Best 3D design tools in Architectural Engineering

Read this article to find out best 3D design tools which can be used in architecture

Best 3D design tools in Architectural Engineering

3D modeling software can help turn some ideas into beautiful models and prototypes that can later be used for a variety of purposes. These tools allow you to create models from scratch, regardless of the level of training. Some 3D editors are quite simple, so even a beginner can master them in a short time. Below you can find the best 3D design tools which are used by most of the professionals.


TinkerCAD turns its focus on combining primitive forms. Basic modeling operations are devoted to giving possibilities to combine these primitives with complex objects. But TinkerCAD is not everything, the functionality extends to combining and subtracting shapes. Having mastered these basic tricks, even beginners in free 3D modeling software can instantly get impressive results, such as the cases with the Raspberry Pi.

Wings 3D

Wings 3D is an advanced 3D modeling tool. Users are provided with many tools with which you can create very realistic models. Wings 3D has a customizable interface, a built-in AutoUV display tool, and moreover, you can export ready-made files to most popular 3D formats. Despite all of its advantages, such as support for virtual display for symmetrical modeling, Wings 3D does not support animation.

Wings 3D is often used as a small CAD system to prototype instruments or mechanisms. Game creators use it in combination with other programs that are more advanced in terms of rendering and animation systems.


SketchUp is an editor for 3D modeling of objects, scenes and their visualization in various graphic styles. The program is especially popular among furniture designers, interior designers, and architects.

Key features of SketchUp:

●         a multifunctional tool for architectural design and building planning, including frame houses from timber and other materials;

●         the presence of an impressive number of useful tools during the creation of the project;

●         it is possible to edit finished projects;

●         the program is able to create a whole house in 3D modeling for full visualization of the interior and exterior;

●         you can easily create a project, a built-in training system and an active window with tips;

●         the whole house project is scalable and changeable;

●         the ability to select the optimal location of the camera during operation;

●         option to add fill and text in any desired places.

3D Slash

3D Slash is a free 3D modeling software the system of which is close to Minecraft concept. It is based on using a simple building block which is actively promoted in the game.

Working with 3D Slash will be a shock for modeling veterans, since ordinary functions, such as extruding, flipping or sweeping, are not part of the program. Instead, the work is organized around a cuboid. It is a solid block that can be subdivided into smaller blocks the size of which is the same. Users create their three-dimensional structures by working on a cuboid using a variety of tools that are not familiar with most of other three-dimensional modeling programs: a hammer, putty knife, chisel, pulpwood, and drill.


FreeCAD is a free 3D modeling software. It is made primarily for 3D-design of objects in spite of their size parameters. You are able to easily modify the 3D design by using parametric modeling, returning to the history of your model and changing its characteristics.

FreeCAD is open source and has extensive customization, scripting and extension options. To some extent, it looks like a form of Python. Therefore, this programming language allows implementing new features in free 3D modeling software. Being open-source software, its feature set is targeted at the CAD community.

A modular architecture offered by this free 3D modeling software allows plugins to be connected to the main application. It also offers Sketcher with a constraint resolver that allows you to draw 2D shapes and a robot simulation designed for studying robot movements. A Path module for machining, such as milling (CAM) is also proposed by this system, and it is capable of outputting, displaying, and correcting the G code.