What Is Construction Project Management Software? Features & Benefits

Construction Management Techniques and How to Choose the One Right for You

Fieldwire vs Procore: Hidden Features That Matter for Construction Teams

<p>Cortex drawing management software stands out from other technical drawing tools with its cloud-based platform built for construction professionals. The software reshapes the scene by changing how project teams handle drawings and documentation throughout their projects.</p><h3>Cortex key features</h3><p>Cortex’s <a href="https://cortex-dm.com/"><span style="text-decoration: underline">construction drawing management software</span></a> delivers detailed drawing management capabilities that make construction documentation easier. The platform&#39;s version control system automatically manages drawing history. This prevents costly rework by ensuring team members always use the most current files.</p><p>Teams stay in sync through immediate feedback with interactive markup tools and automated notifications. On top of that, it lets users compare different versions of drawings through overlay features to spot changes.</p><p>The <a href="https://cortex-dm.com/who-we-serve/pm"><span style="text-decoration: underline">construction project management platform</span></a> has an AI-powered voice assistant that answers natural language questions about projects. Cortex also works smoothly with Premier Construction Software to centralize project data and give you complete transparency and control.</p><p>There&#39;s another reason the software stands out - unlimited guest access. This lets external stakeholders like subcontractors, architects, and clients see drawings at no extra cost. The software runs on multiple devices, including desktops, tablets, and smartphones, so teams can pull up drawings anywhere.</p><p>Smart features help link related documents automatically and highlight important details. The platform also uses optical character recognition (OCR) technology to pull text from drawings, which makes searching and indexing easier.</p><h3>Cortex pros and cons</h3><p>Pros:</p><ul class="list-bullet"><li value=1>Smooth data integration from multiple sources into a single platform</li><li value=2>Advanced machine learning for predictive analytics and trend forecasting</li><li value=3>Highly customizable interface tailored to user roles and priorities</li><li value=4>Immediate data processing for up-to-date insights</li><li value=5>Robust security measures including end-to-end encryption</li><li value=6>Easy version control that prevents rework and drawing errors</li></ul><p>Cons:</p><ul class="list-bullet"><li value=1>Complex user interface that may create a steep learning curve</li><li value=2>Limited customization options restricting workflow adaptability</li><li value=3>Insufficient integration with some third-party applications</li><li value=4>Performance issues when handling very large datasets</li><li value=5>Simple reporting tools lacking advanced analytics capabilities</li></ul><h3>Cortex best use case</h3><p>Cortex shines in construction project management where drawing collaboration and version control matter most. Project managers, owners, architects, and engineers who need to access, mark up, and annotate drawings from anywhere will find it especially useful.</p><p>Large construction companies with multiple stakeholders get the most value from Cortex&#39;s ability to connect all project participants with immediate drawing access. To cite an instance, see how Skybridge Development used the software to speed up issue resolution, reduce rework, and minimize risks, which ended up saving time and money.</p><p>The software proves valuable especially when you have numerous moving parts across multiple regions. Teams need a centralized system to manage documents, automate workflows, and improve collaboration. Organizations dealing with complex regulatory compliance requirements will appreciate the detailed audit trails and documentation tracking features.</p><p>Cortex works well in construction&#39;s tough environments, from concrete basements with poor connectivity to sun-exposed tablets covered in dust. The platform gives access to large drawing files even with limited bandwidth and lets you work offline to stay productive whatever your connection status.</p><p>Companies looking to eliminate drawing chaos through smart version control and automated revision tracking find great value in Cortex. It keeps everyone clear on current drawings and stops costly rework from outdated information.</p><p></p>

