Revit - Revision history

Editor at 09:05, 30 October 2025

2025-10-30T09:05:42Z

Vibim at 07:12, 30 October 2025

2025-10-30T07:12:29Z

← Older revision		Revision as of 07:12, 30 October 2025
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	=== Real-World Application: Large-Scale Commercial Complex ===		=== Real-World Application: Large-Scale Commercial Complex ===

−	A notable example of ~~Revit's capability in complex Scan to BIM projects involves a 130,000 m² commercial complex in the UK. The project, delivered by specialist BIM consultancy~~ ViBIM, required modeling the entire commercial center, surrounding topography, and adjacent buildings to LOD 300 standards for architectural and structural disciplines.	+	A notable example of [[User:Vibim\|ViBIM]], required modeling the entire commercial center, surrounding topography, and adjacent buildings to LOD 300 standards for architectural and structural disciplines.

	Key Technical Challenges Addressed:		Key Technical Challenges Addressed:
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	This case demonstrates how Revit, when combined with specialized workflows and automation tools, can handle large-scale, complex projects while maintaining accuracy and meeting demanding deadlines—even with significant scope changes.		This case demonstrates how Revit, when combined with specialized workflows and automation tools, can handle large-scale, complex projects while maintaining accuracy and meeting demanding deadlines—even with significant scope changes.

−	[[File:Revit-services-for-commercial-buildings-uk-scaled.jpg]]	+	[[File:Revit-services-for-commercial-buildings-uk-scaled.jpg\|link=File:Revit-services-for-commercial-buildings-uk-scaled.jpg]]

	== Industry Standards and Interoperability ==		== Industry Standards and Interoperability ==

Vibim at 07:11, 30 October 2025

2025-10-30T07:11:50Z

← Older revision		Revision as of 07:11, 30 October 2025
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	[[File:RevitImage.jpg\|link=File:RevitImage.jpg]]		[[File:RevitImage.jpg\|link=File:RevitImage.jpg]]

−	= Introduction =	+	== Introduction ==

−	Revit is a ~~piece of~~ software for building information modelling (BIM). It ~~includes features~~ for architectural, mechanical, electrical and plumbing (MEP), structural engineering and ~~other~~ construction~~-related professionals~~. ~~Building~~ owners and facility managers ~~may also use~~ Revit ~~to support their use of BIM to analyse~~ spatial ~~information~~, ~~track inventories~~, ~~perform~~ cost ~~analysis~~ and ~~so on~~.	+	Revit is a comprehensive software platform for building information modelling (BIM), designed to support the entire lifecycle of construction projects. It provides specialized tools for architectural design, mechanical, electrical and plumbing (MEP) systems, structural engineering, and construction coordination. Beyond design and engineering, building owners and facility managers utilize Revit for spatial analysis, asset tracking, cost estimation, and lifecycle management.

−	According to the ~~[https://www.thenbs.com/knowledge/nbs-national-bim-report-2017~~ NBS National BIM Report 2017], Revit (Architecture/Structure/MEP) was the most popular drawing tool in the UK, used by 41% of ~~respondents~~.	+	According to the NBS National BIM Report 2017, Revit (Architecture/Structure/MEP) was the most popular drawing tool in the UK, used by 41% of respondents—a testament to its widespread adoption across the AEC industry.

−	= Development =	+	== Development History ==

−	Revit was initially developed in 1997 by Charles River Software (which became Revit Technology Corporation ~~- or~~ RTC - in 2000). It was acquired by Autodesk in 2002 and ~~was renamed~~ Autodesk Revit.	+	Revit was initially developed in 1997 by Charles River Software, which became Revit Technology Corporation (RTC) in 2000. The platform was acquired by Autodesk in 2002 and rebranded as Autodesk Revit, marking the beginning of its integration into the broader Autodesk ecosystem.

−	~~In 2020, some Revit users confronted Autodesk over interoperability concerns, lack of development~~ and other business-related issues. Autodesk acknowledged its neglect of the 20-year-old tool, including statements about the future of Revit and the admission that a complete redevelopment of Revit was unlikely.	+	=== Recent Developments and Industry Response ===

−	~~On 19 September~~ 2020, ~~AEC Magazine published an article, [https://aecmag.com/bim/~~the~~-future-of-revit/ The Future of~~ Revit], ~~written by Martyn Day. In the article~~, ~~Day stated, “There is no Revit 2~~.~~0, and~~ the ~~future appears to be some kind of slow absorption into a~~ cloud-based ~~construction system with new thick client applications eventually replacing the single monolithic Revit application~~.”	+	In 2020, concerns emerged within the Revit user community regarding interoperability limitations, perceived stagnation in development, and strategic direction. Users raised questions about the software's evolution in an increasingly cloud-based and collaborative industry landscape.

