Autodesk’s Revit is a Building Information Modelling (BIM) tool. It enables architectural, MEP, structural, and engineering design, and provides analysis to support iterative workflows
$350
per month
SOLIDWORKS
Score 8.4 out of 10
N/A
Dassault Systemes offers SOLIDWORKS, a computer-aided design (CAD) system for education and manufacturing supporting 2D or 3D design, electrical design, simulations, and product development with collaboration tools.
$1,295
per year
Pricing
Revit
SOLIDWORKS
Editions & Modules
Monthly
$350
per month
1-Year
$2805
per year
3-Year
$8415
per 3 years
Solidworks Annual Subscription
1,295
per year
Solidworks Standard
3,996
per standalone license
Offerings
Pricing Offerings
Revit
SOLIDWORKS
Free Trial
Yes
No
Free/Freemium Version
No
No
Premium Consulting/Integration Services
No
No
Entry-level Setup Fee
No setup fee
No setup fee
Additional Details
Pricing available for monthly, annual, or 3-year subscriptions. Longer subscriptions offer greater discounts.
Revit is hands on and easy to learn. Very accurate and great for construction documentation. One can create in 2D and have elevations, sections and 3D views ready. So it is very helpful to visualize. Drawback - It is comparatively harder to draw curves and spherical …
To be perfectly honest, every architectural firm I have ever worked with was also using Revit. Revit (and Autodesk) has a monopoly on the AEC industry, so I didn't choose to use Revit. The industry as a whole made that choice. There is just no competition out there at this …
Revit has more features in compare to another software like autocad. The more features get you more flexibility in your work and impact your time management. The more you do in less time and the more your quality with this software. So I think Revit is going in a good direction.
When we talk with different clients, they can't visualize what we want, having Revit with its 3D tools can give a very accurate presentation for the design along with the clash detecting if many disciplines worked together on the same project. Also, it allows for previewing a …
Revit is great for documentation. I also use Rhino 3D for rapid prototype scenarios that can be imported in, but in the end everything should be documented in Revit because it really is easy.
Fabrication is slow and takes more manpower to work because it has more manual work compare to Revit. Fabrication and Revit can be used for the same work but Revit will do it faster and real-time syncing method make it easy to work for multiple people and in Fabrication, areas …
Revit is very vast. It not only [has a] single discipline but also [has] multiple disciplines in a single software, so it meets all of the requirements and performs tasks with ease. Revit is the best option [that] is more user-friendly with respect to its comparable software. …
Autodesk Revit is more user-friendly than the mentioned software and is easy to create a custom family within the software. Multiple users can work at the same time in Revit, as with the other software mentioned, each user has to work on a separate file. Faster workflow and …
Revit is a more creative tool compared to others software like AutoCAD. More people can work simultaneously on Revit files but in AutoCAD only 1 person can work on 1 file. File management of Revit is good whereas in AutoCAD multiple AutoCAD files are created for the same 1 …
Revit is one of the most powerful tools in the Architecture, Engineering and Construction Field. It is outmatched by none. There is definitely a learning curve, and it cannot be picked up by an average employee and learned without formal training. Revit can do more on the …
Revit is easy to operate and involves various families for different disciplines. It also involves one single model where different users can open, work, and synchronize at the same time, making collaboration easy. Also, users can view other disciplines in the same model making …
There are really no competitors to Revit for large complex building projects. It is essentially an industry standard, and we would not be able to complete our work or collaborate with our consultants effectively if we did not use Revit. AutoCAD is still used in the office for …
Revit has more architectural design functions, which work for rendering the structures into a polished style. Sketchup is unlikely to be used for a large structure modeling, more towards the interior design or small model demonstration. Solidworks is a more generalized software …
Revit, like AutoCAD, is the most straight forward, intuitive of the BIM software available in today's market. It is widely excepted at a norm and is the most universally used in the engineering trades that we work with. As our clients start to demand that their projects are …
Revit and Sketchup can be complementary products, although many promotional materials for Revit imply that it can replace Sketchup from your workflow. The promise is that you could complete all of your design studies in Revit, and not need to rebuild the geometry in Revit. The …
AutoCAD was great back in the day but had such a wide range of uses. Revit is based in construction and runs better for that function because of it. If I was to have to switch back to AutoCAD I cannot imagine how much more time I would have to spend in order to produce the …
Revit is purely an architectural design and drafting tool. It is best used at this current time of its development for visualization purposes. It does have features for documentation purposes for building construction however extracting building data and information is not yet …
Revit brings collaboration to projects on a whole other level never seen in AutoCAD. Revit allows not only another live perspective of projects but also a huge advantage in simultaneous user production of drawings.
