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If you’re looking for CAD software for Mac, you’re not without options. We’ve found some standout Mac and cloud-based CAD platforms for you.

1. Open Source Software To Build Functional Requirements With Machine
2. Open Source Software To Build Functional Requirements With Mac Pro
3. Open Source Software To Build Functional Requirements With Machines
4. Open Source Software To Build Functional Requirements With Macbook Pro

You’re likely to hit a wall if you’re searching for computer-aided design (CAD) software designed for Mac. There are plenty of CAD software options for Windows—you’ll see many of them in our list of the top AutoCAD alternatives—but only a handful offer support for Mac.

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And, if you think you’ll bypass the issue by using a cloud-based CAD tool, you’ll quickly find that CAD vendors haven’t embraced the cloud as much as other types of software vendors have, so the offerings are still largely on-premise. According to Gartner’s Hype Cycle for IT Evolution (full content available to Gartner clients), cloud-native CAD applications still have five to 10 years before they reach mainstream adoption.

But fear not, Mac users. We’ve done some digging and have put together this list of the top-rated CAD software for Mac. Read more about our methodology at the bottom of this article.

5 Best CAD Software for Mac (presented alphabetically)

Jump to:

• 
  CorelCAD
• 
  FreeCAD
• 
  Fusion 360
• 
  LibreCAD
• 
  Onshape

1. CorelCAD

CorelCAD offers 2D drafting and 3D design capabilities, such as the drawing constraints feature for creating different geometric shapes faster and the push and pull feature for 3D direct modeling.

3D modeling in CorelCAD (Source)

Common user feedback trends

Based on analyses of user reviews on Capterra, here’s an overview of the areas of CorelCAD they like best, as well as those they feel could use improvement.

What users like:

• The short learning curve: Users mention that the tool is easy to use and beginners don’t have to spend a lot of time learning it.
• Compatibility with multiple file types: Users like the fact that the tool is compatible with DWG, PDF, ACIS, DXF, STL, CDR, and other file formats.

What users think could be improved:

• Software reliability issues: Some users mention that the software tends to crash at times.
• Better dimension functionality: Some users would like a better dimensioning feature for more accurate drawings of angles and proportions.

Who can use CorelCAD

CorelCAD can be used by construction businesses for collaborative editing on multiple devices. It offers native iOS applications, which makes it easy for field crews to add annotations in graphics and share files using their iPhones and iPads. Additionally, the tool allows team members to leave recorded messages and instructions for colleagues embedded in the graphics using a voice note tool.

2. FreeCAD

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FreeCAD is an open source CAD tool that works on Mac as well as Windows and Linux. It reads many common file formats such as STEP, IGES, STL, SVG, DXF, OBJ, IFC, and DAE.

It offers different modules, including a drawing sheets module that converts 3D models into 2D views, a rendering module that can export 3D objects, and an architecture module for a BIM-like workflow.

3D model of a building in FreeCAD (Source)

Common user feedback trends

Based on analysis of user reviews on Capterra, here’s an overview of the areas of FreeCAD they like best, as well as those they feel could use improvement.

What users like:

• Feature-richness for a free tool: Users mention that, although it’s free, the tool comes with a full set of features.
• Reliability: Users mention that the tool does not demand a lot of CPU power and works well on devices with low RAM.

What users think could be improved:

• Steep learning curve: Users mention that the tool is not the most user-friendly solution and can be difficult for beginners to learn.
• Dependent on community for updates: Users mention that modules ignored by the community tend to become outdated quickly.

Who can use FreeCAD

FreeCAD appears to be best for hobbyists and home users. It’s also good for users who don’t have a high budget for software but still want to tinker with CAD modeling.

FreeCAD could also be a good choice for businesses on a budget looking for a free and open-source option.

3. Fusion 360

Fusion 360 is a CAD tool from Autodesk with design functionalities such as sketching and 3D modeling. It also supports project management with features such as task management, document management, and collaborative image editing.

Document management in Fusion 360 (Source)

Common user feedback trends

Based on analysis of user reviews on Capterra, here’s an overview of the areas of Fusion 360 they like best, as well as those they feel could use improvement.

What users like:

• Comprehensive design features: User mention that the tool offers all the functionalities necessary for 2D and 3D designing.
• Availability of training resources: Users like the fact that the tool comes with ample documentation and tutorials.

What users think could be improved:

• System crashes: Users mention that the tool tends to crash, especially when designing and rendering large files.
• Steep learning curve: Users mention that it can take a lot of time to learn the advanced functionalities of the tool.