−	~~= Related articles on Designing Buildings =~~	+	Autodesk acknowledged these concerns, including candid admissions about development challenges with the 20-year-old platform. The company clarified that a complete architectural redevelopment of Revit (often referred to as "Revit 2.0") was not in the immediate roadmap.

−	* Building information modelling.	+	On 19 September 2020, AEC Magazine published an article by Martyn Day titled "The Future of Revit," which stated: "There is no Revit 2.0, and the future appears to be some kind of slow absorption into a cloud-based construction system with new thick client applications eventually replacing the single monolithic Revit application."
−	* Computer aided design CAD.	+
−	* File formats for BIM.	+	Despite these discussions, Revit remains the dominant BIM authoring tool globally, with continuous updates focusing on interoperability, cloud collaboration through Autodesk Construction Cloud (ACC), and incremental performance improvements.
		+
		+	== Revit in Contemporary Practice: Scan to BIM Applications ==
		+
		+	One of Revit's most significant applications in recent years has been its role in Scan to BIM workflows—the process of creating accurate BIM models from point cloud data captured through 3D laser scanning. This approach is particularly valuable for existing buildings, heritage structures, and infrastructure projects where traditional as-built documentation is unavailable or inaccurate.
		+
		+	=== Point Cloud to BIM Workflow ===
		+
		+	The typical Scan to BIM workflow involves:
		+
		+	# Data Capture: 3D laser scanning of existing conditions
		+	# Point Cloud Processing: Registration and indexing in formats such as RCP/RCS
		+	# BIM Modeling: Creating parametric Revit models referenced to point cloud data
		+	# Quality Assurance: Deviation analysis and accuracy verification
		+	# Deliverable Production: Generating models, drawings, and data for downstream use
		+
		+	=== Real-World Application: Large-Scale Commercial Complex ===
		+
		+	A notable example of Revit's capability in complex Scan to BIM projects involves a 130,000 m² commercial complex in the UK. The project, delivered by specialist BIM consultancy ViBIM, required modeling the entire commercial center, surrounding topography, and adjacent buildings to LOD 300 standards for architectural and structural disciplines.
		+
		+	Key Technical Challenges Addressed:
		+
		+	* Data Volume Management: Processing extremely large point cloud datasets required strategic data segmentation and point cloud optimization to prevent system overload
		+	* Collaborative Workflows: Multiple team members working concurrently necessitated robust model synchronization protocols and zone-based work allocation
		+	* Phased Data Delivery: Scan data received in multiple batches created discontinuities requiring careful coordination
		+	* Late-Stage Scope Changes: A significant design change with only 25% of delivery time remaining (converting large topography surfaces to floor elements) was addressed through custom Dynamo scripting, reducing manual rework by 90%
		+
		+	This case demonstrates how Revit, when combined with specialized workflows and automation tools, can handle large-scale, complex projects while maintaining accuracy and meeting demanding deadlines—even with significant scope changes.
		+
		+	[[File:Revit-services-for-commercial-buildings-uk-scaled.jpg]]
		+
		+	== Industry Standards and Interoperability ==
		+
		+	Revit's widespread adoption is partially attributed to its support for industry-standard protocols:
		+
		+	* IFC (Industry Foundation Classes): Enabling cross-platform data exchange
		+	* COBie (Construction Operations Building Information Exchange): Supporting facility management handover
		+	* Autodesk Construction Cloud Integration: Facilitating cloud-based collaboration
		+	* API and Extensibility: Allowing custom tool development through Revit API and Dynamo
		+
		+	== Strategic Considerations for Practitioners ==
		+
		+	When implementing Revit in practice, organizations should consider:
		+
		+	# Workflow Optimization: Developing standardized templates, families, and protocols
		+	# Data Management: Implementing robust file naming, versioning, and archiving procedures
		+	# Specialist Support: For complex projects such as Scan to BIM, heritage documentation, or large-scale infrastructure, partnering with specialized BIM consultancies can provide technical expertise and scalable resources
		+	# Training Investment: Ensuring team competency through structured training programs
		+	# Technology Integration: Leveraging complementary tools (Navisworks, Recap, AutoCAD) within the Autodesk ecosystem
		+
		+	== Conclusion ==
		+
		+	Despite discussions about its long-term evolution, Revit remains the industry-leading BIM authoring platform, continuously adapted to meet emerging requirements such as point cloud modeling, cloud collaboration, and data-driven design. Its parametric modeling capabilities, discipline-specific tools, and extensive ecosystem make it indispensable for contemporary AEC practice.
		+
		+	As the industry evolves toward more integrated, cloud-based workflows, Revit's role will likely continue transforming—not through complete replacement, but through gradual integration with broader digital construction platforms and specialized applications addressing specific project requirements.
		+
		+	-----
		+	== Related Articles on Designing Buildings ==
		+
		+	* Building information modelling
		+	* Computer aided design CAD
		+	* File formats for BIM
	* How should Facility managers use Revit BIM?		* How should Facility managers use Revit BIM?
−	* MEP Coordination.	+	* MEP Coordination
−	* NBS National BIM Report 2016.	+	* NBS National BIM Report 2016
−	* Revit families.	+	* Revit families
−	* The future of construction - BIM.	+	* Scan to BIM workflows
		+	* Point cloud processing for BIM
		+	* The future of construction - BIM
	* What does BIM have in store for the construction industry?		* What does BIM have in store for the construction industry?