AutoCad, MicroStation. These are both good programs but they are limited to two dimensions for the most part and I choose to use Revit for its ease in working in 3D, annotation, and organization. If you are looking to have a consistent good-looking set of drawings in 2D or 3D, …
SOLIDWORKS is actually used by major corporations to design and create products for wide release, whereas AutoDesk Inventor is usually only seen as an instructional tool to teach students the basics of 3d modeling so that they can adapt to more complex software with less effort …
Creo is basically focusing on pure solid 3D modeling, while on the other hand the SOLIDWORKS' modeling approach is more parametric type and it is suiting for my purpose of use. Easy to use interface of SOLIDWORKS as compared to Creo. Features are easy to use. Just one click …
SOLIDWORKS is the best suited for the beginners,as it provides the simplest interface and simulation procedure. With SOLIDWORKS every simulation can be done easily and no professional training is required. SOLIDWORKS also has a drawing tab, which we can use to make General …
SOLIDWORKS is easier to use with just enough useful features to work with, the designing process is fluid like regular flow of design thinking. The other two software are very similar to SOLIDWORKS, Inventor and Solid Edge are more advanced in certain areas of application, …
Our team in China uses Siemens NX for the same reason our U.S. counterparts use SOLIDWORKS. Siemens provides similar features as SOLIDWORKS from the 3D CAD usage and Injection Molding Analysis.
Onshape is a direct competitor. It has great entry level pricing and it is easy to access with no installation required. Being a web based app there is sometime some lag being based in NZ. Management also have concerns over where the data is stored on the cloud. With SW we can …
We have chosen SOLIDWORKS for its diffusion (many of our partners use it), for its ease of use, for its great experience in the development of sheet metal, and for its excellent after-sales service.
SOLIDWORKS is way less complicated and easier to use, overall if you have had any computer training anyone can easily sit down and be trained within a minimal time to be able to use it efficiently and effectively. One of my employees went so far as to teach his 10-year-old …
We use both actually. SW is great for 3D, but given we do not design products, just tooling/processing to make products, we use SW to convert 3D into 2D then do all the work in DraftSight.
I have not used alternatives to SOLIDWORKS. I've used SOLIDWORKS for the past 7 years as it was the standard in my past job. It has many more capabilities than 2D software and is a staple of our engineering department. I plan to continue to use SOLIDWORKS for many years to …
Draftsight is the 2-d equivalent of SOLIDWORKS. Its main competitor is AutoCad by Autodesk, however I find Draftsight to be more user friendly. AutoDesk also makes Inventor, a 3-d software more similar to SOLIDWORKS however my experience with it was only limited to high …
SOLIDWORKS is simple to use and new users become proficient in a short amount of time. Operation is intuitive and with the aid of the built-in tutorials, most of the skills required for day-to-day use become second nature. The ability to collaborate and communicate ideas to …
In many scenarios, SolidWorks and Inventor actually compare fairly evenly to each other. However, I believe that where SolidWorks really stands out is the fact that it was designed from the start as a 3D parametric solid modeling application whereas Inventor comes from a …
I have previously worked with AutoDesk Inventor for designing very complex door mechanisms and large assemblies of drilling machines. I did not face any stability or performance issues
I only used Inventor for the 30-day free trial, which admittedly is not enough time to really give it a fair shot, especially since I had almost no 3D drawing experience before I used Inventor. There were two main things that pushed us toward SOLIDWORKS. First was the support …
SOLIDWORKS provides not only aesthetic appearance of a product but also provides the capability to analyze behavior of structural and material components.
