A Complete Guide to New Rivit 2022: What Are the New Highlights?

Purchasing Autodesk Revit 2022 became available on April 6th, 2022. IT administrators, students, and educators can purchase an educational license from Autodesk.

There are many things you can do with Revit. Applicants must check if they meet the requirements outlined by Autodesk. You are implementing more efficient design to documentation workflows, enhancing interoperability for project teams across all design phases. It is also improving design products that will enhance your experience when working with Revit.

Integration Improvement

Revit 2022 can easily integrate with everyday tools. It is now possible to work round-trip from Revit 2022 to Rhino and FormIt Pro. You can import the model into Revit using a link feature. Revit 2022 can also instantly incorporate Rhino modeling updates into current working models. That enables all teams to access updates to the model. Using the interoperable option 3D Sketch, Revit models can also be transferred to FormIt and modified.

Scheduling & Tagging

To help you communicate design intent and create design deliverables, Revit 2022 incorporates several tagging and scheduling features. Several improvements to schedules, annotations, tags, and setting up projects will make them more precise, faster, and less prone to errors. With Revit’s Rotated Tags, flexible revision numbers, slopes, elevations, and grids in 3D views, designers can clearly communicate their intent and capture design intent.

A Wide Range of Options awaits at Revit 2022

Architects, in particular, will benefit from the improved modeling and informed design features in this release. In addition to tapered walls and slanted wall profiles, Revit 2022 includes new categories that make it easier to model common design elements, such as food and medical equipment, vertical circulation, and more. Furthermore, it comes with the latest updates to the Generic Design and Route Analysis tools. So you can make better design decisions based on more informed geometric analysis.

The improved documentation tools will benefit engineers of all stripes. Steel connections and rebar improvements have also been added for structural engineers, further expanding their capabilities. Scheduling improvements in Revit make it easier to document design intent for MEP engineers and fabricators. Enhancements were made to the Design to Fabrication tool to provide a smoother, more consistent workflow. Mechanical system analysis is directly displayed in Revit with detailed load and sizing reports, as well as energy analyses in 3D views.

Upgrade Features of Modeling

Rebar Modeling

As well as improving rebar modeling, the new version is also faster. Engineers can now design and place rebar elements easily in beams, columns, and slabs. Modeling the reinforcement also requires accurate measurements of the re-bars diameter. Taking these measurements will also eliminate rebar clashes. Structural representations are now more accurate and fast. In Revit 2022, you can record the loads that are borne by various building systems. That helps you determine the size of the system elements.

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Amazing latest features for MEP in Revit in 2023

Using Revit 2023, you will have access to capabilities covering all phases of the mechanical and electrical design workflow, from conceptual design and analysis to production and documentation of design deliverables, as well as enhanced features to help with detailed construction design.

As a result of these enhancements, construction deliverables, such as models, are employed as part of the design process, as well as analysis as the foundation for design.

A substantial number of votes were received on the Revit Idea Station regarding BIM practitioners’ quality of life concerns.

Latest features in 2023 Revit

Here are the new features included in the 2023 Revit update:

Electrical Preliminary Design Workflow

In the most recent version of Revit for MEP for 2023, a new early-stage design process has been introduced for electrical engineers and designers.

This framework is conceptually similar to that available to mechanical engineers under the Systems Analysis Framework. Engineers manage information in fewer locations than in conventional processes.

By using this new method, Revit will be able to handle important data about electrical loads and distributions without having to physically model anything.

This new workflow provides a BIM-centric approach to starting electrical power distribution design workflows in the future, with the possibility of linking these processes to downstream workflows.

Engineers’ major pain points resolved

There has long been a major pain issue with the lack of consideration of phasing in the design of coupled MEP networks, particularly those that are linked.

The removal of a part over time has created two primary issues, and this has prompted one of the most popular MEP-specific thoughts on Revit Idea Station. The two primary issues for any MEP engineers are as mentioned below:-

1. Elements losing their system association,
Elements are no longer connected to adjacent elements.

Demolished components no longer remember what systems they were part of. Due to this problem, there were a number of workarounds available in order to be able to define views that would show the appropriate demolished elements of the system using the appropriate demolition views.

In addition, elements that are destroyed keep their connectedness to nearby elements, facilitating common modification actions.

Model improvements for energy analysis

As the need to measure and reduce Building Energy Use and Carbon Emissions only grows and while Next Gen Insight is still in development we made a number of foundational improvements to Revit’s Energy Analytical Model.

