Science and Mathematics are considered the most challenging subjects to teach to pupils to allow them to acquire and apply essential points in school. Because they involve using various resources to teach one topic, the estimated time to finish one notion may be insufficient.
As a result, many technologically savvy Mathematics and Science teachers are combining electronic technologies to provide various sorts of educational materials to their students. QR codes are one of the new practices they use.
How to create a QR code and incorporate it into your STEM courses?
If you are a STEM teacher and are planning to integrate QR codes in your courses, you can make a QR code using a QR code generator online.
When creating one, here are the following QR code generation steps to note.
1. Open a QR code generator online and create an account.
2. Choose the QR code category of the material you want to integrate into a QR code.
3. Add the required information or file to generate a QR code
4. Select the dynamic QR code option and generate your QR code
5. Configure your QR code design and do a test scan
6. Save your QR code and integrate it into your learning materials
How can QR codes be integrated into Science and Mathematics courses?
Science and mathematics educators who are technologically savvy include using QR codes in their educational prompts in five main ways.
1. Incorporate Video Tutorials into Concepts
Various teaching reinforcements are used to fully allow your students to comprehend and apply the information you teach in Mathematics and Science. One support they use is allowing their kids to view video lessons on how to solve mathematical word problems or apply a Science idea to daily materials.
However, just as including the video link into the students’ study materials can dissuade them from watching the video, using QR codes can eradicate the issue.
Simply adding a video QR code into the content guide allows students to scan it and be taken to concept-specific educational movies or instructional videos.
2. Scavenger Hunts
Students look forward to kinesthetic exercises that the class has in store for them when learning these cognitively engaging subjects. They activate their critical reasoning skills and integrate what they learn during the course, especially during their participation in group-based activities such as scavenger hunts and more.
You may also put the activity guidelines in a QR code and spread them in your scavenger hunt area to make the activity more exciting and intuitive.
3. QR Codes Can Be Used As Trivia Portal
Teachers can use QR codes to store enticing information on a specific Science and Mathematics topic. Whether something is about the life of an innovator or a mathematician, Science and Mathematics contain a variety of fascinating facts that can pique a student’s curiosity in learning more about the topics.
4. Distribute Activity Sheets To Your Pupils
You can store your activity sheets using QR codes, and students can scan the code to open and download them. In this way, you can minimize the funds allotted for printing activity sheets and avoid having a short or excess supply of activity papers during the class.
5. Allow Them To Hear Some Unusual Sounds
If your class is about creatures with distinctive sounds and you want your students to hear what these species sound like in a recording, you can include a QR code with the animal sound you want them to hear. They will just scan the code and launch the audio streaming app to listen to their sounds.
Through a QR code generator with logo software, you can modify the design of your animal sound QR code and make it more visually appealing for your students.
Conclusion:
QR codes have come a long way in permeating every element of society’s function. As individuals of the future grasp their use, educators must find a way to integrate the use of them in some of their most difficult disciplines, such as Science and Mathematics.
They can actualize their vision for the future of Science and Mathematics Teaching. The future of quality education can begin with using wireless technology tools such as QR codes.