Cortex

<p>AutoCAD is the world&#39;s most accessible drafting software. Since 1982, it has evolved to meet professional needs of all industries. Autodesk&#39;s powerful solution combines precision tools with flexibility and serves as the life-blood of technical drawing processes.</p><h3>AutoCAD key features</h3><p>AutoCAD&#39;s foundation lies in its 2D drafting and 3D modeling capabilities that have shaped the CAD industry for decades. The software gives architects, engineers, and construction professionals precise tools to design and annotate 2D geometry and create 3D models with solids, surfaces, and mesh objects.</p><p>AutoCAD&#39;s automation features increase efficiency by a lot, up to 63% on average when using specialized toolsets. AI assistance helps users place objects, compare drawings, create schedules, and publish layouts with minimal manual work.</p><p>Cloud services make the software great for collaboration. Users can access and edit DWG files on desktop, web, and mobile platforms to capture and share ideas anywhere. This connectivity extends to Autodesk Docs for simplified document review and approval processes.</p><p>AutoCAD gives customization enthusiasts AutoLISP, APIs, and access to thousands of third-party apps. These tools help simplify processes through automation and enforce CAD standards across teams.</p><p>Other notable features include:</p><ul class="list-bullet"><li value=1>AI-powered assistance for support and solutions without leaving the workspace</li><li value=2>Automatic block placement based on previous insertions</li><li value=3>Data extraction for creating tables and schedules</li><li value=4>Layer management for organizing complex drawings</li><li value=5>PDF import/export capabilities for sharing designs with non-CAD users</li></ul><h3>AutoCAD pros and cons</h3><p>Pros:</p><ul class="list-bullet"><li value=1>User-friendly interface with customizable toolbars and command-line access</li><li value=2>High precision in measurements and scaling for functional designs</li><li value=3>Extensive file compatibility supporting various formats</li><li value=4>Detailed learning resources including tutorials and forums</li><li value=5>Powerful collaboration tools through cloud integration</li><li value=6>Performance improvements with 11x faster file open times in the latest version</li></ul><p>Cons:</p><ul class="list-bullet"><li value=1>Higher cost compared to simpler design tools</li><li value=2>Advanced features can overwhelm beginners</li><li value=3>Needs powerful hardware with high RAM and processing speed</li><li value=4>Cannot work without electricity or computer access</li><li value=5>Files might corrupt without proper backup systems</li><li value=6>Security risks with online file storage and transfer</li></ul><h3>AutoCAD pricing</h3><p>AutoCAD&#39;s 2025 subscription options from Autodesk include:</p><ul class="list-bullet"><li value=1>Monthly Subscription: $250.00 per month</li><li value=2>Annual Subscription: $2,030.00 per year</li><li value=3>Three-Year Subscription: $6,085.00 billed annually</li></ul><p>Students and educators can get free licenses through educational access. Autodesk also offers free trial periods for users who want to explore AutoCAD before buying a subscription.</p><p>The price tag might seem high at first. However, many professionals see AutoCAD as an investment because of its robust toolset, precision capabilities, and industry-standard status. The software&#39;s ability to simplify processes and improve collaboration makes it worth the cost for serious users.</p><h3>AutoCAD best use case</h3><p>AutoCAD excels in detailed technical drawing applications in architecture, engineering, and construction. The software is particularly strong in creating precise 2D drawings and technical documentation.</p><p>Civil engineers use AutoCAD for civil engineering design and construction documents. Its automation and precision help streamline engineering design processes. Architects design, draft, and model buildings with it, taking ideas from concept through finalized construction documents.</p><p>Mechanical engineers find AutoCAD a great way to get their ideas modeled and communicated before production. They create designs that flow directly into manufacturing processes. Construction professionals depend on it to understand plans and specifications through detailed floor plans and elevations drawn to scale.</p><p>AutoCAD works best for projects that need millimeter-level accuracy in industries where precision is vital. Its version history tracking and multi-user event logs make it perfect for shared environments with many stakeholders.</p><p>Simple projects might find AutoCAD too complex. Other solutions could offer better value based on specific needs and project scale. Yet for professionals who work with complex technical drawings daily, AutoCAD remains the measure against which alternatives are compared.</p><p></p>

