Difference Between Revit MEP and AutoCAD MEP - Revision history

Designing Buildings at 09:12, 4 May 2023

2023-05-04T09:12:37Z

← Older revision		Revision as of 09:12, 4 May 2023
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	* Computer aided design CAD.		* Computer aided design CAD.
	* File formats for BIM.		* File formats for BIM.
−	* Free Revit families.
	* How should Facility managers use Revit BIM?		* How should Facility managers use Revit BIM?
	* MEP Coordination.		* MEP Coordination.

Designing Buildings at 09:55, 4 May 2022

2022-05-04T09:55:55Z

← Older revision		Revision as of 09:55, 4 May 2022
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−	= [[File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png\|link=File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png]] =	+	[[File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png\|link=File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png]]

	= Journey of MEP Engineering from AutoCAD to Revit =		= Journey of MEP Engineering from AutoCAD to Revit =
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	* Plug-ins for Revit MEP: More than 140 different types of plugins are available.		* Plug-ins for Revit MEP: More than 140 different types of plugins are available.

−	= ~~Revit MEP – Will it have any scopes in future?~~ =	+	= Related articles on Designing Buildings =

−	~~Revit MEP is the market leader in BIM software, and it has a bright future ahead of it~~. ~~The~~ BIM~~-based software has delivered a wide range of functionality and considerable modifications from its base version since its release~~. Revit BIM MEP ~~would undoubtedly serve its role for the next ten years with frequent updates until big technological developments are observed~~. ~~According to certain sources,~~ Revit ~~for MEP~~ BIM ~~will not undergo any significant changes~~. ~~To summarize, the~~ BIM ~~software has a bright future ahead of it, and it will continue to serve the MEP business and its specialists~~ for ~~at least~~ the ~~next ten years.~~	+	* Building information modelling.
		+	* Computer aided design CAD.
		+	* File formats for BIM.
		+	* Free Revit families.
		+	* How should Facility managers use Revit BIM?
		+	* MEP Coordination.
		+	* NBS National BIM Report 2016.
		+	* Revit.
		+	* Revit families.
		+	* The future of construction - BIM.
		+	* What does BIM have in store for the construction industry?

−	[[Category:~~Organisations~~]] [[Category:~~Construction_management~~]] [[Category:~~Construction_techniques]] [[Category:Contracts_~~/~~_payment~~]] [[Category:BIM]]	+	[[Category:DCN_Product_Knowledge]] [[Category:Design]] [[Category:Products_/_components]] [[Category:BIM]]

Designing Buildings at 09:54, 4 May 2022

2022-05-04T09:54:36Z

← Older revision		Revision as of 09:54, 4 May 2022
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−	= ~~Difference Between Revit MEP and AutoCAD MEP =~~	+	= [[File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png\|link=File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png]] =
−		+
−	[[File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png\|link=File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png]]	+

	= Journey of MEP Engineering from AutoCAD to Revit =		= Journey of MEP Engineering from AutoCAD to Revit =

−	MEP ~~Engineering~~ is one of the most important components of building construction. It facilitates the smooth functioning of the building and makes it a better place to ~~live~~. However, MEP systems are also one of the most complex systems in terms of design. During the era of pen and paper drafting, it was very difficult to create designs for MEPF components of the building. The hand-drafted design brought in many errors and inefficiencies in the designs, due to which the execution team faced difficulties during ~~the~~ installation ~~of MEPF systems~~.	+	MEP (mechanical, electrical and plumbing) engineering is one of the most important components of building construction. It facilitates the smooth functioning of the building and makes it a better place to occupy. However, MEP systems are also one of the most complex systems in terms of design. During the era of pen and paper drafting, it was very difficult to create designs for MEPF (Mechanical, Electrical, Plumbing, and Fire Protection) components of the building. The hand-drafted design brought in many errors and inefficiencies in the designs, due to which the execution team faced difficulties during installation.

−	Later on, with the introduction of computer-based systems for drafting, the job became easier, quicker and more accurate. Digital technologies for planning and designing came into existence during the 1970s for MEP engineering. CAD or Computer-Aided Design was introduced as a tool to create ~~MEPFP~~ designs using computers. AutoCAD MEP facilitated faster creation of 2D and 3D plans, precise measurements and accurate outcomes~~. It became popular among the professionals in the AEC industry~~.	+	Later, with the introduction of computer-based systems for drafting, the job became easier, quicker and more accurate. Digital technologies for planning and designing came into existence during the 1970s for MEP engineering. CAD or Computer-Aided Design was introduced as a tool to create MEPF designs using computers. AutoCAD MEP facilitated faster creation of 2D and 3D plans, precise measurements and accurate outcomes.

