The coding mindset: Benefits and activities

Richard Cleeve
A overhead shot of a chalkboard with a cube on, with people around it with chalk and books

What is the coding mindset?

Over the past decade, the ELT industry has placed more emphasis on soft skills. The focus has been on developing personal leadership qualities, creativity, problem-solving, teamwork and communication and collaboration skills. These are all essential skills for the future of work – and especially useful when students need to work better together and solve unexpected issues.

A coding mindset encourages students to develop these essential soft skills – and practice them as a coder would. Teachers can use activities and tasks in the classroom that are based on this mindset to help students develop strategies to analyze, understand and solve problems.

This is integral to computational thinking and is how computer programmers think when coding. Yes, the coding mindset is a way of thinking, but it does not directly relate to computer science. Instead, it follows the skills and mentality that coders and programmers use in their work. Following this mindset can and savvy when faced with challenges in their learning or daily lives.

Four benefits of the coding mindset

There are several benefits to developing this mindset:

1. Gain creativity skills

One significant benefit of this way of thinking is that students learn that not everything they try will work out just as they expect. In fact, it’s normal to fail several times when trying to solve problems.

In working to find new strategies to work through challenges, students are also .

Creativity was once synonymous with art, such as drawing or painting. However, this now means coming up with new ideas and is a skill that is .

2. Learn how to cope in difficult times

We live in a world where we experience constant change – and we need to be able to find ways of managing. A coding mindset teaches learners how to build resilience.

By openly communicating with others, evaluating ideas and discussing a range of options, students will be able to work through uncertainties and confront challenges.

Not only will this help students when coming up against stumbling blocks in their learning, but it will also benefit their day-to-day lives.

3. Create risk takers

We can all recognize that learning English isn’t easy and that students are bound to make mistakes.

However, a coding mindset encourages students to take risks when approaching difficulties. It also helps language learners spot their mistakes and experiment with different options to find solutions.

Ultimately, learners become more willing to take risks which they need to do to reach a higher level of proficiency.

4. Develop the ability to overcome obstacles

When approaching a task with a coding mindset, students will learn how to focus on the important information. They will filter out any irrelevant details and find ways around barriers.

For example, if learners have to write a text about their last holiday in class, they could hit a wall if they don’t know how to use the third conditional to explain something. Rather than giving up, students with a coding mindset would use the grammar they do know to complete the task. For instance, they can continue with the past simple or past continuous, explaining their story in a different way.

This encourages learners to focus on their strengths rather than weaknesses to overcome obstacles and keep going.

Practical activities for use in the classroom

There are several activities that teachers can use in the classroom to develop the coding mindset for their students. These include:

Recognizing patterns

If you teach in a classroom with a whiteboard, you can draw a series of colored circles on the board. The colors should follow a pattern that students must work out in small groups and then continue on the board.

This simple exercise can be adapted for all levels and ages. You may even want to use flashcards with vocabulary, letters or number combinations.

Giving instructions

A great way to develop troubleshooting and problem-solving skills is by asking students to direct one another across the classroom. Put the learners into pairs and ask one of them to give directions and the other to follow.

They can practice imperatives and language for directions, while they break down problems into smaller, more manageable parts.

Treasure hunts

Creating treasure hunts works particularly well with young learners. If you have access to an outside space, you can hide classroom objects or flashcards around the space and give students clues as to where to find them.

You can also do this around the classroom or school if you cannot access the outdoors. This will help them to think systematically and follow instructions.

Pixilation of pictures

If you have access to an interactive whiteboard, another way to develop problem-solving skills is by selecting some pictures from the internet and blurring them with a pixilation tool.

Choose vocabulary you’ve been working on in class, so students are already familiar with the topic. Show the pictures on the whiteboard and ask students to work in groups to guess what the pictures are.

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    Almost everyone has studied for a test at some point in their life. Have you ever studied a lot for a test and still not received a great grade? Probably so. This is because not all study methods are created equal. Just because you’ve ‘studied’ doesn’t necessarily mean that the material has stuck in your brain.