AutoCAD, in many ways, still looks and feels like you are designing something in the 1980's. It definitely caters more to the generation of people who are used to drafting. SOLIDWORKS is much more visually appealing, which counts for a lot when you will have lots of engineers …
Creo offers easier design for surface modeling. Inventor is simpler to use, however, it is much more limited in modeling. Overall, I find SOLIDWORKS has a good balance of simplicity and completeness at the same time.
I chose SOLIDWORKS after trying a few open-source solutions. They were great, however sometimes lacked in a few vital areas, in a way that a commercial, well-funded product shouldn't. Given my previous familiarity and confidence with SOLIDWORKS, I didn't bother looking any …
Originally my company was using Onshape for CAD but many of our engineers were not familiar with the program and found it more difficult and less intuitive to use. SOLIDWORKS PDM vault works well so the cloud-based aspect of Onshape wasn't that unique.
Revit is predominantly utilized in fields such as architecture, engineering and construction for building information modeling (BIM). Users harness the capabilities of Revit to engage in detailed 3D modeling, enhancing coordination among different teams and facilitating efficient design processes. This software enables team members to concurrently work on the same model, thereby optimizing collaboration across departments such as architecture, MEP, and structural engineering. The application serves as a robust platform for creating, managing, and updating construction documents, with extensive use in projects involving complex building systems. Revit enables users to perform simulations and analyze the stability or utility of various structures directly impacting project planning and execution.
Conversely, SOLIDWORKS finds its central utility in product development, particularly within the realms of industrial design, engineering, and manufacturing. While it shares Revit’s collaborative attributes via capabilities like file sharing and assembly modeling, SOLIDWORKS is praised for its parametric and 3D CAD modeling capabilities, empowering users with tools for complex part and assembly creation and detailed analysis to evaluate the manufacturability and performance of designs. It is heavily employed to design products from basic components to intricate machinery, with additional functionalities for rendering and stress testing. SOLIDWORKS facilitates the design-to-manufacturing process, from initial concept through engineering, rendering, and detailed manufacturing drawings.
Although Revit and SOLIDWORKS both facilitate intricate design processes, their core applications cater to distinct sectors; architecture and construction for Revit, and product design and manufacturing for SOLIDWORKS.
Features
Revit
SOLIDWORKS
Human Resource Management
Comparison of Human Resource Management features of Product A and Product B
Revit
6.7
Ratings
13% below category average
SOLIDWORKS
-
Ratings
Employee demographic data
6.70 Ratings
00 Ratings
Employment history
6.70 Ratings
00 Ratings
Job profiles and administration
6.30 Ratings
00 Ratings
Workflow for transfers, promotions, pay raises, etc.
7.40 Ratings
00 Ratings
Organizational charting
6.50 Ratings
00 Ratings
Organization and location management
6.90 Ratings
00 Ratings
Compliance data (COBRA, OSHA, etc.)