−	Although the industry had Computer-Aided Design software such as AutoCAD for architectural, structural and MEP designs, it required an upgrade. Revit by Autodesk, as a was introduced in ~~the year~~ 1997. Later in 2000, it was renamed Revit Technology Corporation ~~later~~ and was acquired by the software company Autodesk in 2002. Autodesk Revit for MEPF opened up new possibilities for the AEC business, especially for Building Information ~~Modeling and design experts~~. It facilitated intelligent ~~modeling~~ for ~~mechanical, electrical, plumbing and fire protection~~ with detailed data integration. Autodesk Revit MEP brought a significant upgrade over computer-aided design software. It features an integrated design creation, model analysis, documentation and fabrication of components. MEP engineers leverage the benefits of Autodesk Revit MEP for ~~optimized~~ schedules, cost-efficacy, accuracy and comprehensive MEP ~~modeling~~.	+	Although the industry had Computer-Aided Design (CAD) software such as AutoCAD for architectural, structural and MEP designs, it required an upgrade. Revit by Autodesk, as a was introduced in 1997. Later in 2000, it was renamed Revit Technology Corporation and was acquired by the software company Autodesk in 2002. Autodesk Revit for MEPF opened up new possibilities for the AEC business, especially for Building Information Modelling (BIM). It facilitated intelligent modelling for MEPF with detailed data integration. Autodesk Revit MEP brought a significant upgrade over computer-aided design software. It features an integrated design creation, model analysis, documentation and fabrication of components. MEP engineers leverage the benefits of Autodesk Revit MEP for optimised schedules, cost-efficacy, accuracy and comprehensive MEP modelling.

	= How is AutoCAD MEP different from Revit MEP? =		= How is AutoCAD MEP different from Revit MEP? =

−	Both, ~~[https://www.autodesk.com/products/autocad/included-toolsets/autocad-mep~~ AutoCAD MEP] and Revit MEP are popular design tools from Autodesk. ~~Both of them differ from each other in several ways. Let’s explore the~~ major differences between AutoCAD MEP and Revit MEP, given in the table below.	+	Both, AutoCAD MEP and Revit MEP are popular design tools from Autodesk. The major differences between AutoCAD MEP and Revit MEP, given in the table below.

	{\|		{\|
Line 22:		Line 20:
	\| 1.		\| 1.
	\| It is 2D & 3D drafting software.		\| It is 2D & 3D drafting software.
−	\| It is a Building Information ~~Modeling~~ software.	+	\| It is Building Information Modelling software.
	\|-		\|-
	\| 2.		\| 2.
Line 34:		Line 32:
	\| 4.		\| 4.
	\| CAD for MEP has features for drafting 2D and 3D plans.		\| CAD for MEP has features for drafting 2D and 3D plans.
−	\| Revit MEP has advanced features for smart MEPF ~~modeling~~ and related functions.	+	\| Revit MEP has advanced features for smart MEPF modelling and related functions.
	\|-		\|-
	\| 5.		\| 5.
Line 41:		Line 39:
	\|}		\|}

−	= Why adopt Revit for MEP ~~- Top 12 reasons~~ =	+	= Why adopt Revit for MEP =
−		+
−	~~Revit for MEP is an advanced software supporting the BIM technology for efficient design-build construction.~~	+
−		+
−	~~== Comprehensive 3D MEPF model creation ==~~	+
−		+
−	Revit BIM allows MEP engineers to develop complex designs for MEPFP accurately in a short time. The parametric modeling in Revit MEP allows model creation from a set of commands. The 3D MEP BIM model of the structure facilitates engineers with precise information such as measurements, cost estimates & quantity of materials and arrangement of various MEP components with a simulation of the processes.	+
−		+
−	~~== Easy to use ==~~	+
−		+
−	[https://www.tejjy.com/our-services/bim-3d-model/revit-families-creation/ Revit BIM] for MEP is an easy-to-understand platform. The user-friendly interface allows a user to get a clear idea of its features easily. However, as a prerequisite, one must be aware of the MEP systems and should possess the knowledge of using the software.	+
−		+
−	~~== Easy collaboration of project team ==~~	+
−		+
−	Being a Common Data Environment, Revit enables the project team to work and coordinate on a single coherent model. It facilitates a secured environment and facilitates data storage, access and sharing through cloud technology.	+
−		+
−	~~== Automated technology for BIM ==~~	+
−		+
−	Automation allows engineers to work more efficiently. It speeds up the process of 3D MEP modeling and also increases productivity. For example, if any revision is made to a type of component, the change is reflected in the whole database.	+
−		+
−	~~== Interoperability ==~~	+
−		+
−	~~Revit MEP is a standardized BIM software. The model created in it can be exported, imported and linked with some of the commonly used and popular BIM and CAD formats such as IFC, 3DM, SKP and more.~~	+
−		+
−	~~== Customized family creation ==~~	+
−		+
−	Revit MEP enables customized family creation. Revit families are the block-type components that can be placed directly into the model. It makes the process of model creation easier. A customized MEP family allow a user to design the model according to their choice and requirements.	+
−		+
−	~~== Personalization ==~~	+
−		+
−	~~A user can customize the toolbar, ribbons and shortcut keys according to his/her requirements. It makes it easy for a user to access the features as per his requirements.~~	+
−		+
−	~~== Optimized Project Scheduling for MEPF – 4D BIM ==~~	+
−		+
−	Revit MEP facilitates the integration of the project schedules in the BIM MEP model. 4D BIM represents the required time to complete a set of activities. For example, installing electrical conduits on a floor would take one day. Similarly, an MEP 4D BIM model represents an optimized project schedule and helps eliminate delays.	+
−		+
−	~~== Precise Cost-estimation and Quantity take-off – 5D BIM ==~~	+
−		+
−	The cost element in the [https://www.tejjy.com/our-services/mep-services/ BIM MEP] model is known as 5D BIM. 5D BIM in MEP offers precise cost estimates and quantity take-off for an MEP project. It gives a clear idea to the project manager about the cost and quantity of materials. 5D BIM eliminates cost overruns and wastage of resources.	+
−		+
−	~~== Better visualisation of the project ==~~	+
−		+
−	Revit software enables visualisation of the project from different perspectives during the planning stage. It also facilitates alternatives for the designs of MEP components for better feasibility and aesthetics.	+
−		+
−	~~== Updation of MEP models in real-time ==~~	+
−		+
−	The Building Information Modeling software allows updations of the design-build MEP projects in real-time through cloud technology. Any changes in the designs, cost or quantity of materials, are updated in the MEP model through the cloud. The project team involved in the project can access the revised models immediately.	+

