of-the-art in official approval processes in Austria. It examines the digital process path, i.e. the provision of cadastral data, the usability of provided GIS data, the existence of automated preliminary inspection, and accelerated processing by means of e-government. Representative examples are used to illustrate the current state of official approval processes in Austria. The focus here is on the possibility of condensing the various public and semi-public basic planning data (location and environment) to prepare a consolidated requirements model, which can be used in BIM planning in the design and approval phase. It is shown where there are supplementary and overlapping data to identify conflict situations. In the future, a building applicant will be given the opportunity to complete the process online. This creates a clear time saving in relation to the processing time. This in turn accelerates the processing of projects and makes it easier for all parties involved.
奥地利的数字化规划、施工提交和审批流程
在奥地利,A6241-2标准于2015年为建筑施工和土木工程中基于模型的数据交换创建了规范基础。这项技术在国际上被称为建筑信息模型(BIM),是建筑行业数字化的重要组成部分,对所有参与建筑启动、规划、施工和运营的人都有影响。本文描述了奥地利官方审批流程中的最新技术。它审查了数字处理路径,即地籍数据的提供、地理信息系统数据的可用性、自动初步检查的存在,以及通过电子政府加速处理。有代表性的例子用来说明奥地利官方批准程序的现状。这里的重点是浓缩各种公共和半公共基本规划数据(位置和环境)的可能性,以准备一个统一的需求模型,该模型可以在设计和批准阶段用于BIM规划。它显示了有补充和重叠数据的地方,以确定冲突情况。未来,建筑申请人将有机会在网上完成申请程序。这明显节省了处理时间。这反过来又加速了项目的处理,使所有相关方都更容易。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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