6.10 Ratings
00 Ratings
Payroll Management
Comparison of Payroll Management features of Product A and Product B
Revit
7.2
Ratings
6% below category average
SOLIDWORKS
-
Ratings
Pay calculation
7.40 Ratings
00 Ratings
Support for external payroll vendors
6.60 Ratings
00 Ratings
Off-cycle/On-Demand payment
7.40 Ratings
00 Ratings
Benefit plan administration
7.10 Ratings
00 Ratings
Direct deposit files
7.10 Ratings
00 Ratings
Salary revision and increment management
7.40 Ratings
00 Ratings
Reimbursement management
7.60 Ratings
00 Ratings
Asset Management
Comparison of Asset Management features of Product A and Product B
Revit
6.6
Ratings
8% below category average
SOLIDWORKS
-
Ratings
Tracking of all physical assets
6.60 Ratings
00 Ratings
Reporting & Analytics
Comparison of Reporting & Analytics features of Product A and Product B
Revit
8.6
Ratings
12% above category average
SOLIDWORKS
-
Ratings
Dashboards
4.40 Ratings
00 Ratings
Standard reports
10.00 Ratings
00 Ratings
Custom reports
10.00 Ratings
00 Ratings
Data exportability
10.00 Ratings
00 Ratings
Construction Project & Field Management
Comparison of Construction Project & Field Management features of Product A and Product B
Revit
7.3
Ratings
3% below category average
SOLIDWORKS
-
Ratings
Plan distribution & viewing
8.30 Ratings
00 Ratings
Plan markups & sharing
7.00 Ratings
00 Ratings
Issue tracking & punchlists
5.00 Ratings
00 Ratings
Photo documentation
8.00 Ratings
00 Ratings
Jobsite reports
6.00 Ratings
00 Ratings
Document sharing
10.00 Ratings
00 Ratings
RFI tools
7.00 Ratings
00 Ratings
Collaboration & approvals
7.00 Ratings
00 Ratings
As-built drawings
9.00 Ratings
00 Ratings
Mobile app
3.80 Ratings
00 Ratings
Submittal design and management
7.50 Ratings
00 Ratings
Checklists
7.20 Ratings
00 Ratings
Meeting Minutes
6.70 Ratings
00 Ratings
Specifications
10.00 Ratings
00 Ratings
Change orders
7.50 Ratings
00 Ratings
Estimating
Comparison of Estimating features of Product A and Product B
Revit
8.2
Ratings
2% above category average
SOLIDWORKS
-
Ratings
Takeoff tools
7.70 Ratings
00 Ratings
Job costing
5.50 Ratings
00 Ratings
Cost databases
8.00 Ratings
00 Ratings
Cost calculator
10.00 Ratings
00 Ratings
Bid creation
10.00 Ratings
00 Ratings
Computer-Aided Design Software
Comparison of Computer-Aided Design Software features of Product A and Product B
Revit is well suited for creating collaborative projects that are fully integrated into the design and construction document process. We work a lot with engineering firms who also use Revit and the program allows us to fully integrate and coordinate our models together to make sure that everything is correct. I can see where my electrical engineer has placed lighting into the model and same with my mechanical engineer and their HVAC equipment
As a mechanical engineer, it is one of the best tools to just start modeling and engineering with. The UI tools are intuitive and engineering analysis such Mold Analysis, FEA, are great! Other 3D CAD modeling tools have a longer learning curve to master. All in all, if you're not planning to design an entire airplane with large assembly files, then Solidworks is your tool!
The collaborative work environment is a cool and useful feature where groups of people can work on the same model at the same time, and SOLIDWORKS ensures that you don't overwrite each other's work.
The ease and amount of customization options are very useful for creating a personalized and intuitive user interface, whether SOLIDWORKS is your native CAD package or not.
It is very easy to quickly edit a model you have already created. The software allows sketch and feature editing without having to take the time to actually enter the sketch/feature environment.
The use of configurations and configurations-specific dimensions in the same sketch is very useful for creating different forms of the same part
Revit is a very complex application with lots features. Autodesk the makers of Revit should simplify these tools to make it easier for the end user to learn & apply.
Revit is missing some key functionality in the area of being able to duplicate drawings on the sheet level. Though there are macros offered by third parties, this should be really built-in to the product.
Revit does not support the very popular PDF format. So currently there is no option to attach or link a PDF file into Revit.
To date, the baked in surfacing tools lack power compared to dedicated surfacing software.
In a similar vein, the core modeling kernel is not owned by SOLIDWORKS themselves and so there exists limitations with regards to implementing certain modeling/math.
SOLIDWORKS is playing catchup to other online vendors of CAD (notable OnShape); instead of being the once leader, they are being forced to compare themselves. This, however, may work to their advantage and in turn allow them to produce a better on-line CAD tool.