−	~~== Plug-ins for~~ Revit MEP ==	+	Revit for MEP is advanced software supporting BIM technology for efficient design-build construction:

−	~~More than 140 different types~~ of ~~plugins~~ for ~~Autodesk~~ Revit are ~~available~~. A ~~BIM modeler~~ can ~~utilize different plugins as per~~ the requirements of the project, to ~~enhance its~~ MEP BIM model.	+	* Comprehensive 3D MEPF model creation: Revit BIM allows MEP engineers to develop complex designs for MEPF accurately in a short time. The parametric modelling in Revit MEP allows model creation from a set of commands. The 3D MEP BIM model of the structure gives engineers precise information such as measurements, cost estimates, quantities of materials and arrangement of components with a simulation of the processes.
		+	* Easy to use: The user-friendly interface allows a user to get a clear idea of its features easily. However, as a prerequisite, one must be aware of the MEP systems and should possess the knowledge of using the software.
		+	* Easy collaboration of project team: Using a Common Data Environment, Revit enables the project team to work and coordinate on a single coherent model. It facilitates a secured environment and data storage, access and sharing through cloud technology.
		+	* Automated technology for BIM: Automation allows engineers to work more efficiently. It speeds up the process of 3D MEP modelling and increases productivity. For example, if any revision is made to a type of component, the change is reflected in the whole database.
		+	* Interoperability: The model created in it can be exported, imported and linked with some of the commonly used and popular BIM and CAD formats such as IFC, 3DM, SKP and more.
		+	* Customized family creation: Revit MEP enables customised family creation. Revit families are the block-type components that can be placed directly into the model. It makes the process of model creation easier. A customized MEP family allow a user to design the model according to their choice and requirements.
		+	* Personalisation: A user can customise the toolbar, ribbons and shortcut keys according to requirements.
		+	* Optimized Project Scheduling for MEPF – 4D BIM: Revit MEP facilitates the integration of project schedules in the BIM MEP model. 4D BIM represents the required time to complete a set of activities. For example, installing electrical conduits on a floor.
		+	* Precise Cost-estimation and Quantity take-off – 5D BIM: The cost element in the BIM MEP model is known as 5D BIM. 5D BIM in MEP offers precise cost estimates and quantity take-off. It gives a clear idea to the project manager of the cost and quantity of materials.
		+	* Better visualisation of the project: Revit software enables visualisation of the project from different perspectives during the planning stage. It also facilitates alternatives for the design of MEP components for better feasibility and aesthetics.
		+	* Update MEP models in real-time: The Building Information Modelling software allows updates of the design-build MEP projects in real-time through cloud technology. Any changes in the designs, cost or quantity of materials, are updated in the MEP model through the cloud. The project team involved in the project can access the revised models immediately.
		+	* Plug-ins for Revit MEP: More than 140 different types of plugins are available.