While the main focus of these improvements relates to Accuracy, Precision, and Performance, we started this by essentially refactoring key components originally written many years ago.

It not only improves Revit’s processing speed by 3X and removes memory limitations for very large models in Revit 2023, but also provides a better foundation for more improvements in the future.

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Revit 2023: Beginner Tips for Creating a Floor Plan

Creating 3D models is the most common use of Revit. A floor plan can be quickly created by drafting a layout. You need to follow certain steps in order to create an easy and nice floor plan using Revit.

Setting up a proper level height

If you do not need elevations or 3D views at the time, you should still assign the walls to specific levels even if you do not require elevations or 3D views at that time.

Make sure that all of the required levels have been created by going to the elevation view. Ensure that they are set to the correct height, but if necessary, you can adjust them later.

Intersect walls from internal to external

It is still a good idea to place one of the corners of the building at the intersection of the internal origin of your project, regardless of your lack of concern about the coordinate system. Depending on the version of Revit that you are using, the internal origin in Revit 2020 and later is indicated by an arrow symbol.

A project origin point should not be confused with a project base point or a survey point. While all of these points should be in the same position at the start of the project, there is a difference between them. As the origin for CAD exports, this point will be used. In the same way, CAD files or other formats can be linked.

Visibility or Graphics can be accessed by the shortcut VG. To access the site submenu, scroll below. Verify the Internal Origin checkbox. Your plan view should display the arrow icon.

Add detail lines to the layout

The problem with Revit is that there is no real way to create a quick layout in the same way that a quick layout can be created in AutoCAD. You are not quite right, the only thing you need to do is use the appropriate tools in order to do it.

A layout can be created directly using walls, or it can also be created using detail lines. DL is the shortcut you need to use. A single view shows these lines, but they are not included in the 3D model. Coloured lines should be used to distinguish model elements from each other.

Having created a draft layout, you have a variety of options to match your walls and other elements to the details in the layout. It would probably be best if you used the Align tool or the AL shortcut to align the objects. In order to edit a wall, type AL, click the reference line for the detail line, and then click the edge of the wall. There will be a movement of the wall so that it aligns with the detail line.

To create similar work, use shortcut cs

You can create a similar element by selecting an element and using the shortcut CS. There is no doubt that this is one of the best ways to be efficient. Using this tool, we are able to quickly create walls as shown in the example below.

Consider using temporary dimensions

When you select an element, a blue dimension will appear. This is referred to as a temporary dimension. You can adjust the witness lines by dragging the dots on the witness lines. If you wish to adjust the dimension, you will need to change the value of the blue text. It is possible to make a dimension permanent in the view by clicking on the dimension symbol.

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Can BIM truly improve Building Design and Construction?

Building Information Modeling or BIM has a unique character, like salt. Your project can be viewed from the perspective of a precise 3D model by outsourcing BIM requirements for construction.

COVID times were marked by collaboration and coordination through BIM. A stepping stone to success is BIM, which has transformed pen and paper work into CAD and then digitized construction.

Construction Growth due to BIM

Lots of designers & Architects in construction had not adopted BIM and relied on conventional techniques during the COVID stuck time & all work would have stopped.

As a result of BIM and cloud based sharing, many BIM service providers have progressed with several construction projects. BIM has made onsite monitoring and surveillance possible from the comfort of one’s home.

Structural Design Analysis Necessity

It is also important for structural design analysis to use Building Information Modeling.

3D modeling assists structural engineers in designing, detailing, documenting, and fabricating structural systems. In addition to enhancing 3D visualization, BIM structural engineering services transform the method of visualizing and managing components.

Engineers create better structural models with collaborative BIM standing between the design and technical teams. Structural engineering data is presented as geometric models, object models, calculations, finished element analyses, and technical descriptions in the BIM model.

Design-build process Optimization for MEP Services

Design-build systems can be enhanced by using intelligent BIM models, providing stakeholders with a clear understanding of the design. Therefore, MEP Service professionals can modify the design to achieve the desired outcome, preventing costly changes later on.

Simulations and analyses are carried out for the development of a cost-effective method for detecting and coordinating MEP clashes.


This pledge is about advancing building design, construction, and facility operations through BIM-BAM-BOOM.

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What are BIM 360 and 360 Docs? How it can influence BIM?

In simple terms, BIM 360 designs are created using BIM 360 Doc in order to create BIM 360 models. BIM 360 design is similar to the A360 collaboration in Revit in terms of its functionality but with additional facets for providing granular access control to members of the project team, which are available in the BIM 360 design.