AutoCAD

<p>SolidWorks, created by Dassault Systèmes, stands as a powerhouse in the CAD industry. The software brings parametric modeling capabilities that turn complex design concepts into reality. Designers and engineers choose it because it blends precision with an easy-to-use approach, helping them move faster from idea to production.</p><h3>SolidWorks key features</h3><p>SolidWorks packs powerful 3D CAD capabilities that let users create detailed parts, assemblies, and production-ready documentation. The parametric modeling technology lets designers make changes that update throughout the entire model. This saves them substantial time during revisions.</p><p>The software stands out with its easy-to-use interface and feature tree structure. New users and experienced engineers find it easier to learn. They can design components faster, put them together to understand physical interactions, and create 2D drawings by dragging and dropping 3D model projections.</p><p>Cloud collaboration emerges as a core strength. The platform has built-in tools for sharing and marking up designs in real time. It also offers secure, CAD-aware cloud file and revision management. Teams stay in sync whatever their location.</p><p>The software naturally fits with simulation, electrical, inspection, and ray-traced rendering tools. These extend its capabilities beyond simple drawing. Users can access detailed cloud-connected tools through Dassault Systèmes&#39; 3DEXPERIENCE platform to manage data, work with peers, and run advanced simulations.</p><p>Other notable capabilities include:</p><ul class="list-bullet"><li value=1>Specialized tools for weldments, sheet metal design, and manufacturability checks</li><li value=2>Powerful assembly design with constraints and relationship definitions</li><li value=3>Integrated simulation packages for structural, thermal, and fluid systems</li><li value=4>Automated tolerance stack-up analysis in higher editions</li><li value=5>Backward compatibility with previous versions</li></ul><h3>SolidWorks pros and cons</h3><p>Pros:</p><ul class="list-bullet"><li value=1>Easy-to-use interface built for mechanical designers</li><li value=2>Quick progression from concept to fully documented production drawings</li><li value=3>Strong integration with PDM systems for efficient data management</li><li value=4>Rich community support through Value-Added Resellers and user groups</li><li value=5>Decades of tutorials for almost any design challenge</li><li value=6>Strong ecosystem of connected products and partner solutions</li><li value=7>Flexible licensing options including term-based and perpetual</li></ul><p>Cons:</p><ul class="list-bullet"><li value=1>Cost might be too high for small businesses or individual users</li><li value=2>Software needs powerful hardware to run well</li><li value=3>Large or complex assemblies can slow down performance</li><li value=4>Some users report software stability issues</li><li value=5>Limited organic modeling tools compared to specialized software</li><li value=6>Substantial expense for licenses, new versions, and extra modules</li></ul><h3>SolidWorks pricing</h3><p>SolidWorks offers several licensing options at different price points based on your needs. The software comes with both term-based and perpetual licensing models as of 2025.</p><p>Term-based licenses begin at about $2,620 yearly and include technical support and software updates. Users who prefer ownership can get perpetual licenses starting at $4,195, plus yearly subscription costs for maintenance.</p><p>The software comes in three main editions:</p><ul class="list-bullet"><li value=1>Standard: Starting at $4,195 (perpetual) - Core 3D CAD functionality</li><li value=2>Professional: Adds design libraries, collaboration tools, and rendering capabilities</li><li value=3>Premium: Includes advanced simulation, electrical routing, and analysis tools</li></ul><p>Commercial users can opt for monthly plans starting around $220. Educational institutions, students, and entrepreneurs often qualify for much lower rates.</p><h3>SolidWorks best use case</h3><p>SolidWorks shines in product design and mechanical engineering where precise 3D modeling matters most. Automotive, aerospace, and consumer goods industries find it valuable. These sectors need complex mechanical components and assemblies designed with accuracy and efficiency.</p><p>Manufacturing companies get great value from SolidWorks&#39; ability to connect design and production. The software works with various manufacturing methods like CNC milling, turning, wire EDM, and multi-axis machining. This helps cut errors and optimize workflows from concept to finished product.</p><p>Electrical engineering teams use specialized SolidWorks tools to create accurate panel layouts and wiring diagrams. Electrical and mechanical engineers work better together through these tools. They can integrate electrical designs into 3D mechanical models smoothly.</p><p>Architects working on complex organic shapes use SolidWorks to develop parametric models that adapt to changes at any stage. The software helps them redefine the limits of design while keeping technical feasibility in mind.</p><p>Companies with complex product development cycles value SolidWorks&#39; PDM/PLM features. These tools offer secure storage, version control, and access management. They speed up time-to-market and boost quality through optimized processes and better collaboration.</p><p>SolidWorks works best for organizations that just need to confirm designs before production, test real-life conditions, and keep a single source of truth throughout product development.</p><p></p>