	= Revit MEP – Will it have any scopes in future? =		= Revit MEP – Will it have any scopes in future? =

Editor at 09:38, 22 April 2022

2022-04-22T09:38:53Z

Benton at 03:04, 21 April 2022

2022-04-21T03:04:33Z

← Older revision		Revision as of 03:04, 21 April 2022
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	= Difference Between Revit MEP and AutoCAD MEP =		= Difference Between Revit MEP and AutoCAD MEP =

−	~~===~~ [[File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png\|link=File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png]]<br />	+	[[File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png\|link=File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png]]<br />
	<br />		<br />
−	Table of contents ~~===~~	+	Table of contents

	* Journey of MEP Engineering from AutoCAD to Revit.		* Journey of MEP Engineering from AutoCAD to Revit.
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	{\|		{\|
−	~~\|width="33%"~~\| Sr. No	+	\| Sr. No
−	~~\|width="33%"~~\| AutoCAD MEP	+	\| AutoCAD MEP
−	~~\|width="33%"~~\| Revit MEP	+	\| Revit MEP
	\|-		\|-
	\| 1.		\| 1.
Line 66:		Line 66:
	=== Automated technology for BIM ===		=== Automated technology for BIM ===

−	~~===~~ Automation allows engineers to work more efficiently. It speeds up the process of 3D MEP modeling and also increases productivity. For example, if any revision is made to a type of component, the change is reflected in the whole database.<br />	+	Automation allows engineers to work more efficiently. It speeds up the process of 3D MEP modeling and also increases productivity. For example, if any revision is made to a type of component, the change is reflected in the whole database.<br />
	<br />		<br />
−	Interoperability ~~===~~	+	Interoperability

	Revit MEP is a standardized BIM software. The model created in it can be exported, imported and linked with some of the commonly used and popular BIM and CAD formats such as IFC, 3DM, SKP and more.		Revit MEP is a standardized BIM software. The model created in it can be exported, imported and linked with some of the commonly used and popular BIM and CAD formats such as IFC, 3DM, SKP and more.

Benton at 03:01, 21 April 2022

2022-04-21T03:01:17Z

← Older revision		Revision as of 03:01, 21 April 2022
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	{\|		{\|
−	\|width="33%"\|	+	\|width="33%"\| Sr. No
−	~~===~~ Sr. No ~~===~~	+	\|width="33%"\| AutoCAD MEP
−	\|width="33%"\|	+	\|width="33%"\| Revit MEP
−	~~===~~ AutoCAD MEP ~~===~~	+
−	\|width="33%"\|	+
−	~~===~~ Revit MEP ~~===~~	+
	\|-		\|-
−	\|	+	\| 1.
−	~~===~~ 1. ~~===~~	+
	\| It is 2D & 3D drafting software.		\| It is 2D & 3D drafting software.
	\| It is a Building Information Modeling software.		\| It is a Building Information Modeling software.
	\|-		\|-
−	\|	+	\| 2.
−	~~===~~ 2. ~~===~~	+
	\| It allows 2D and 3D MEP plans and drawings.		\| It allows 2D and 3D MEP plans and drawings.
	\| It allows you to create comprehensive 3D BIM models of MEP systems.		\| It allows you to create comprehensive 3D BIM models of MEP systems.
	\|-		\|-
−	\|	+	\| 3.
−	~~===~~ 3. ~~===~~	+
	\| It is an upgrade over the traditional pen & paper designs.		\| It is an upgrade over the traditional pen & paper designs.
	\| It is an upgrade over the CAD technology, offering advanced building information models.		\| It is an upgrade over the CAD technology, offering advanced building information models.
	\|-		\|-
−	\|	+	\| 4.
−	~~===~~ 4. ~~===~~	+
	\| CAD for MEP has features for drafting 2D and 3D plans.		\| CAD for MEP has features for drafting 2D and 3D plans.
	\| Revit MEP has advanced features for smart MEPF modeling and related functions.		\| Revit MEP has advanced features for smart MEPF modeling and related functions.
	\|-		\|-
−	\|	+	\| 5.
−	~~===~~ 5. ~~===~~	+
	\| It does not support collaborative workflow like any BIM software		\| It does not support collaborative workflow like any BIM software
	\| Revit MEP enables CDE – a common data environment. It allows collaboration among the MEPF project team and lets them work in a single coherent model.		\| Revit MEP enables CDE – a common data environment. It allows collaboration among the MEPF project team and lets them work in a single coherent model.

Benton at 02:49, 21 April 2022

2022-04-21T02:49:35Z

Show changes

Benton at 02:45, 21 April 2022

2022-04-21T02:45:56Z

← Older revision		Revision as of 02:45, 21 April 2022
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	= Difference Between Revit MEP and AutoCAD MEP =		= Difference Between Revit MEP and AutoCAD MEP =

−	[[File:~~Difference Between Revit MEP and AutoCAD MEP~~.png]]<br />	+	[[File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png\|link=File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png]]<br />
	<br />		<br />
	Table of contents		Table of contents
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	{\|		{\|
−	~~\|width="33%"~~\| Sr. No	+	\| Sr. No
−	~~\|width="33%"~~\| AutoCAD MEP	+	\| AutoCAD MEP
−	~~\|width="33%"~~\| Revit MEP	+	\| Revit MEP
	\|-		\|-
	\| 1.		\| 1.