Who can use Fusion 360

Fusion 360 is part of the Autodesk ecosystem designed for the AEC industry. This makes the tool suitable for construction businesses that are already using, or intend to use, other Autodesk solutions. Using a software vendor that offers multiple solutions will especially benefit larger businesses that invariably need software that can scale with their growing requirements.

4. LibreCAD

LibreCAD is an open source CAD tool that supports Mac, Windows, and Linux operating systems. The tool comes with 2D drawing features such as a snap tool, dimensioning, and annotations. It also supports multiple file imports and exports.

2D drawing in LibreCAD (Source)

Common user feedback trends

Based on analysis of user reviews on Capterra, here’s an overview of the areas of LibreCAD they like best, as well as those they feel could use improvement.

What users like:

• Ease of use: Users mention that the tool offers an intuitive and easy-to-use interface.
• Lots of tutorials: Users like the fact that there are ample video tutorials that help them get started with the tool.

What users think could be improved:

• Software speed: Users mention that the software tends to lag, especially when trying to print designs.
• Add support for 3D design: Users would like to see functionalities for creating 3D designs.

Who can use LibreCAD

LibreCAD is an exclusively 2D CAD tool for drawing and designing blueprints of buildings, layouts of parks, and the like. As a free tool, the solution can be used by small and midsize businesses across different industries, including manufacturing, engineering, architecture, and construction.

5. Onshape

Onshape is a cloud-only CAD solution that comes with features such as document management with version control, collaborative design creation/editing capabilities, and reporting dashboards to understand project status.

Open Source Software To Build Functional Requirements With Mac Pro

Importing documents in Onshape (Source)

Common user feedback trends

Based on analysis of user reviews on Capterra, here’s an overview of the areas of Onshape they like best, as well as those they feel could use improvement.

What users like:

• Document version control: Users like the document management features of the tool, such as version history.
• Intuitive interface: Users mention that the tool comes with an intuitive interface for easy image editing.

What users think could be improved:

• Performance issues: Some users mention that the tool does not function well on non-Chrome browsers and has file loading issues.
• Lack of features: Users mention that the tool should improve certain features such as 2D drawing and 3D surfacing.

Who can use Onshape

As a fully-cloud based tool, Onshape is ideal for businesses that need to manage design documents collaboratively with multiple stakeholders. The tool’s collaboration functionalities include document sharing, document editing, comments, and file downloads in multiple CAD formats, such as Parasolid, ACIS, STEP, and IGES.

Next steps

This report offers a mix of Mac CAD solutions—from free tools that can help you with basic 2D drawing to advanced solutions offering extensive 3D modeling functionalities.

If these tools don’t meet your needs, expand your search and check out more options. To help you, we’ve created a CAD software comparison page where you can explore products using different filters, such as features offered and pricing options.

Methodology

To be shortlisted, products had to fulfill the following criteria:

• Products had to be compatible with Mac and offer core CAD software capabilities, such as:
  • 2D drawing or 3D modeling features
  • Collaborative editing of drawings
• Products needed a minimum of 20 user reviews on Capterra (published in the last two years).
• Products had to have a high overall rating (an average of at least 4 out of 5 on Capterra).

Note: The content in this piece that provides opinions and points of view expressed by users. It does not represent the views of Capterra.

Looking for Construction Management software? Check out Capterra's list of the best Construction Management software solutions.

Open-source software development is the process by which open-source software, or similar software whose source code is publicly available, is developed by an open-source software project. These are software products available with its source code under an open-source license to study, change, and improve its design. Examples of some popular open-source software products are Mozilla Firefox, Google Chromium, Android, LibreOffice and the VLC media player. Open-source software development has been a large part of the creation of the World Wide Web as we know it, with Tim Berners-Lee contributing his HTML code development as the original platform upon which the internet is now built.^[1]

History[edit]

In 1997, Eric S. Raymond wrote The Cathedral and the Bazaar.^[2] In this book, Raymond makes the distinction between two kinds of software development. The first is the conventional closed-source development. This kind of development method is, according to Raymond, like the building of a cathedral; central planning, tight organization and one process from start to finish. The second is the progressive open-source development, which is more like 'a great babbling bazaar of differing agendas and approaches out of which a coherent and stable system could seemingly emerge only by a succession of miracles.' The latter analogy points to the discussion involved in an open-source development process.