SolidWorks

<p>Autodesk Fusion 360 combines cloud-based convenience with detailed design capabilities that make it stand out for professionals in a variety of industries. This all-in-one platform has CAD, CAM, CAE, and PCB tools that provide a unified environment to develop products completely.</p><h3>Fusion 360 key features</h3><p>The software&#39;s core strength lies in its powerful 3D modeling and design capabilities. It offers parametric modeling that lets designers create flexible and adaptive models. These models play a vital role when changes occur during manufacturing or when developing products with customizable dimensions.</p><p>The platform&#39;s cloud-based collaboration makes it different from its competitors. Teams can work together naturally through live collaboration tools and data management features. Better connectivity reduces communication gaps and speeds up project decisions.</p><p>You won&#39;t need to share files between different programs thanks to Fusion 360&#39;s integrated CAD/CAM environment. The same tool handles everything from additive manufacturing to subtractive manufacturing and injection molding once your 3D model is ready.</p><p>Designers can verify structural integrity and performance before production using advanced simulation capabilities. Static stress simulation helps catch potential flaws early and saves time and resources. The platform has PCB layout planning and manufacturing tools with schematic design capabilities for electronics design.</p><p>Other noteworthy features include:</p><ul class="list-bullet"><li value=1>Integrated rendering to create photo-realistic images</li><li value=2>Sheet metal design with flat pattern documentation</li><li value=3>Partner add-ins that extend functionality for specific workflows</li><li value=4>AI-powered drawing automation that optimizes technical documentation</li></ul><h3>Fusion 360 pros and cons</h3><p>Pros:</p><ul class="list-bullet"><li value=1>Affordable options for hobbyists, startups, and educational users</li><li value=2>Optimized workflow through cloud integration and live collaboration</li><li value=3>Realistic rendering with powerful built-in tools</li><li value=4>Integrated electronics design with <a href="https://www.linkedin.com/pulse/what-difference-between-ecad-mcad-software-rayming-techonloy-sstnc"><span style="text-decoration: underline">MCAD/ECAD</span></a> capabilities</li><li value=5>Extensive partner ecosystem with specialized add-ins</li></ul><p>Cons:</p><ul class="list-bullet"><li value=1>Needs stable internet connection to access and modify files</li><li value=2>Limited keyboard customization options compared to other CAD software</li><li value=3>Performance issues with complex assemblies or patterns</li><li value=4>Updates that some users find disruptive happen often</li><li value=5>Hobbyist licenses limited to 10 active documents</li></ul><h3>Fusion 360 best use case</h3><p>Product design and mechanical engineering environments showcase Fusion 360&#39;s greatest strengths. Professionals who need to verify designs before production, test ground conditions, and keep version control throughout development will find this software ideal.</p><p>Manufacturing companies gain substantial benefits from Fusion 360&#39;s integrated approach. The platform supports many manufacturing methods and reduces errors between design and production stages. Teams working on prototypes or mechanical components value the all-in-one platform especially when they have to model, simulate, and work together efficiently.</p><p>Electronics designers benefit from a unified environment where mechanical and electrical engineers blend their work naturally. Teams can work on different product aspects at the same time without error-prone conversion steps.</p><p>Small businesses and startups love Fusion 360&#39;s accessibility and detailed toolset. Companies with limited resources but complex design needs find its affordable pricing and powerful capabilities attractive.</p><p>The software ended up working best for forward-thinking organizations that value cloud connectivity, cross-disciplinary teamwork, and integrated workflows from concept to manufacturing.</p><p></p>