−	= External ~~resources~~ =	+	== External Resources ==
		+
		+	* Martyn Day, AEC Magazine, The future of Revit, 19 September 2020
		+	* Autodesk Construction Cloud Documentation
		+	* National BIM Library (UK)
		+	* BuildingSMART International (IFC Standards)

−	* Martyn Day, AEC Magazine, [https://aecmag.com/bim/the-~~future~~-of-~~revit/ The future~~ of Revit], ~~19 September 2020~~.	+	-----
		+	This article provides an overview of Revit as a BIM platform. For specific technical guidance or project implementation support, consult with qualified BIM professionals or specialist consultancies with demonstrated expertise in your project type.

	[[Category:DCN_Product_Knowledge]] [[Category:DCN_Software]] [[Category:Products_/_components]] [[Category:BIM]]		[[Category:DCN_Product_Knowledge]] [[Category:DCN_Software]] [[Category:Products_/_components]] [[Category:BIM]]

Designing Buildings at 09:12, 4 May 2023

2023-05-04T09:12:21Z

← 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 06:40, 21 October 2021

2021-10-21T06:40:16Z

← Older revision		Revision as of 06:40, 21 October 2021
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	Revit is a piece of software for building information modelling (BIM). It includes features for architectural, mechanical, electrical and plumbing (MEP), structural engineering and other construction-related professionals. Building owners and facility managers may also use Revit to support their use of BIM to analyse spatial information, track inventories, perform cost analysis and so on.		Revit is a piece of software for building information modelling (BIM). It includes features for architectural, mechanical, electrical and plumbing (MEP), structural engineering and other construction-related professionals. Building owners and facility managers may also use Revit to support their use of BIM to analyse spatial information, track inventories, perform cost analysis and so on.
		+
		+	According to the [https://www.thenbs.com/knowledge/nbs-national-bim-report-2017 NBS National BIM Report 2017], Revit (Architecture/Structure/MEP) was the most popular drawing tool in the UK, used by 41% of respondents.

	= Development =		= Development =

Designing Buildings at 06:37, 21 October 2021

2021-10-21T06:37:55Z

← Older revision		Revision as of 06:37, 21 October 2021
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	= Introduction =		= Introduction =

−	Revit is ~~building design~~ software ~~that is specifically designed~~ for building information modelling (BIM). ~~Revit is intended to support BIM rather than replace it.~~	+	Revit is a piece of software for building information modelling (BIM). It includes features for architectural, mechanical, electrical and plumbing (MEP), structural engineering and other construction-related professionals. Building owners and facility managers may also use Revit to support their use of BIM to analyse spatial information, track inventories, perform cost analysis and so on.
−		+
−	~~Revit~~ includes features for architectural, mechanical, electrical and plumbing (MEP), structural engineering and other construction-related professionals. Building owners and facility managers may also use Revit to support their use of BIM to analyse spatial information, track inventories, perform cost analysis and so on~~. It can be used in conjunction with computer aided design (CAD) software to coordinate data~~.	+

	= Development =		= Development =

−	Revit ~~software~~ was initially developed in 1997 by Charles River Software (which became Revit Technology Corporation - or RTC - in 2000). ~~The software~~ was acquired by Autodesk in 2002 and was renamed Autodesk Revit.	+	Revit was initially developed in 1997 by Charles River Software (which became Revit Technology Corporation - or RTC - in 2000). It was acquired by Autodesk in 2002 and was renamed Autodesk Revit.

−	In 2020, some Revit users confronted Autodesk over interoperability concerns, lack of development and other business-related issues ~~around Revit~~. Autodesk acknowledged its neglect of the 20-year-old tool, including statements about the future of Revit and the admission that a complete redevelopment of Revit was unlikely.	+	In 2020, some Revit users confronted Autodesk over interoperability concerns, lack of development and other business-related issues. Autodesk acknowledged its neglect of the 20-year-old tool, including statements about the future of Revit and the admission that a complete redevelopment of Revit was unlikely.