Benton: Created page with "= Difference Between Revit MEP and AutoCAD MEP = File:Difference Between Revit MEP and AutoCAD MEP.png

Table of contents * Journey of MEP Engineering from Auto..."

2022-04-20T11:50:32Z

Created page with "= Difference Between Revit MEP and AutoCAD MEP = File:Difference Between Revit MEP and AutoCAD MEP.png Table of contents * Journey of MEP Engineering from Auto..."

New page

= Difference Between Revit MEP and AutoCAD MEP =

[[File:Difference Between Revit MEP and AutoCAD MEP.png]] 
 
Table of contents

* Journey of MEP Engineering from AutoCAD to Revit.
* How is AutoCAD MEP different from Revit MEP?
* Why adopt Revit for MEP - Top 12 reasons
* Revit MEP – Will it have any scopes in future?

Journey of MEP Engineering from AutoCAD to Revit

MEP Engineering is one of the most important components of building construction. It facilitates the smooth functioning of the building and makes it a better place to live. However, MEP systems are also one of the most complex systems in terms of design. During the era of pen and paper drafting, it was very difficult to create designs for MEPF components of the building. The hand-drafted design brought in many errors and inefficiencies in the designs, due to which the execution team faced difficulties during the installation of MEPF systems.

Later on, with the introduction of computer-based systems for drafting, the job became easier, quicker and more accurate. Digital technologies for planning and designing came into existence during the 1970s for MEP engineering. CAD or Computer-Aided Design was introduced as a tool to create MEPFP designs using computers. AutoCAD MEP facilitated faster creation of 2D and 3D plans, precise measurements and accurate outcomes. It became popular among the professionals in the AEC industry.

Although the industry had Computer-Aided Design software such as AutoCAD for architectural, structural and MEP designs, it required an upgrade. Revit by Autodesk, as a was introduced in the year 1997. Later in 2000, it was renamed Revit Technology Corporation later and was acquired by the software company Autodesk in 2002. Autodesk Revit for MEPF opened up new possibilities for the AEC business, especially for Building Information Modeling and design experts. It facilitated intelligent modeling for mechanical, electrical, plumbing and fire protection with detailed data integration. Autodesk Revit MEP brought a significant upgrade over computer-aided design software. It features an integrated design creation, model analysis, documentation and fabrication of components. MEP engineers leverage the benefits of Autodesk Revit MEP for optimized schedules, cost-efficacy, accuracy and comprehensive MEP modeling.

How is AutoCAD MEP different from Revit MEP?

Both, [https://www.autodesk.com/products/autocad/included-toolsets/autocad-mep AutoCAD MEP] and Revit MEP are popular design tools from Autodesk. Both of them differ from each other in several ways. Let’s explore the major differences between AutoCAD MEP and Revit MEP, given in the table below.

{|
|width="33%"| Sr. No
|width="33%"| AutoCAD MEP
|width="33%"| Revit MEP
|-
| 1.
| It is 2D & 3D drafting software.
| It is a Building Information Modeling software.
|-
| 2.
| It allows 2D and 3D MEP plans and drawings.
| It allows you to create comprehensive 3D BIM models of MEP systems.
|-
| 3.
| It is an upgrade over the traditional pen & paper designs.
| It is an upgrade over the CAD technology, offering advanced building information models.
|-
| 4.
| CAD for MEP has features for drafting 2D and 3D plans.
| Revit MEP has advanced features for smart MEPF modeling and related functions.
|-
| 5.
| It does not support collaborative workflow like any BIM software
| Revit MEP enables CDE – a common data environment. It allows collaboration among the MEPF project team and lets them work in a single coherent model.
|}

Why adopt Revit for MEP - Top 12 reasons

Revit for MEP is an advanced software supporting the BIM technology for efficient design-build construction.

Comprehensive 3D MEPF model creation

Revit BIM allows MEP engineers to develop complex designs for MEPFP accurately in a short time. The parametric modeling in Revit MEP allows model creation from a set of commands. The 3D MEP BIM model of the structure facilitates engineers with precise information such as measurements, cost estimates & quantity of materials and arrangement of various MEP components with a simulation of the processes.

Easy to use

[https://www.tejjy.com/our-services/bim-3d-model/revit-families-creation/ Revit BIM] for MEP is an easy-to-understand platform. The user-friendly interface allows a user to get a clear idea of its features easily. However, as a prerequisite, one must be aware of the MEP systems and should possess the knowledge of using the software.

Easy collaboration of project team

Being a Common Data Environment, Revit enables the project team to work and coordinate on a single coherent model. It facilitates a secured environment and facilitates data storage, access and sharing through cloud technology.