Fusion 360

<p>SketchUp stands out among architects and designers with its unique take on 3D modeling. The software has an accessible interface that makes it easy to use. Its simple design philosophy helps users tackle complex modeling tasks, no matter their skill level.</p><h3>SketchUp key features</h3><p>The software&#39;s standout feature is its &quot;push and pull&quot; functionality. Users can create new shapes by tweaking existing elements instead of starting from scratch. This makes 3D design quick and precise, much like sketching with a pencil but with digital benefits.</p><p>The 2026 version comes with better ways to work together through a dedicated Collaboration Bar. Team members can share models using private invites or public links. Anyone involved can look at models, take measurements, and watch changes happen live. The software runs faster now and handles big models better thanks to smarter memory use.</p><p>LayOut works alongside SketchUp as a powerful 2D documentation tool. It turns 3D models into professional construction drawings, presentations, and permits. Recent updates added new drafting tools that make detailing and diagramming easier.</p><p>Other notable features include:</p><ul class="list-bullet"><li value=1>3D Warehouse access with millions of pre-built models</li><li value=2>Mobile compatibility across devices including iPad support</li><li value=3>Live Component functionality with advanced gripping and scaling tools</li><li value=4>DWG import/export with improved fidelity for cross-platform compatibility</li></ul><h3>SketchUp pros and cons</h3><p>Pros:</p><ul class="list-bullet"><li value=1>Very high accuracy in both 2D and 3D models</li><li value=2>Easy-to-use interface with simple design tools</li><li value=3>Rich 3D Warehouse with millions of downloadable components</li><li value=4>Works on multiple operating systems and devices</li><li value=5>Faster to learn than other CAD software</li></ul><p>Cons:</p><ul class="list-bullet"><li value=1>Needs plugins for advanced features</li><li value=2>Limited native BIM capabilities</li><li value=3>Simple rendering options compared to specialized software</li><li value=4>Slows down with complex designs</li><li value=5>Limited 2D drafting tools compared to dedicated CAD software</li></ul><h3>SketchUp best use case</h3><p>SketchUp works best for architectural visualization and interior design where concept modeling matters more than technical documentation. Architects find it valuable in early design stages because they can quickly test and refine ideas.</p><p>Interior designers use SketchUp to create detailed room layouts and furnishing plans their clients can understand easily. The software helps present design concepts to people without technical knowledge.</p><p>Engineers have found new ways to use SketchUp in plant design, project review, teamwork, and documentation. Companies like Stangl Associates use it throughout their projects, from getting new business to final documentation.</p><p>The entertainment industry has embraced SketchUp too. Production designers create stage sets for shows like American Idol, while film professionals build scenes that match what directors want.</p><p>The software really shines when users need quick 3D prototypes without dealing with complex CAD programs. It hits the sweet spot for professionals who work on multiple early designs or need to show their ideas visually.</p><p></p>

SketchUp

<p>CATIA (Computer-Aided Three-dimensional Interactive Application) is a premium CAD/CAM/CAE software solution from Dassault Systèmes. The platform started in aerospace but now powers product design across automotive, industrial machinery, and consumer goods sectors.</p><h3>CATIA key features</h3><p>CATIA stands out with its exceptional Class-A surfacing, which remains the standard for creating mathematically perfect surfaces. The Generative Shape Design workbench has a complete set of tools that create and manipulate complex curves and surfaces.</p><p>The software handles massive assemblies without performance issues. Its parametric modeling approach builds features in sequence with strict parent-child relationships that enforce design intent throughout development.</p><p>The platform merges mechanical design with electrical systems and fluid dynamics simulation. Engineers can design complete products from concept to manufacturing documentation in one unified environment.</p><p>CATIA has specialized tools for sheet metal design, weldments, and composites. The Sheet Metal Design app provides an accessible interface with associative feature-based modeling that switches between unfolded and folded 3D representations.</p><h3>CATIA pros and cons</h3><p>Pros:</p><ul class="list-bullet"><li value=1>Best-in-class surface modeling capabilities for automotive styling</li><li value=2>Exceptional power for handling large-scale, complex assemblies</li><li value=3>Merges with PLM systems through 3DEXPERIENCE platform</li><li value=4>Specialized modules for industry-specific processes</li><li value=5>Simplified collaboration through the cloud-connected platform</li></ul><p>Cons:</p><ul class="list-bullet"><li value=1>Steep learning curve with complex user interface</li><li value=2>Higher upfront cost and maintenance fees than competitors</li><li value=3>Resource-intensive software needs powerful hardware</li><li value=4>Interface described as &quot;confusing&quot; and &quot;rough around the edges&quot; by many users</li><li value=5>Limited customization options need expensive additional licensing</li></ul><h3>CATIA best use case</h3><p>CATIA excels in automotive design, especially for exterior surfacing and styling work. Major manufacturers depend on its Class-A surfacing capabilities for body-in-white design. Surface quality directly affects both esthetics and aerodynamic performance.</p><p>Aerospace and defense industries make use of CATIA to design intricate aircraft components and defense systems. Projects requiring millimeter-level accuracy benefit from the software&#39;s precision and analytical capabilities.</p><p>Organizations with complex regulatory compliance requirements value CATIA&#39;s complete audit trails and documentation tracking features. Large enterprises managing multi-disciplinary concurrent engineering projects find the software particularly effective.</p><p>Companies that invest in thorough training and powerful hardware can tap into CATIA&#39;s full potential. Organizations willing to accept the learning curve gain access to specialized capabilities that make the investment worthwhile.</p><p></p>

