How Artificial Intelligence is Integrating with Maker Education.

Artificial intelligence (AI) has been thefocus of many discussions on the impact it will have on society. It can be easyto look at AI as a threat or something to be afraid of, but it is alsoimportant to think about how AI could be used in our favour. One way AI can beused for good is through maker education. Maker education is an approach thatemphasizes experimentation and problem solving, and it’s this hands-on learningthat helps kids develop skills in coding and computer science. By integratingAI into maker education, we can help kids feel confident and excited about newtechnology while providing them with skills they need to compete in today’sincreasingly digital world. Here are some ways AI can impact maker educationand how making will be the future of work.

What is maker education?

Maker education is an approach thatemphasizes hands-on learning and problem solving. It's this type ofexperiential teaching that helps kids develop skills in coding and computerscience.

When we combine maker education with AI,we're helping kids feel confident and excited about new technology whileproviding them with the skills they need to compete in today’s increasinglydigital world.

How can AI help with maker education?

One way AI can be used to help with makereducation is by making it easier for kids to develop computer coding skills.Today, there are coding classes for kids as young as 5 years old, but manyschools still lack the resources or knowledge needed to teach these computerscience skills in an engaging and hands-on way. With the help of AI, codingcould become more engaging and interactive, making it easier for students tolearn about software in a fun environment.

Another way in which AI could be useful inmaker education is in the form of virtual reality (VR) environments. VRtechnology allows people to explore different worlds without actually beingthere, so this technology could be used in maker education to allow students toexplore their world virtually. Maker education is all about experimenting withdifferent types of materials, so VR would offer a new way for kids toexperience different types of environments without ever leaving theirclassroom!

How does AI affect creativity?

We often think about AI as the thing thattakes away our jobs, not something that can help us. But in reality, AI canactually help us become more creative.

Creativity is an important part of makereducation, and teaching kids to use AI for creative purposes will give themskills they need to succeed in the future.

AI can be used to create new images, remixthem into something new, or take pieces of images and mix them together. Thisgives kids the chance to be creative with tools that are already available,which will make it easier for them to pick up coding skills later on.

Where does making go from here?

We’ve seen a shift in the way kids learnand we can expect this to continue. As AI becomes more prevalent, makereducation will provide a way for kids to develop skills in coding and computerscience while feeling confident and excited about new technology.

The future of work is changing and it’spredicted that 47% of kids will be employed in jobs we haven’t even heard ofyet. But with these changes also come new opportunities to shape what type ofskills employers are looking for. By integrating AI into maker education, wecan help create a workforce that has the skills employers need while continuingto foster creativity and problem-solving skills that will help them succeed inan increasingly digital world.


1. Maker education is the hands-on,project-based approach to STEM education.

2. Some ways AI can help with makereducation are by providing students with the ability to quickly visualize theresults of their design, by helping educators create relevant and engaginglessons, and by giving students a teacher when they don't have one.

3. There is a concern that AI will removecreativity from the process of making, but some experts think that it will leadto more creativity.

4. The sky's the limit in terms of what'snext in making.

In conclusion, AI is a great way toincrease creativity rather than limit it, and there are many options for whatcan be done in the future with maker education.