Unlock STEM Learning with Tinkercad

Tinkercad is a highly popular tool among hobbyists, school, and college students, making STEM (Science, Technology, Engineering, and Mathematics) learning engaging and hands-on. Developed by Autodesk, Tinkercad provides a suite of real-time simulation tools for a wide range of applications. This browser-based virtual tool allows users to design 3D models, create circuits, and develop 3D designs using code blocks.

Tinkercad is an open-source tool, accessible to anyone interested in exploring 3D modeling and circuit design. In this blog, we’ll delve into the various features Tinkercad offers, from account creation to project simulation. We’ll also discuss how Tinkercad is revolutionizing STEM activities, making learning more interactive and enjoyable.

Getting Started with Tinkercad

To access Tinkercad, simply visit www.tinkercad.com using a modern browser such as Chrome, Firefox, Brave, or Edge. Upon visiting the site, you’ll be greeted by the homepage, which looks similar to the image below (image description goes here).

For first-time users, click the “Sign Up” button located in the top right corner of the page. You’ll be prompted to select your role: educator, student, or personal user. Choose the appropriate option and follow the steps to create your profile. If you already have an account, click “Sign In” to access the Tinkercad Dashboard.

Setting Up for Educators and Students

Exploring the Tinkercad Dashboard

The Tinkercad dashboard is the central hub where you can access various features and tools. Here’s a breakdown of what you’ll find:

• Home: This section displays your old projects and a collection of designs related to 3D Design, Circuits, and Code Blocks.
• Classes: This section allows you to manage your classes, create new ones, and keep track of ongoing classes.
• Designs: Access your personal designs or browse through a collection of basic designs to get started.
• Collections: Save and organize your favorite designs under your profile for future reference.
• Tutorials: Explore tutorials provided by Tinkercad to familiarize yourself with the tool’s features and functionalities.
• Challenges: Participate in design challenges organized by Autodesk or other related events.

Getting Started with Circuit Design

To start your design journey, click the “Design” button and select from 3D Design, Circuits, or Code Blocks. This blog primarily focuses on circuit design, which is a fundamental aspect of Electronics, Robotics, and Automation. Select “Circuits” from the list of options. In the top right corner of the screen, below your profile picture, you’ll find the “Create” button. Click “Create” and select “Circuits” to begin your projects. You’ll be taken to a new page where you can start designing your circuits.

Creating Classrooms in Tinkercad

For educators:

1. Navigate to the “Classes” section from your dashboard and click “Create Class.”
2. Enter the necessary details, such as class name, student age, grade level, and the subject you plan to teach using Tinkercad.
3. Add students to your class either manually or by pasting a list of student names for a bulk add. Once you’ve added the students, Tinkercad will assign nicknames, which serve as usernames for the students to join the class.
4. Share the class joining link or code with your students.

For students:

1. Click the link provided by your teacher or select the “Join Class” option from the Tinkercad login area.
2. Enter the nickname or class code provided by the teacher to join the class and access the Tinkercad dashboard.

Benefits of Using Tinkercad for STEM Learning

Tinkercad offers numerous benefits that make it an ideal tool for STEM education:

• Hands-On Learning: Tinkercad allows students to engage in hands-on projects, reinforcing theoretical knowledge with practical application.
• Accessibility: As a browser-based tool, Tinkercad is accessible from anywhere with an internet connection, making it easy for students and educators to collaborate remotely.
• User-Friendly Interface: Tinkercad’s intuitive interface makes it easy for users of all ages and skill levels to get started with 3D design and circuit simulation.
• Collaboration: Educators can create classrooms and manage student projects, fostering a collaborative learning environment.
• Comprehensive Tutorials: Tinkercad offers a wide range of tutorials to help users master the tool and explore advanced features.
• Real-World Applications: Students can work on projects that have real-world applications, preparing them for future careers in STEM fields.

By integrating Tinkercad into your STEM curriculum, you can provide students with a dynamic and interactive learning experience. Whether you’re an educator looking to enhance your teaching methods or a student eager to explore the world of 3D design and electronics, Tinkercad offers a wealth of resources and opportunities for growth.

Understanding the Tinkercad Circuit Simulator

The circuit simulator area in Tinkercad is packed with tools to help you design and test electronic circuits. Here’s what each part does:

1. Circuit Design Area:
   • The central white space where you assemble your circuit and add components.
2. Component Library:
   • Located on the right, it contains all the electrical and electronic components for your projects.
3. Key Tools and Menus:
   • Copy/Paste: Duplicate components quickly.
   • Delete: Remove unwanted components from the design area.
   • Notes & View/Conceal Tool: Add personal notes for reference and toggle their visibility.
   • Wire Color & Type: Customize wires by choosing from 4 wire types and 12 colors.
4. Component Adjustment Tools:
   • Rotate: Reposition components for easier connections.
   • Mirror: Flip components to adjust orientations, like switching the positions of the anode and cathode of an LED.
5. Code Area:
   • Open this section to program devices like Arduino and Micro:bit directly within the circuit.
6. Start Simulation:
   • A critical feature to test your circuit. After completing connections and programming, click this to simulate and verify performance.
7. Send To:
   • Share your design with collaborators for team projects.