Automated technology for BIM

Automation allows engineers to work more efficiently. It speeds up the process of 3D MEP modeling and also increases productivity. For example, if any revision is made to a type of component, the change is reflected in the whole database. 
 
Interoperability

Revit MEP is a standardized BIM software. The model created in it can be exported, imported and linked with some of the commonly used and popular BIM and CAD formats such as IFC, 3DM, SKP and more.

Customized family creation

Revit MEP enables customized family creation. Revit families are the block-type components that can be placed directly into the model. It makes the process of model creation easier. A customized MEP family allow a user to design the model according to their choice and requirements.

Personalization

A user can customize the toolbar, ribbons and shortcut keys according to his/her requirements. It makes it easy for a user to access the features as per his requirements.

Optimized Project Scheduling for MEPF – 4D BIM

Revit MEP facilitates the integration of the project schedules in the BIM MEP model. 4D BIM represents the required time to complete a set of activities. For example, installing electrical conduits on a floor would take one day. Similarly, an MEP 4D BIM model represents an optimized project schedule and helps eliminate delays.

Precise Cost-estimation and Quantity take-off – 5D BIM

The cost element in the [https://www.tejjy.com/our-services/mep-services/ BIM MEP] model is known as 5D BIM. 5D BIM in MEP offers precise cost estimates and quantity take-off for an MEP project. It gives a clear idea to the project manager about the cost and quantity of materials. 5D BIM eliminates cost overruns and wastage of resources.

Better visualization of the project

Revit software enables visualization of the project from different perspectives during the planning stage. It also facilitates alternatives for the designs of MEP components for better feasibility and aesthetics.

Updation of MEP models in real-time

The Building Information Modeling software allows updations of the design-build MEP projects in real-time through cloud technology. Any changes in the designs, cost or quantity of materials, are updated in the MEP model through the cloud. The project team involved in the project can access the revised models immediately.

Plugins for Revit MEP

More than 140 different types of plugins for Autodesk Revit are available. A BIM modeler can utilize different plugins as per the requirements of the project, to enhance its MEP BIM model.

Revit MEP – Will it have any scopes in future?

Revit MEP is the market leader in BIM software, and it has a bright future ahead of it. The BIM-based software has delivered a wide range of functionality and considerable modifications from its base version since its release. Revit BIM MEP would undoubtedly serve its role for the next ten years with frequent updates until big technological developments are observed. According to certain sources, Revit for MEP BIM will not undergo any significant changes. To summarize, the BIM software has a bright future ahead of it, and it will continue to serve the MEP business and its specialists for at least the next ten years.

[[Category:Organisations]] [[Category:Construction_management]] [[Category:Construction_techniques]] [[Category:Contracts_/_payment]] [[Category:BIM]]

← Older revision		Revision as of 09:38, 22 April 2022
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	= Difference Between Revit MEP and AutoCAD MEP =		= Difference Between Revit MEP and AutoCAD MEP =

−	[[File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png\|link=File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png]]~~<br />~~	+	[[File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png\|link=File:Difference_Between_Revit_MEP_and_AutoCAD_MEP.png]]
−	~~<br />~~	+
−	~~Table of contents~~	+

−	* Journey of MEP Engineering from AutoCAD to Revit.	+	= Journey of MEP Engineering from AutoCAD to Revit =
−	* How is AutoCAD MEP different from Revit MEP?	+
−	* Why adopt Revit for MEP - Top 12 reasons	+
−	* Revit MEP – Will it have any scopes in future?	+
−		+
−	=== Journey of MEP Engineering from AutoCAD to Revit ===	+

	MEP Engineering is one of the most important components of building construction. It facilitates the smooth functioning of the building and makes it a better place to live. However, MEP systems are also one of the most complex systems in terms of design. During the era of pen and paper drafting, it was very difficult to create designs for MEPF components of the building. The hand-drafted design brought in many errors and inefficiencies in the designs, due to which the execution team faced difficulties during the installation of MEPF systems.		MEP Engineering is one of the most important components of building construction. It facilitates the smooth functioning of the building and makes it a better place to live. However, MEP systems are also one of the most complex systems in terms of design. During the era of pen and paper drafting, it was very difficult to create designs for MEPF components of the building. The hand-drafted design brought in many errors and inefficiencies in the designs, due to which the execution team faced difficulties during the installation of MEPF systems.
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	Although the industry had Computer-Aided Design software such as AutoCAD for architectural, structural and MEP designs, it required an upgrade. Revit by Autodesk, as a was introduced in the year 1997. Later in 2000, it was renamed Revit Technology Corporation later and was acquired by the software company Autodesk in 2002. Autodesk Revit for MEPF opened up new possibilities for the AEC business, especially for Building Information Modeling and design experts. It facilitated intelligent modeling for mechanical, electrical, plumbing and fire protection with detailed data integration. Autodesk Revit MEP brought a significant upgrade over computer-aided design software. It features an integrated design creation, model analysis, documentation and fabrication of components. MEP engineers leverage the benefits of Autodesk Revit MEP for optimized schedules, cost-efficacy, accuracy and comprehensive MEP modeling.		Although the industry had Computer-Aided Design software such as AutoCAD for architectural, structural and MEP designs, it required an upgrade. Revit by Autodesk, as a was introduced in the year 1997. Later in 2000, it was renamed Revit Technology Corporation later and was acquired by the software company Autodesk in 2002. Autodesk Revit for MEPF opened up new possibilities for the AEC business, especially for Building Information Modeling and design experts. It facilitated intelligent modeling for mechanical, electrical, plumbing and fire protection with detailed data integration. Autodesk Revit MEP brought a significant upgrade over computer-aided design software. It features an integrated design creation, model analysis, documentation and fabrication of components. MEP engineers leverage the benefits of Autodesk Revit MEP for optimized schedules, cost-efficacy, accuracy and comprehensive MEP modeling.