	On 19 September 2020, AEC Magazine published an article, [https://aecmag.com/bim/the-future-of-revit/ The Future of Revit], written by Martyn Day. In the article, Day stated, “There is no Revit 2.0, and the future appears to be some kind of slow absorption into a cloud-based construction system with new thick client applications eventually replacing the single monolithic Revit application.”		On 19 September 2020, AEC Magazine published an article, [https://aecmag.com/bim/the-future-of-revit/ The Future of Revit], written by Martyn Day. In the article, Day stated, “There is no Revit 2.0, and the future appears to be some kind of slow absorption into a cloud-based construction system with new thick client applications eventually replacing the single monolithic Revit application.”

Editor at 17:05, 20 October 2021

2021-10-20T17:05:37Z

← Older revision		Revision as of 17:05, 20 October 2021
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	* Building information modelling.		* Building information modelling.
	* Computer aided design CAD.		* Computer aided design CAD.
−	* File formats for BIM	+	* File formats for BIM.
	* Free Revit families.		* Free Revit families.
	* How should Facility managers use Revit BIM?		* How should Facility managers use Revit BIM?
	* MEP Coordination.		* MEP Coordination.
		+	* NBS National BIM Report 2016.
	* Revit families.		* Revit families.
−	* NBS National BIM Report 2016
	* The future of construction - BIM.		* The future of construction - BIM.
	* What does BIM have in store for the construction industry?		* What does BIM have in store for the construction industry?

Editor at 17:00, 20 October 2021

2021-10-20T17:00:04Z

← Older revision		Revision as of 17:00, 20 October 2021
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−	[[File:RevitImage.jpg]]	+	[[File:RevitImage.jpg\|link=File:RevitImage.jpg]]

	= Introduction =		= Introduction =
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	* Building information modelling.		* Building information modelling.
−	* Computer aided design CAD	+	* Computer aided design CAD.
		+	* File formats for BIM
	* Free Revit families.		* Free Revit families.
	* How should Facility managers use Revit BIM?		* How should Facility managers use Revit BIM?
	* MEP Coordination.		* MEP Coordination.
	* Revit families.		* Revit families.
		+	* NBS National BIM Report 2016
	* The future of construction - BIM.		* The future of construction - BIM.
		+	* What does BIM have in store for the construction industry?

	= External resources =		= External resources =

Editor: Created page with "File:RevitImage.jpg = Introduction = Revit is building design software that is specifically designed for building information modelling (BIM). Revit is intended to support ..."

2021-10-20T16:57:25Z

Created page with "File:RevitImage.jpg = Introduction = Revit is building design software that is specifically designed for building information modelling (BIM). Revit is intended to support ..."

New page

[[File:RevitImage.jpg]]

= Introduction =

Revit is building design software that is specifically designed for building information modelling (BIM). Revit is intended to support BIM rather than replace it.

Revit includes features for architectural, mechanical, electrical and plumbing (MEP), structural engineering and other construction-related professionals. Building owners and facility managers may also use Revit to support their use of BIM to analyse spatial information, track inventories, perform cost analysis and so on. It can be used in conjunction with computer aided design (CAD) software to coordinate data.

= Development =

Revit software was initially developed in 1997 by Charles River Software (which became Revit Technology Corporation - or RTC - in 2000). The software was acquired by Autodesk in 2002 and was renamed Autodesk Revit.

In 2020, some Revit users confronted Autodesk over interoperability concerns, lack of development and other business-related issues around Revit. Autodesk acknowledged its neglect of the 20-year-old tool, including statements about the future of Revit and the admission that a complete redevelopment of Revit was unlikely.

On 19 September 2020, AEC Magazine published an article, [https://aecmag.com/bim/the-future-of-revit/ The Future of Revit], written by Martyn Day. In the article, Day stated, “There is no Revit 2.0, and the future appears to be some kind of slow absorption into a cloud-based construction system with new thick client applications eventually replacing the single monolithic Revit application.”

= Related articles on Designing Buildings =

* Building information modelling.
* Computer aided design CAD
* Free Revit families.
* How should Facility managers use Revit BIM?
* MEP Coordination.
* Revit families.
* The future of construction - BIM.

= External resources =

* Martyn Day, AEC Magazine, [https://aecmag.com/bim/the-future-of-revit/ The future of Revit], 19 September 2020.

[[Category:DCN_Product_Knowledge]] [[Category:DCN_Software]] [[Category:Products_/_components]] [[Category:BIM]]