BIM for mechanical electrical and plumbing drawings - Revision history

Editor at 17:06, 29 July 2021

2021-07-29T17:06:44Z

← Older revision		Revision as of 17:06, 29 July 2021
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	* There cane be cost savings at the end of the project because the maintenance costs throughout the lifetime of the project can be pre-calculated.[[File:BIM_for_Construction_Phase.png\|link=File:BIM_for_Construction_Phase.png]]		* There cane be cost savings at the end of the project because the maintenance costs throughout the lifetime of the project can be pre-calculated.[[File:BIM_for_Construction_Phase.png\|link=File:BIM_for_Construction_Phase.png]]

−	~~= Find out more =~~	+	= Related articles on Designing Buildings Wiki =
−		+
−	=== Related articles on Designing Buildings Wiki ===	+

	* Building information modelling.		* Building information modelling.
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	* Building services.		* Building services.
	* Mechanical electrical and plumbing.		* Mechanical electrical and plumbing.
		+	* MEP BIM and the building lifecycle.
	* Virtual construction model.		* Virtual construction model.

	[[Category:Articles_needing_more_work]] [[Category:DCN_Commentary]] [[Category:BIM]]		[[Category:Articles_needing_more_work]] [[Category:DCN_Commentary]] [[Category:BIM]]

Designing Buildings at 07:30, 31 January 2021

2021-01-31T07:30:36Z

← Older revision		Revision as of 07:30, 31 January 2021
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	* Virtual construction model.		* Virtual construction model.

−	[[Category:Articles_needing_more_work]] [[Category:BIM]]	+	[[Category:Articles_needing_more_work]] [[Category:DCN_Commentary]] [[Category:BIM]]

Designing Buildings at 10:28, 9 March 2018

2018-03-09T10:28:47Z

← Older revision		Revision as of 10:28, 9 March 2018
Line 15:		Line 15:
	* There cane be cost savings at the end of the project because the maintenance costs throughout the lifetime of the project can be pre-calculated.[[File:BIM_for_Construction_Phase.png\|link=File:BIM_for_Construction_Phase.png]]		* There cane be cost savings at the end of the project because the maintenance costs throughout the lifetime of the project can be pre-calculated.[[File:BIM_for_Construction_Phase.png\|link=File:BIM_for_Construction_Phase.png]]

−	[[Category:~~Conservation~~]]	+	= Find out more =
		+
		+	=== Related articles on Designing Buildings Wiki ===
		+
		+	* Building information modelling.
		+	* BIM articles.
		+	* BIM resources.
		+	* Building services.
		+	* Mechanical electrical and plumbing.
		+	* Virtual construction model.
		+
		+	[[Category:Articles_needing_more_work]] [[Category:BIM]]

Designing Buildings: moved BIM for Construction phase to BIM for mechanical electrical and plumbing drawings

2018-03-09T10:26:46Z

moved BIM for Construction phase to BIM for mechanical electrical and plumbing drawings

← Older revision

Revision as of 10:26, 9 March 2018

Designing Buildings at 10:26, 9 March 2018

2018-03-09T10:26:07Z

← Older revision		Revision as of 10:26, 9 March 2018
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−	~~BIM for Construction phase~~	+	To help develop this article, click 'Edit this article' above.

−	~~There is a massive waste of time~~ and money ~~generated because the~~ projects ~~always~~ go over the ~~stipulated financial plan~~ or ~~deadline~~. This ~~often~~ happens because, the ~~drawing sets~~ produced preceding ~~the~~ construction ~~procedure end up being~~ extensively different from the As-~~Fitted~~ drawings. This ~~especially~~ happens in case of 3D (~~M&E)~~ MEP ~~coordinated~~ drawings. ~~This is where a BIM approach can assist the construction phase:~~	+	-----
		+	Time and money can be wasted when projects go over the budget or programme. This sometimes happens because, the drawings produced preceding construction are extensively different from the as-constructed drawings. This happens in particular in the case of 3D mechanical electrical and plumbing (MEP) drawings.