−	=== How is AutoCAD MEP different from Revit MEP? ===	+	= How is AutoCAD MEP different from Revit MEP? =

	Both, [https://www.autodesk.com/products/autocad/included-toolsets/autocad-mep AutoCAD MEP] and Revit MEP are popular design tools from Autodesk. Both of them differ from each other in several ways. Let’s explore the major differences between AutoCAD MEP and Revit MEP, given in the table below.		Both, [https://www.autodesk.com/products/autocad/included-toolsets/autocad-mep AutoCAD MEP] and Revit MEP are popular design tools from Autodesk. Both of them differ from each other in several ways. Let’s explore the major differences between AutoCAD MEP and Revit MEP, given in the table below.
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−	=== Why adopt Revit for MEP - Top 12 reasons ===	+	= Why adopt Revit for MEP - Top 12 reasons =

	Revit for MEP is an advanced software supporting the BIM technology for efficient design-build construction.		Revit for MEP is an advanced software supporting the BIM technology for efficient design-build construction.

−	=== Comprehensive 3D MEPF model creation ===	+	== Comprehensive 3D MEPF model creation ==

	Revit BIM allows MEP engineers to develop complex designs for MEPFP accurately in a short time. The parametric modeling in Revit MEP allows model creation from a set of commands. The 3D MEP BIM model of the structure facilitates engineers with precise information such as measurements, cost estimates & quantity of materials and arrangement of various MEP components with a simulation of the processes.		Revit BIM allows MEP engineers to develop complex designs for MEPFP accurately in a short time. The parametric modeling in Revit MEP allows model creation from a set of commands. The 3D MEP BIM model of the structure facilitates engineers with precise information such as measurements, cost estimates & quantity of materials and arrangement of various MEP components with a simulation of the processes.

−	=== Easy to use ===	+	== Easy to use ==

	[https://www.tejjy.com/our-services/bim-3d-model/revit-families-creation/ Revit BIM] for MEP is an easy-to-understand platform. The user-friendly interface allows a user to get a clear idea of its features easily. However, as a prerequisite, one must be aware of the MEP systems and should possess the knowledge of using the software.		[https://www.tejjy.com/our-services/bim-3d-model/revit-families-creation/ Revit BIM] for MEP is an easy-to-understand platform. The user-friendly interface allows a user to get a clear idea of its features easily. However, as a prerequisite, one must be aware of the MEP systems and should possess the knowledge of using the software.

−	=== Easy collaboration of project team ===	+	== Easy collaboration of project team ==

	Being a Common Data Environment, Revit enables the project team to work and coordinate on a single coherent model. It facilitates a secured environment and facilitates data storage, access and sharing through cloud technology.		Being a Common Data Environment, Revit enables the project team to work and coordinate on a single coherent model. It facilitates a secured environment and facilitates data storage, access and sharing through cloud technology.

−	=== Automated technology for BIM ===	+	== Automated technology for BIM ==
		+
		+	Automation allows engineers to work more efficiently. It speeds up the process of 3D MEP modeling and also increases productivity. For example, if any revision is made to a type of component, the change is reflected in the whole database.

−	Automation allows engineers to work more efficiently. It speeds up the process of 3D MEP modeling and also increases productivity. For example, if any revision is made to a type of component, the change is reflected in the whole database.<br />	+	== Interoperability ==
−	~~<br />~~	+
−	Interoperability	+

	Revit MEP is a standardized BIM software. The model created in it can be exported, imported and linked with some of the commonly used and popular BIM and CAD formats such as IFC, 3DM, SKP and more.		Revit MEP is a standardized BIM software. The model created in it can be exported, imported and linked with some of the commonly used and popular BIM and CAD formats such as IFC, 3DM, SKP and more.