As a result, in order to fully understand the differences between the BIM 360 and the 360 Doc, it is important for us to understand what each discipline has to offer.

BIM 360

On BIM 360 platform, the BIM 360 design can be described as being the result of cloud-based work sharing on the BIM 360 platform. And it is Designed specifically for the needs of architects and engineers.

Through virtual design reviews in 3D and graphical versions in a controlled, cloud-enabled collaborative environment, BIM 360 designs support Revit BIM services through virtual design reviews in 3D and graphical versions in 3D.

As a result, this allows for a more rational connection between preconstruction and pre-design, giving residential architectural firms the ability to track and coordinate. Multidisciplinary project team members can collaborate on Revit models using a design collaboration tool and data management tool with access controls, coordination, visual changes, and indefinite storage of the models.

Benefits of BIM 360

Revit Collaboration Made Faster and Easier

By providing architectural engineering and architectural design firms with 24/7 access to Revit models anywhere in the world, they are able to save time and effort.

By utilizing the Revit BIM service, distributed design teams are able to collaborate virtually to create a 3D BIM model through virtual collaboration.


The actual address of a company is not given priority in BIM 360 Design. Even though an architectural firm may have a presence in one area or another of the country, they can nonetheless engage in projects or joint ventures regardless of their location.

A more efficient sharing system

Architectural design firms usually assign some of the most competent team members with the strongest skill set and talent to the project. As a result, designers have the ability to work on different projects simultaneously regardless of where they are located.

Stakeholder’s collaboration

By implementing BIM 360 Design in their practice, architectural firms are able to provide their BIM teams with a real-time view of their BIM 3D models in order to improve communication and productivity between divisions.

BIM 360 Docs

A lack of effective communication during a construction project can lead to delays in the project and the need for expensive re-work of the residential and commercial architectural services. As part of the project lifecycle, architects as well as architectural engineering services providers often have to deal with these types of problems.

In this aspect, BIM 360 software assists construction experts in reducing project risks and allowing team members to work effectively.

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Making a compelling proposal for architecture: six tips

Getting more work and converting it to money is what we all strive for. It would be even better if we won better projects for our work. Your passion projects should not only pay well, but should also allow you to unleash your creativity, make a lasting impact in your community, and take pride in what you do.

These opportunities are difficult to come by because of stiff competition. No matter if you are guiding developers, competing in a fast-paced design competition, or submitting a request for proposal (RFP), be ready to bring your case forward.

It is your ability to communicate your design vision that determines whether your bid will win or lose. To help you craft winning conceptual designs and proposals, here are tips from proposal writers and leaders in the design industry.

1. Describe the context of your design to your clients

It may spark ideas for improving your design concept if you examine the details of the client’s project and show them you have taken the time to understand and research their project.

Displaying your conceptual design alongside real-world context is an easy way to demonstrate that you know the topography, structures, and other existing conditions. By using features such as Add Location, you can geolocate a potential site.

Once the high-resolution satellite imagery has been imported, you can create simple massing concepts. Use a tool like PreDesign to perform precise shadow studies using climate data analysis.

It is recommended that you show you understand how the topography of the site will impact building placement, pedestrian access, and occupant views. There will be no doubt in their minds that you pay attention to details.

2. Creating Visuals that are stunning

3D models can be rendered using rendering software to create emotive visuals, videos can be used to tell a story, or virtual and augmented reality can be used to create an interactive experience. Regardless of what you decide, make your design stand out by developing a unique visual style.

The realism of your visuals can make or break the success of a proposal. For example, V-Ray or Enscape is visualization software that you can use for that.

3. Choosing the right team for the job and needs

The team you choose should be based on experience, previous collaborations, and the client’s goals. Suppose you are trying to decide which landscape architecture firm to hire for a new project.

If you have partnered with a landscape design firm in the past, you know they are dependable, consistent, and innovative.

If the client prefers another landscape architecture firm, you can also work with them. Your structural engineer has provided you with a positive reference for option B, even though you have never worked with it. A living building is an essential part of the client’s goals and needs.

4. Engage in connection-building with clients

A design idea is just the beginning of the process of building connections. A successful job begins with making connections with clients, end-users, developers, other architects (if you want to collaborate with other architects), local council members, contractors, and city officials.

Focusing on building connections central to the type of project you are working on is essential with a long list of people with whom to build trust.

Maintaining old relationships is just as important as making new ones when it comes to making new connections. Your business relies on repeat clients to grow, so consistently deliver excellent service and make sure all of your clients post-occupancy concerns are addressed as soon as possible.

