Teaching coding to kids is more than just giving them lines of code to copy and then run. We want to empower students to become critical thinkers and innovative programmers. To build programming skills, beginners need to be provided with a variety of analytical and engaging experiences. To do that, we should spark their enthusiasm with a collection of activities that ensure success and an understanding of essential coding concepts. As they learn how to code original creations, students will become keen, competent programmers. They will have the foundational STEM skills for the workplace of the future.
Here are some suggested types of activities to consider when teaching coding to kids.
Explore and Investigate
Teach code a line at a time. Then ask students to analyze and experiment with the code. Explore with different values and see the outcome. What happens with a higher or lower number? When the line of code is moved to a different place, what happens? What happens when a character is omitted? This strategy builds student insight into the meaning of the code so much better than just asking them to copy a given set of instructions and then running them.
Guess and Check
Provide completed code and ask your students to be detectives. By reading the lines of code, comments, or scanning for words they recognize, they can try to infer what the code will do. Then run the code and see if their guesses were accurate. This makes students keen observers and critical thinkers.
Use Templates to Jump Start Learning
Young programmers have the ability to understand the code, but don’t always have the keyboarding skills needed to type many lines of code accurately. When introducing specific coding concepts, consider giving the students templates with parts of the code already written. The students just add code to make the desired result.
Teach Debugging Early
Don’t wait until errors occur and students are frustrated with the inability to correct them. Near the beginning of the coding unit, have the students generate specific errors to break the code. Have them see the resulting problem. Then fix it. As a result, students will become familiar with common mistakes such as omitting characters, mistyping, or placing code in the wrong order. They will recognize errors and know how to correct them.
Provide Samples to Spark Inspiration
Before starting a new project, inspire students by showing them a completed sampler. The goal is to ignite their interest but not to provide a set of instructions for them to copy. The code becomes a guide for students. They can use it as a starting point or to compare their work for troubleshooting. The sampler becomes the foundation for students to produce their own original projects.
Offer Support References
Online programming reference lists and libraries are usually so complete and exhaustive that they are ominous for kids to use. Instead, build a list of basic commands that will be used in the project and have it handy for the class to use and check.
Present Opportunities for Extra Challenges
Differentiated learning studies have shown us that students build skills in a highly diverse way. When teaching coding to kids, they are certain to progress at different rates. Students who struggle need support, repetition, and review activities to grasp coding skills. Some students will ‘get’ the concepts quickly and be ready for new ways to apply and extend their learning. Be prepared for these young experts with optional challenges to keep them excited and involved.
Reflect on Learning
During, and definitely after the end of the project, provide an opportunity for students to think about their coding experience. Write a journal entry. Ask questions such as: What was your favorite part of the program? What was the hardest part of learning to program? Which skills would you like to learn next? What advice would you give to a person learning how to use this program?
Teaching Coding to Kids Using TechnoTurtle
TechnoTurtle, a new project by TechnoKids Inc., is an introduction to Python coding for beginners. It is designed for elementary and middle school students to learn basic programming skills. The fun activities include building a maze, creating artwork and spirographs, and inventing interactive games. TechnoTurtle incorporates all the above strategies to inspire young programmers to acquire fundamental technology expertise.