CATIA

<p>Onshape revolutionizes technical drawing with its browser-based platform in the cloud. Teams can access their designs from anywhere because this software eliminates traditional file-based workflows.</p><h3>Onshape key features</h3><p>The platform provides cloud-native security with live control over CAD projects. You can create mechanical drawings directly from Part Studios and Assemblies based on the .DWG file format, with .DXF support.</p><p>A tab-based system manages drawings instead of separate files, which eliminates clutter from traditional folders. The platform&#39;s built-in Product Data Management (PDM) syncs changes automatically. You just click &quot;Update&quot; within the drawing to refresh everything after modifying a design.</p><p>Mobile capabilities set Onshape apart. The app gives you live access to drawings from any device, not just static copies. Teams can overlay 3D models into the real world using AR View mode on iOS devices.</p><h3>Onshape pros and cons</h3><p>Pros:</p><ul class="list-bullet"><li value=1>Access drawings from any browser-enabled device</li><li value=2>Your work saves automatically to prevent data loss from crashes or connectivity issues</li><li value=3>Live collaboration with no file check-in/check-out issues</li><li value=4>Built-in version control and branching</li></ul><p>Cons:</p><ul class="list-bullet"><li value=1>All but one of these users can edit a drawing at a time</li><li value=2>File structure lacks clarity sometimes</li><li value=3>Internet dependency restricts offline work capability</li><li value=4>Learning curve is steep for mating components</li></ul><h3>Onshape best use case</h3><p>Collaborative environments where team members need access to current designs thrive with Onshape. Product development teams benefit especially when they have real-time feedback loops between design and production.</p><p>Engineers can access drawings directly on manufacturing floors through Onshape Mobile. They can take measurements and review assembly instructions without outdated printed copies. Projects move faster because teams can make decisions quickly with live data access.</p><p></p>

Onshape

<p>The right technical drawing software can revolutionize your design workflow and project delivery. This piece shows how each platform brings unique advantages that match specific professional needs.</p><p>AutoCAD stands as the industry standard backed by decades of refinement. SolidWorks shines in product design with its powerful 3D modeling capabilities. Fusion 360 sets itself apart by combining design, manufacturing, and collaboration tools in one package.</p><p>SketchUp offers a user-friendly platform that makes 3D modeling available without compromising precision. CATIA delivers top-notch surface modeling for automotive and aerospace projects, but it can get pricey. On top of that, Onshape brings cloud-native features with access from anywhere, which removes the usual file management hassles.</p><p>Cortex tackles construction documentation challenges head-on with its smart drawing management system. Construction teams love its version control, real-time collaboration, and mobile access. These features prevent expensive rework and make project communication efficient.</p><p>Your final choice depends on your specific needs. The key factors to think over include:</p><ul class="list-bullet"><li value=1>Project complexity and scale</li><li value=2>Team collaboration needs</li><li value=3>Budget constraints</li><li value=4>Industry-specific requirements</li><li value=5>Learning curve acceptance</li></ul><p>Cloud connectivity, AI assistance, and cross-platform access keep pushing the technical drawing world forward. These innovations help teams work faster and smarter whatever their location or device.</p><p>Take advantage of free trials and educational resources before you decide. Many vendors run demo sessions that show how their software handles industry-specific challenges. Talking to current users in your field will give you real-life insights beyond marketing materials.</p><p>Good drawing software becomes more than a tool, it turns into a competitive edge that helps deliver better projects faster. When you review these options, find a solution that arranges with your workflows instead of forcing your team to adapt to software limits.</p><p></p>

Conclusion

Looking for the best technical drawing software for your next project? You're not alone.

CAD software has revolutionized how professionals turn their ideas into reality since 1959. AutoCAD stands as the most recognized computer-aided design program ever created, but today's market offers several compelling alternatives.

CAD became a cornerstone of automotive, aviation, and consumer electronics manufacturing in the early 1980s. The technology evolved from simple desktop systems in 1982 to modern cloud-based platforms. Teams can now cooperate on the same model through different workstations.

SolidWorks currently holds the title as the most popular professional 3D CAD software worldwide. SketchUp has gained much of the market with 33 million users in architecture and interior design. Companies with budgets between $50M-1B rate Solid Edge, CATIA, and SketchUp as their top choices.

You might need simple 2D technical drawing software or complete design tools that work on multiple devices. This piece ranks seven outstanding options to help you choose the right software based on your needs.

7 Best Technical Drawing Software Tools Ranked