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When it comes to Airport Design and Construction, how does BIM help?

A constantly evolving airport design to meet traveler expectations, along with its sheer size and complexity pose multiple construction challenges. Coordinating on an interdisciplinary basis, budgeting, ensuring onsite safety, and avoiding design and constructability errors are all important.

Building information modeling enables stakeholders in the pre-construction phase to visualize the building. Using AR or VR technology, the 3D model can be walked through in full detail in order to give a realistic impression of the entire airport project before construction starts.

Coordinated Service Drawing Production

Engineers use BIM for the construction of complex buildings such as Utility Plants, Radioactive Goods Storage, Cargo Complexes, Pump Houses, and Guard Houses.

Additionally, BIM allows you to coordinate drawings for all trades. The engineers can create all types of shop drawings, such as ductwork, drainage, and water supply, as well as drawings for Light, Fire Protection, and Power.

3D model Creation & Coordination

Architects, structural engineers, concrete contractors, mechanics, electrical, plumbers, and fire protection engineers create 3D models of the airport using BIM.

Using Revit software for creating 3D models, and Navisworks application for coordinating the model, they coordinate the Model for Clash Detection, Mitigation, and Visualization. Model updates always provide you with the opportunity to review the constructability of the project, reflecting changes from Design Modifications.

Complex Project Challenges Solution

Inconsistency Design Documents Sorting Out

Engineers must meet aggressive project deadlines but also deal with several inconsistencies in the documentation provided by clients. By validating BIM designs, such as load calculations, electrical diagrams, and pump head calculations, they can avoid discrepancies before model creation. A Request for Information is raised by the engineers with the client, and a constructability audit is conducted in order to resolve issues as quickly as possible.

Project Deadline

It is imperative that the engineers complete the work within a short timeframe. With BIM, the client’s casting program can be kept up to date. Revit, AutoCAD, and Navisworks are some of the software applications they can use to create shop drawings and coordinate 3D models.

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Uses of Design Build and Design Bid Build in BIM infrastructure

It is important to note that Design Build construction companies in the AEC industry are currently using a range of methods for construction in order to meet their needs. Design-Bid-Build and Design-Build are the two top methods that have begun to dominate the market in recent years.

However, while it may seem that there is only one word of difference between the two approaches, the design process, and planning involved in each method differ greatly from one another.

Design Bid Build

Design-build organizations have used a design-bid-build technique for building designs since the beginning of the construction industry. That is why design-bid-build is often known as the classic project delivery process, design-tender, or hard bid.

Effective cost management

Because the designer and contractor are contracted independently, the owner is responsible for project pricing.

The designer for house construction design is chosen based on the owner’s budget. In the Design Bid Build method of construction, the owner has total control over the project from start to end.

Better Clarification

The Design Bid Build method of construction requires that the project be finished within a specific time frame.

As a result, there is no phase overlap, and it is easy to determine where the project is heading at each stage. As a result, you will have more project clarity.

Improved overall management

Both design bid build and design-build rely solely on the owner’s input, but the distinction is that design bid build provides you greater flexibility and hence the option to alter the design-build model as needed at any moment during the project.

Drawbacks of the Design Bid Build

Here are a few drawbacks of the Design Bid Build concept:

Cost addition

The designer and contractor do not collaborate in the Design bid construction, which leads to an increase in problems throughout project execution.

Whether it is the design aspect or paperwork, at every point, some or other difficulty develops, resulting in an increase in the project’s cost.


Due to the fact that both the designers as well as the builder have to be appointed at various intervals of time, it is by default a lengthy process. Whenever a complication arises, the timeline tends to be extended further.

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BIM applications to watch out for in 2023

In model-based BIM, facilities are designed, managed, and advanced in a manner that allows up-to-date construction drawings to be generated in order to demonstrate the facility’s functional features and characteristics.

It also provides a means of illustrating those functional features and characteristics in an integrated manner. When engineers, architects, and construction managers collaborate on a project, they will be able to make the most of their skills and talents. Concepts and abstract ideas can be visualized with this technology.

1. AutoCAD

There is a computer program called AutoCAD, which was developed by the Autodesk corporation. AutoCAD has two- and three dimensional capabilities. In addition to providing greater mobility and industry-specific features, the new mobile and web apps offer greater support for mechanical engineering, architectural engineering, 3D modeling, and 3D mapping for a variety of industries.

