TinkerCAD is a product of Autodesk, a company known for their professional level 3D, engineering, and modeling software. While most Autodesk products are intended for industry professionals, TinkerCAD simplifies 3D modeling and engineering in a simple to use and kid friendly web based app. Because it is web based it can run on any device and with its simple user interface it makes it easy for students and teacher to get up and modeling in no time. It is also important to note that TinkerCAD allows students to take their designs and print them or produce them on 3D printers, or laser cutters.
TinkerCAD is a tool that scores high in technology infusion. Redefining the way students learn through modeling and 3D Design TinkerCAD can enhance any lesson very quickly. By creating opportunities that were never possible to complete in traditional classroom activities this tool falls into the higher layers of the SAMR model and creates a very rich and engaging experience for the students.
When students use TinkerCAD many areas of STEAM are touched upon regardless of the subject that this tool is being applied too. Students are exposed to engineering and math concepts with 3D modeling, as well as creativity and design. Students who love to create, are artistic, visual learners and logical thinkers can all benefit from the use of TinkerCAD to reinforce lesson concepts and demonstrate understanding.
This tool is a perfect tool to use in 6th through 12th grade classes in arts, engineering, science, math or computers. Students can use this to create 3D models of objects or models covered in these types of course. For example students in Geometry level classes could pick different geometric figures and try to model them with TinkerCAD. Students in arts classes can be asked to create virtual 3D sculptures to demonstrate their understanding of 3D design. In engineering or computer classes students can model electrical systems utilizing the tools within the program.
In our high school anatomy classes students are taught about the different human structures and bone structures. After completing a unit on the human skeleton students use TinkerCAD to pick a part of the skeleton to model in a 3D form. Students then take their 3D models and visit the maker space within the school to print out their models on 3D printers. They then present their models to the class and talk about the importance of the bone in which they modeled.
Highlighted below are some basic video tutorials to help get started with TinkerCAD. TinkerCAD also offers an extensive library of lessons that can be accessed by Clicking Here. Since this app is already approved and is free you can get started using the app by Clicking Here. In addition to the Tutorials found bellow, TInkerCAD offers in app lessons when you get started that makes it simple and easy to get going.
9 Minute- Getting Started
TinkerCAD 101
TinkerCAD for Beginners
Getting Started in TinkerCAD