We will almost certainly be renewing all of our current seats of Revit and will likely be adding seats as we look to get more and more of our staff trained and using Revit. The software is starting to become the standard for our projects as we move forward as more and more of our clients are requesting or accepting use of it
It is a professional environment, but far from easy and overly complex in many places. The system is often too deep in settings and overrides (see Visibility/Graphics in combination with linked files, filters, color overrides and view templates). I don't really like the dialog-in-dialog interface and its spartan looks. But it works well overall if you know what you are doing.
I have been using SOLIDWORKS for around 12 years as of writing this review, so have learned where most things are and how they work. When first starting out it was quite daunting, but the interface is well laid out with like functions near each other which made finding new functions relatively easy.
Revit seems to always be available when I need it. I have not experiences an outage. There are occasions where we need our internal IT department to trouble shoot a file on our Revit dedicated server and that sometimes causes a delay however that is not a software access issue
Revit is a fairly graphics heavy piece of software. It is powerful in its capabilities but as a result it takes a lot of the graphics card, the memory, etc. For all that it can do and the specs of my computer I find it pretty good from a performance standpoint
Autodesk has always had a good support system in place. There is a massive user base for Revit, and there are thousands of forum threads and other discussions online about any and every problem that you could ever run into. For being such a large program with so many different options, there aren't many roadblocks or pitfalls that users can fall into.
We have an unusual arrangement. We don’t pay for support, but we’re partnered with a VAR for second-tier support.
I work with other users if I have questions but when we’ve had to ask the VAR, they always have answers. It appears that all of the VARs have access to a support platform from DS SOLIDWORKS that helps them answer most questions.
The training was Revit Essentials and it was very beneficial. I would say that it is best to get the training right before you know you will be using Revit as learning the basis then applying what you learned immediately is the most effective and best value for your money.
The online training is hit or miss. I feel that its better to be live to be able to pace and ask questions to a live person as you are learning hwo to do things. Its not natural to learn Revit especially if you know AutoCAD so my suggestion is the live training
Implementing Revit as your main drafting software (i.e. moving to BIM from CAD) may be a tough decision if you have learned drafting. It is a different way to approach and think about developing a project. However, if you are able to adapt to a new way of thinking and get used to it by working through a few projects than it is as efficient as CAD in most areas in general and will also be both better/worse in some areas
Revit is specifically for the design and documentation of buildings. As Revit's predecessor, AutoCAD has similar functionality for creating construction documents but Revit has the advantage of speed and simultaneously creating a 3D model when drawing walls, rooms, and floors which allows for the creation of 3D views and sections later with less effort. SketchUp can also be used for designing buildings but Revit allows for more specificity earlier in the process as opposed to SketchUp's general massing
Onshape is a direct competitor. It has great entry level pricing and it is easy to access with no installation required. Being a web based app there is sometime some lag being based in NZ. Management also have concerns over where the data is stored on the cloud. With SW we can control where it is stored
While I am not directly involved with the deployment of Revit, it seems that our internal IT department has appreciated the ability to increase or decrease the number of seats. I have never had an issue with the deployment if and when needed, especially regarding the availability of a set
Revit is included in our AEC Collection. I find the cost of my suite affordable for what I am getting. The true cost of Revit is not found in the license cost, but in the training, SOPs and content management. We get our ROI from flushing out design errors/omissions which can add up to a large number. One issue can easily cost the project 10-100k depending on the issue. I see no reason anyone would find it challenging to get ROI from integrating 3d modeling in your business development.
Revit really is the foundation of content creation. If we didnt use Revit, it would be hard to claim we have a functioning BIM/VDC department. I would question any AEC professional that claims they can perform VDC and does not know how to use Revit.
Hard to answer directly. Given our customer's needs, we absolutely have to have SW to open their file types.
Given the relatively limited use we need at our company, it would be useful to have a cheaper option that was more stripped down but still had some capabilities. Something in-between SW and eDrawings, for example. SW is very capable and expensive, eDrawings is free and super limited. Would be nice to have a middle option.