Differences between the two styles of development, according to Bar and Fogel, are in general the handling (and creation) of bug reports and feature requests, and the constraints under which the programmers are working.^[3] In closed-source software development, the programmers are often spending a lot of time dealing with and creating bug reports, as well as handling feature requests. This time is spent on creating and prioritizing further development plans. This leads to part of the development team spending a lot of time on these issues, and not on the actual development. Also, in closed-source projects, the development teams must often work under management-related constraints (such as deadlines, budgets, etc.) that interfere with technical issues of the software. In open-source software development, these issues are solved by integrating the users of the software in the development process, or even letting these users build the system themselves.^{[citation needed]}

Model[edit]

Open-source software development can be divided into several phases. The phases specified here are derived from Sharma et al.^[4] A diagram displaying the process-data structure of open-source software development is shown on the right. In this picture, the phases of open-source software development are displayed, along with the corresponding data elements. This diagram is made using the meta-modeling and meta-process modeling techniques.

Starting an open-source project[edit]

There are several ways in which work on an open-source project can start:

1. An individual who senses the need for a project announces the intent to develop a project in public.
2. A developer working on a limited but working codebase, releases it to the public as the first version of an open-source program.
3. The source code of a mature project is released to the public.
4. A well-established open-source project can be forked by an interested outside party.

Eric Raymond observed in his essay The Cathedral and the Bazaar that announcing the intent for a project is usually inferior to releasing a working project to the public.

It's a common mistake to start a project when contributing to an existing similar project would be more effective (NIH syndrome)^{[citation needed]}. To start a successful project it is very important to investigate what's already there. The process starts with a choice between the adopting of an existing project, or the starting of a new project. If a new project is started, the process goes to the Initiation phase. If an existing project is adopted, the process goes directly to the Execution phase.^{[original research?]}

Types of open-source projects[edit]

Several types of open-source projects exist. First, there is the garden variety of software programs and libraries, which consist of standalone pieces of code. Some might even be dependent on other open-source projects. These projects serve a specified purpose and fill a definite need. Examples of this type of project include the Linux kernel, the Firefox web browser and the LibreOffice office suite of tools.

Distributions are another type of open-source project. Distributions are collections of software that are published from the same source with a common purpose. The most prominent example of a 'distribution' is an operating system. There are many Linux distributions (such as Debian, Fedora Core, Mandriva, Slackware, Ubuntu etc.) which ship the Linux kernel along with many user-land components. There are other distributions, like ActivePerl, the Perl programming language for various operating systems, and Cygwin distributions of open-source programs for Microsoft Windows.

Other open-source projects, like the BSD derivatives, maintain the source code of an entire operating system, the kernel and all of its core components, in one revision control system; developing the entire system together as a single team. These operating system development projects closely integrate their tools, more so than in the other distribution-based systems.

Finally, there is the book or standalone document project. These items usually do not ship as part of an open-source software package. The Linux Documentation Project hosts many such projects that document various aspects of the GNU/Linux operating system. There are many other examples of this type of open-source project.

Methods[edit]

It is hard to run an open-source project following a more traditional software development method like the waterfall model, because in these traditional methods it is not allowed to go back to a previous phase. In open-source software development, requirements are rarely gathered before the start of the project; instead they are based on early releases of the software product, as Robbins describes.^[5] Besides requirements, often volunteer staff is attracted to help develop the software product based on the early releases of the software. This networking effect is essential according to Abrahamsson et al.: “if the introduced prototype gathers enough attention, it will gradually start to attract more and more developers”. However, Abrahamsson et al. also point out that the community is very harsh, much like the business world of closed-source software: “if you find the customers you survive, but without customers you die”.^[6]

Fuggetta^[7] argues that “rapid prototyping, incremental and evolutionary development, spiral lifecycle, rapid application development, and, recently, extreme programming and the agile software process can be equally applied to proprietary and open source software”. He also pinpoints Extreme Programming as an extremely useful method for open source software development. More generally, all Agile programming methods are applicable to open-source software development, because of their iterative and incremental character. Other Agile method are equally useful for both open and closed source software development:Internet-Speed Development, for example is suitable for open-source software development because of the distributed development principle it adopts. Internet-Speed Development uses geographically distributed teams to ‘work around the clock’. This method, mostly adopted by large closed-source firms, (because they're the only ones which afford development centers in different time zones), works equally well in open source projects because a software developed by a large group of volunteers shall naturally tend to have developers spread across all time zones.