2. Civil 3D

Apart from being able to provide a comprehensive set of integrated and enhanced features for the development of construction and civil infrastructure, Autodesk Civil 3D software can also be used as a software for designing and documenting civil engineering systems.

You will find various tools for designing efficient project workflows for a wide range of types of projects, including roads, bridges, railways, airports, drains, site development, and land management.

A major benefit of using civil 3D is that you can reduce risks, errors, and omissions related to the delivery of your projects, and you can also adjust to changes much more quickly.

It is equipped with many tools and custom-made design standards so that users will be able to automate time-consuming tasks, such as designing corridors, designing intersections, laying out parcels, grading sites, and designing piping systems.

3. BIMx

With BIMx, you can author BIM models intuitively and simply compared to ArchiCAD’s complex authoring environment. ArchiCAD can be used to view and create 2D documents of Building Information Models.

Through BIMx’s BIM model, architectural designs can be viewed interactively through mobile devices such as IOS and Android. Users can access 2D and 3D drawing sheets using the program’s chart-based navigation tool, the BIMx Hyper-model.

4. ArchiCAD

Engineers, architects, and designers use ARCHICAD Software to design, document, collaborate, and construct buildings. ARCHICAD BIM software is available for Macintosh and Windows.

Design documents are created using ArchiCAD by BIM managers and architects. This software is known to be user-friendly, so architects can focus on their primary task of designing.

By using ARCHICAD, you can concentrate on what you excel at, which is designing significant buildings. Its robust set of internal tools and intuitive interface make ARCHICAD ideal for managing any size project, making it the most efficient and intuitive BIM software available.

5. SketchUp

Using SketchUp, you can design and brainstorm using 3D models in the cloud. Besides drawing interiors, exteriors, landscapes, and civil engineering, this software can also produce videos.

6. Navisworks

Navisworks is mainly used by the construction industry to review projects during the project development phase. There are a number of different professions and companies that can utilize the software package in order to review 3D project designs, including architects, engineers, and construction professionals.

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A 6-Step Guide to Kickstarting a Point Cloud Project with Autodesk Recap and Revit

Renovation costs in construction are on the rise, and preserving an as-built model presents several challenges. A growing number of contractors, surveyors, and construction professionals are utilizing point cloud modeling as a technique for high-quality and resource-efficient restoration of built structures.

A laser scan data assures the quality of a newly constructed work compared to a newly scanned work. As-built documentation of the new facility will be available to owners throughout its life cycle, thanks to the detailed use of laser scanned data during construction.

In renovations and brownfield redevelopments, point clouds capture rich and complete data. Converting point clouds into 3D BIM models enables accurate and precise construction planning based on accurate and detailed information about existing building conditions.

Autodesk Revit and Recap Project Importing as a Point Cloud File

There is a type of data set called a point cloud that represents objects or the space around them. A single point on a sampled surface represents the X, Y, and Z coordinates of the point, and these coordinates are collected into a dataset to represent many single spatial measurements on a sampled surface.

Using 3D laser scanners and LiDAR technology, point clouds can be generated using 3D laser scanners and LiDAR technology. Data points can be rendered into 3D meshes to create a 3D model.

Combining and coordinating these points, it establishes a framework for exporting the point cloud files and importing them into a CAD system or a BIM model.

What are the steps to start a Point Cloud by using Autodesk Recap and Autodesk Revit?

With Autodesk Revit and Autodesk Recap, you can kick start your point cloud project in a few easy steps.

1. Integrating Recap file coordinates into Revit

Adding the point cloud file to the Revit project is the first step. Multiple RCS scan files are contained in an RCP point cloud file format.

A. Start the Reit program.
B. Click on the Inset Tab, then go to the link panel, and then select Point Cloud.
C. Specify which files to link, navigate to their locations, and choose the type of file, such as point cloud projects, point clouds, raw formats, or all files.
D. Name the file accordingly.

Steps for postponing the process

A. Choosing Auto-Center to Center will center the point cloud bounding box on the model bounding box.
2. In Revit, the cloud origin of each point (0,0,0) is placed at the project origin (0,0,0).
3. Using shared coordinates – Revit assumes the point cloud file coordinates are set using the model’s shared coordinate system.

2. Based on the scan levels, create levels

A scan level is created after the point cloud is inserted in Revit.

A. Click on the Elevation view. Level 1 and level 2 will be displayed by default (by Revit).
B. The point cloud can be divided into different sections by clicking the section tab.
C. You can set new levels along with dimensions on the Architecture tab by clicking levels on the ribbon.
D. Once you have selected the level, click on it and rename it.

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