−	=== Customized family creation ===	+	== Customized family creation ==

	Revit MEP enables customized family creation. Revit families are the block-type components that can be placed directly into the model. It makes the process of model creation easier. A customized MEP family allow a user to design the model according to their choice and requirements.		Revit MEP enables customized family creation. Revit families are the block-type components that can be placed directly into the model. It makes the process of model creation easier. A customized MEP family allow a user to design the model according to their choice and requirements.

−	=== Personalization ===	+	== Personalization ==

	A user can customize the toolbar, ribbons and shortcut keys according to his/her requirements. It makes it easy for a user to access the features as per his requirements.		A user can customize the toolbar, ribbons and shortcut keys according to his/her requirements. It makes it easy for a user to access the features as per his requirements.

−	=== Optimized Project Scheduling for MEPF – 4D BIM ===	+	== Optimized Project Scheduling for MEPF – 4D BIM ==

	Revit MEP facilitates the integration of the project schedules in the BIM MEP model. 4D BIM represents the required time to complete a set of activities. For example, installing electrical conduits on a floor would take one day. Similarly, an MEP 4D BIM model represents an optimized project schedule and helps eliminate delays.		Revit MEP facilitates the integration of the project schedules in the BIM MEP model. 4D BIM represents the required time to complete a set of activities. For example, installing electrical conduits on a floor would take one day. Similarly, an MEP 4D BIM model represents an optimized project schedule and helps eliminate delays.

−	=== Precise Cost-estimation and Quantity take-off – 5D BIM ===	+	== Precise Cost-estimation and Quantity take-off – 5D BIM ==

	The cost element in the [https://www.tejjy.com/our-services/mep-services/ BIM MEP] model is known as 5D BIM. 5D BIM in MEP offers precise cost estimates and quantity take-off for an MEP project. It gives a clear idea to the project manager about the cost and quantity of materials. 5D BIM eliminates cost overruns and wastage of resources.		The cost element in the [https://www.tejjy.com/our-services/mep-services/ BIM MEP] model is known as 5D BIM. 5D BIM in MEP offers precise cost estimates and quantity take-off for an MEP project. It gives a clear idea to the project manager about the cost and quantity of materials. 5D BIM eliminates cost overruns and wastage of resources.

−	=== Better ~~visualization~~ of the project ===	+	== Better visualisation of the project ==

−	Revit software enables ~~visualization~~ of the project from different perspectives during the planning stage. It also facilitates alternatives for the designs of MEP components for better feasibility and aesthetics.	+	Revit software enables visualisation of the project from different perspectives during the planning stage. It also facilitates alternatives for the designs of MEP components for better feasibility and aesthetics.

−	=== Updation of MEP models in real-time ===	+	== Updation of MEP models in real-time ==

	The Building Information Modeling software allows updations of the design-build MEP projects in real-time through cloud technology. Any changes in the designs, cost or quantity of materials, are updated in the MEP model through the cloud. The project team involved in the project can access the revised models immediately.		The Building Information Modeling software allows updations of the design-build MEP projects in real-time through cloud technology. Any changes in the designs, cost or quantity of materials, are updated in the MEP model through the cloud. The project team involved in the project can access the revised models immediately.

−	==~~= Plugins~~ for Revit MEP ===	+	== Plug-ins for Revit MEP ==

	More than 140 different types of plugins for Autodesk Revit are available. A BIM modeler can utilize different plugins as per the requirements of the project, to enhance its MEP BIM model.		More than 140 different types of plugins for Autodesk Revit are available. A BIM modeler can utilize different plugins as per the requirements of the project, to enhance its MEP BIM model.

−	=== Revit MEP – Will it have any scopes in future? ===	+	= Revit MEP – Will it have any scopes in future? =

	Revit MEP is the market leader in BIM software, and it has a bright future ahead of it. The BIM-based software has delivered a wide range of functionality and considerable modifications from its base version since its release. Revit BIM MEP would undoubtedly serve its role for the next ten years with frequent updates until big technological developments are observed. According to certain sources, Revit for MEP BIM will not undergo any significant changes. To summarize, the BIM software has a bright future ahead of it, and it will continue to serve the MEP business and its specialists for at least the next ten years.		Revit MEP is the market leader in BIM software, and it has a bright future ahead of it. The BIM-based software has delivered a wide range of functionality and considerable modifications from its base version since its release. Revit BIM MEP would undoubtedly serve its role for the next ten years with frequent updates until big technological developments are observed. According to certain sources, Revit for MEP BIM will not undergo any significant changes. To summarize, the BIM software has a bright future ahead of it, and it will continue to serve the MEP business and its specialists for at least the next ten years.

	[[Category:Organisations]] [[Category:Construction_management]] [[Category:Construction_techniques]] [[Category:Contracts_/_payment]] [[Category:BIM]]		[[Category:Organisations]] [[Category:Construction_management]] [[Category:Construction_techniques]] [[Category:Contracts_/_payment]] [[Category:BIM]]