Improving Fall Protection in High-Rise Building Construction with 4D Modeling

This assignment explores the use of 4D construction modeling to improve fall protection in high rise building construction in Australia. It discusses the benefits of Building Information Modeling (BIM) and its role in reducing the risk of falling and empowering safety on construction sites. The importance of training roof workers using 4D BIM animations is also highlighted, as well as the ability to adjust protection measures during the implementation phase.

How can 4D construction modeling improve fall protection in high rise building construction in
Australia ?Australia?
BIM has developed rapidly since the 1970s. At In the present stage, BIM plays a crucial role in the
construction, engineering , construction, and operation industries. Australian Infrastructure
Corporation (2016) advises the government to use BIM technology during the design phase in
large-scale infrastructure construction. This proves that BIM is playing an irreplaceable role in
Australian construction management.
Building information modeling helps in arranging a systematic sequence for workers while
performing tasks at high rise buildings in order to reduce the risk of falling and empowering
safety on construction site.
Benefits of building information modelling for construction workers that helpshelp construction s
company companies in performing tasks with ease and reducing number of chances of facing
problems.
Importance of Building Information Modelling and its impact over workers considering number
of issues that faced while performing tasks at high rise construction sites.
Roof workers who are exposed to fall hazards in high rise building construction can be trained by
watching 4D BIM animations to familiarize with the future environment of the site before the
implementation phase.
4D construction modeling can be aligned with the construction schedule and fall hazards in
contrast to thewith traditional safety planning. Therefore, some protection measures can be
adjusted during the implementation phase. E.g. Both locations and specifications of protection
measures can be re-measured with the construction process.