Tools[edit]

Communication channels[edit]

Developers and users of an open-source project are not all necessarily working on the project in proximity. They require some electronic means of communications. E-mail is one of the most common forms of communication among open-source developers and users. Often, electronic mailing lists are used to make sure e-mail messages are delivered to all interested parties at once. This ensures that at least one of the members can reply to it. In order to communicate in real time, many projects use an instant messaging method such as IRC. Web forums have recently become a common way for users to get help with problems they encounter when using an open-source product. Wikis have become common as a communication medium for developers and users.^[1]

Version control systems[edit]

In OSS development the participants, who are mostly volunteers, are distributed amongst different geographic regions so there is need for tools to aid participants to collaborate in the development of source code.

During early 2000s, Concurrent Versions System (CVS) was a prominent example of a source code collaboration tool being used in OSS projects. CVS helps manage the files and codes of a project when several people are working on the project at the same time. CVS allows several people to work on the same file at the same time. This is done by moving the file into the users’ directories and then merging the files when the users are done. CVS also enables one to easily retrieve a previous version of a file. During mid 2000s, The Subversion revision control system (SVN) was created to replace CVS. It is quickly gaining ground as an OSS project version control system.^[1]

Many open-source projects are now using distributed revision control systems, which scale better than centralized repositories such as SVN and CVS. Popular examples are git, used by the Linux kernel, and Mercurial, used by the Python programming language.^{[citation needed]}

Bug trackers and task lists[edit]

Most large-scale projects require a bug tracking system to keep track of the status of various issues in the development of the project. Some bug trackers include:

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• Bugzilla – a web-based bug tracker from Mozilla.
• Mantis Bug Tracker – a web-based PHP/MySQL bug tracker.
• Trac – integrating a bug tracker with a wiki, and an interface to the Subversion version control system.
• Redmine – written in Ruby, integrates issue tracking, wiki, forum, news, roadmap, gantt project planning and interfaces with LDAP user directory.
• Request tracker – written in Perl. Given as a default to CPAN modules – see rt.cpan.org.
• SourceForge and its forks provide a bug tracker as part of its services. As a result, many projects hosted at SourceForge.net and similar services default to using it.
• JIRA – Web-based project management and issue tracking tool from Atlassian.

Testing and debugging tools[edit]

Since OSS projects undergo frequent integration, tools that help automate testing during system integration are used. An example of such tool is Tinderbox. Tinderbox enables participants in an OSS project to detect errors during system integration. Tinderbox runs a continuous build process and informs users about the parts of source code that have issues and on which platform(s) these issues arise.^[1]

A debugger is a computer program that is used to debug (and sometimes test or optimize) other programs. GNU Debugger (GDB) is an example of a debugger used in open-source software development. This debugger offers remote debugging, what makes it especially applicable to open-source software development.^{[citation needed]}

A memory leak tool or memory debugger is a programming tool for finding memory leaks and buffer overflows. A memory leak is a particular kind of unnecessary memory consumption by a computer program, where the program fails to release memory that is no longer needed. Examples of memory leak detection tools used by Mozilla are the XPCOM Memory Leak tools.Validation tools are used to check if pieces of code conform to the specified syntax. An example of a validation tool is Splint.^{[citation needed]}

Package management[edit]

A package management system is a collection of tools to automate the process of installing, upgrading, configuring, and removing software packages from a computer. The Red Hat Package Manager (RPM) for .rpm and Advanced Packaging Tool (APT) for .deb file format, are package management systems used by a number of Linux distributions.^{[citation needed]}

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Publicizing a project[edit]

Software directories and release logs:

1. The Free Software Directory

Articles:

See also[edit]

References[edit]

1. ^ ^abcd'Tim Berners-Lee on the Web at 25: the past, present and future'. Wired UK.
2. ^Raymond, E.S. (1999). The Cathedral & the Bazaar. O'Reilly Retrieved from http://www.catb.org/~esr/writings/cathedral-bazaar/. See also: The Cathedral and the Bazaar.
3. ^Bar, M. & Fogel, K. (2003). Open Source Development with CVS, 3rd Edition. Paraglyph Press. (ISBN1-932111-81-6)
4. ^Sharma, S., Sugumaran, V. & Rajagopalan, B. (2002). A framework for creating hybrid-open source software communities. Information Systems Journal 12 (1), 7 – 25.
5. ^Robbins, J. E. (2003). Adopting Open Source Software Engineering (OSSE) Practices by Adopting OSSE Tools. Making Sense of the Bazaar: Perspectives on Open Source and Free Software, Fall 2003.
6. ^Abrahamsson, P, Salo, O. & Warsta, J. (2002). Agile software development methods: Review and Analysis. VTT Publications.
7. ^Fuggetta, A. (2003). Open source software – an evaluation, Journal of Systems and Software, 66, 77 – 90.

External links[edit]