−	* BIM allows for stacking of more and more details ~~atop~~ the same model. In architectural BIM Modeling, insertion of MEP ~~(M&E)~~ BIM information will ~~render~~ a clearer observation of the project as a whole. This leads to a clearer vision throughout the construction phase of the project.	+	This is where building information modelling (BIM) can assist:
−	* Working in a true 3D environment decreases ~~amends on the~~ drawings, once the proposed solutions are viable in the real world and go into construction.	+
−	* The importance of BIM is understood better when it comes to 3D ~~(M&E)~~ MEP coordinated drawings, ~~because doing so on BIM is quite uncomplicated. These drawings~~ allow for the ~~organization~~ of ~~the~~ multiple services ~~involved in any building,~~ HVAC, plumbing, electrical systems and other public health systems with the structural and architectural (interior finishes, facades, partitions, etc.) elements.	+	* BIM allows for the stacking of more and more details in the same model. In architectural BIM Modeling, insertion of MEP BIM information will allow a clearer observation of the project as a whole. This leads to a clearer vision throughout the construction phase of the project.
−	* BIM ~~modeling~~ ensures that anybody can view and ~~analyze~~ the ~~models~~ in 3D, be it the builders or the installation workers. In case of an inaccuracy, once the model has been corrected and updated, it is shown back to everyone. This becomes even easier when the model is saved in cloud based applications ~~like Autodesk 360, which has all the models and the documents in one place~~.	+	* Working in a true 3D environment decreases revisions to drawings, once the proposed solutions are viable in the real world and go into construction.
−	* MEP ~~(M&E) Prefabrication Models~~ and ~~Drawings are churned out~~ in a much easier ~~way~~ and a quicker way~~, when worked with 3D coordinated models and it is done with much reliance~~. Then the ~~models need to~~ be checked for interferences and ~~are spatially coordinated~~ with the help of ~~Navisworks tool preceding the pre-fabrication software process~~.	+	* The importance of BIM is understood better when it comes to 3D MEP coordinated drawings, which allow for the organisation of multiple services such as; HVAC, plumbing, electrical systems and other public health systems with the structural and architectural (interior finishes, facades, partitions, etc.) elements.
−	* MEP installers ~~will be able to figure out~~ the services through which they can access whatever is shown in the ~~MEP (M&E) BIM model~~. Similarly, MEP installers can ~~also~~ view the areas they should keep the services out of, to reduce fire risks or allow future access or permit future construction phases to be executed.	+	* BIM ensures that anybody can view and analyse the design in 3D, be it the builders or the installation workers. In case of an inaccuracy, once the model has been corrected and updated, it is shown back to everyone. This becomes even easier when the model is saved in cloud based applications.
−	* During the completion of the construction and the installation phase, ~~the client and the architecture team~~ can ~~make assessment between the unique drawings and the As fitted drawings and if necessary, the changes are~~ made in the BIM model ~~too from the beginning~~; so ~~usually~~ there is not much difference ~~amid~~ the ~~materialized~~ project and the one ~~modeled~~.	+	* MEP prefabrication models and drawings can be generated in a much easier more reliable and quicker way. Then the model can be checked for interferences and spatial coordination with the help of clash avoidance and clash detection tools.
−	* There ~~is also a momentous [http://www.teslaoutsourcingservices.com/~~ cost savings at the end of the project] because ~~by means of BIM modeling,~~ the maintenance costs throughout the lifetime of the project is pre-calculated ~~and considered and measured~~.[[File:~~BIM for Construction Phase~~.png]]	+	* MEP installers can determine the services through which they can access whatever is shown in the. Similarly, MEP installers can view the areas they should keep the services out of, to reduce fire risks or allow future access or permit future construction phases to be executed.
		+	* During the completion of the construction and the installation phase, changes can be made to the BIM model; so there is not much difference between the completed project and the one modelled.
		+	* There cane be cost savings at the end of the project because the maintenance costs throughout the lifetime of the project can be pre-calculated.[[File:BIM_for_Construction_Phase.png\|link=File:BIM_for_Construction_Phase.png]]

	[[Category:Conservation]]		[[Category:Conservation]]

Vincy Joseph: Created page with "BIM for Construction phase There is a massive waste of time and money generated because the projects always go over the stipulated financial plan or deadline. This often happens..."

2018-02-03T07:31:10Z

Created page with "BIM for Construction phase There is a massive waste of time and money generated because the projects always go over the stipulated financial plan or deadline. This often happens..."

New page

BIM for Construction phase

There is a massive waste of time and money generated because the projects always go over the stipulated financial plan or deadline. This often happens because, the drawing sets produced preceding the construction procedure end up being extensively different from the As-Fitted drawings. This especially happens in case of 3D (M&E) MEP coordinated drawings. This is where a BIM approach can assist the construction phase:

* BIM allows for stacking of more and more details atop the same model. In architectural BIM Modeling, insertion of MEP (M&E) BIM information will render a clearer observation of the project as a whole. This leads to a clearer vision throughout the construction phase of the project.
* Working in a true 3D environment decreases amends on the drawings, once the proposed solutions are viable in the real world and go into construction.
* The importance of BIM is understood better when it comes to 3D (M&E) MEP coordinated drawings, because doing so on BIM is quite uncomplicated. These drawings allow for the organization of the multiple services involved in any building, HVAC, plumbing, electrical systems and other public health systems with the structural and architectural (interior finishes, facades, partitions, etc.) elements.
* BIM modeling ensures that anybody can view and analyze the models in 3D, be it the builders or the installation workers. In case of an inaccuracy, once the model has been corrected and updated, it is shown back to everyone. This becomes even easier when the model is saved in cloud based applications like Autodesk 360, which has all the models and the documents in one place.
* MEP (M&E) Prefabrication Models and Drawings are churned out in a much easier way and a quicker way, when worked with 3D coordinated models and it is done with much reliance. Then the models need to be checked for interferences and are spatially coordinated with the help of Navisworks tool preceding the pre-fabrication software process.
* MEP installers will be able to figure out the services through which they can access whatever is shown in the MEP (M&E) BIM model. Similarly, MEP installers can also view the areas they should keep the services out of, to reduce fire risks or allow future access or permit future construction phases to be executed.
* During the completion of the construction and the installation phase, the client and the architecture team can make assessment between the unique drawings and the As fitted drawings and if necessary, the changes are made in the BIM model too from the beginning; so usually there is not much difference amid the materialized project and the one modeled.
* There is also a momentous [http://www.teslaoutsourcingservices.com/ cost savings at the end of the project] because by means of BIM modeling, the maintenance costs throughout the lifetime of the project is pre-calculated and considered and measured.[[File:BIM for Construction Phase.png]]

[[Category:Conservation]]