    Some common study methods don’t do as much as you might think. One technique, however, stands out for its efficiency and effectiveness. It’s called active recall, and it’s regarded by many as the best way to study.

    What is active recall?

    In short, active recall is the process of pulling information from your brain without prompts. The idea is that when you force yourself to remember something, you memorize it much faster than you would by only reading material or passively studying.

    When you’re taking a test and you’re not sure about an answer, you search your brain for the answer; that’s active recall. The action of trying to remember is what essentially crystallizes the information in your head for the long term. Multiple study methods use active recall or the action of searching your brain for an answer.

    Active recall forces you to pull information from your mind. It’s not just for doing well on tests but also for long-term retention.

    Active recall is praised for its effectiveness, but it is also mentally taxing. Attempting to recall things that are not in the front of your mind is tiring, which is part of why some opt out of using it.

    Dr. Cal Newport, author of Deep Work, says:

    “It’s almost like you have a pseudo-photographic memory when you study this way.”

    Passive and active study

    Most people are taught to study, but less about how to study. People end up using passive study techniques, like rereading material or rewatching lectures. Although not particularly effective, studies show that reading and rereading notes remains university students’ most common study method. (Dunlosky, 2013).

    These methods might feel like effective studying but aren’t really helping much. Yes, passive study methods such as reading, highlighting, or watching can help, but can also give you a false sense of understanding.

    With these methods, when the time comes to retrieve the information, you struggle to recall it because it is not in your long-term memory.

    The first step to becoming excellent at studying is understanding how important active study methods are, such as flashcards, practice testing, or practice teaching – all methods that use active recall.

    Spaced repetition

    If you’re researching study methods, you’ve probably encountered the term spaced repetition. This technique can be incorporated into active recall study methods, primarily flashcards.

    Spaced repetition involves reviewing information at increasingly longer intervals in order to improve long-term memory. You are using this technique when you learn something, so review it a day later, then a week later and then a month later. It helps fight your brain’s natural process of forgetting things.

    Combining spaced repetition with active recall is always a recipe for successful study.

    So, what methods can you use to employ active recall in your study sessions?

    Summarize what you know

    The simplest way to practice active recall is to try to remember the material actively. To do this, read or reread some material, then take some time away—take a walk, snack break, or whatever you like to do to take a break.

    During this break, try to replicate in your mind as much about the topic from scratch as if you had to teach about it. Don’t be discouraged if you have trouble remembering; part of the learning process is forgetting material and then remembering it.

    When using this for language acquisition, make up relevant sentences and translate them into your target language. What type of vocabulary were you learning? What grammatical structures were new to you?

    Take a mental note of which elements you were able to remember and which ones gave you trouble.

    When finished, go back to the material and review. Were you able to remember things? Whether you could or not, you’ve helped yourself. Your attempt to remember is you practicing active recall.

    When you do successfully remember something, you’ll realize that it is locked in your long-term memory. This method is as simple as it is productive.

    Teach a friend

    Similar to mental summarizing, after studying, find a friend and do your best to explain the topic to them. Language learning could involve explaining how a new grammar pattern works in your target language or taking sentences and phrases and translating them to a friend.

    As a teacher, your best lessons are the ones where you know the material inside and out. If you can effectively explain and teach someone about your target language, you are that much closer to mastering the information yourself.

    Flashcards

    Flashcards, especially when combined with spaced repetition, are the king of study methods for language acquisition.

    Between all that they can be used for, they are especially good for language learning, no matter what part of the language you’re studying. This is one of the best ways to learn sentence structure that does not mirror your native tongue, conjugations for speedy use and general vocabulary.

    I have found that using a spaced repetition-based flashcard program is the best way to study a language. This way, you don’t have to schedule a bunch of paper flashcards manually.

    Among the most popular programs for language learners is Anki. Anki is a spaced repetition flashcard program. With it, you create your cards and the program schedules them at increasingly longer intervals. It is also used widely among students studying for large tests, like medical and law exams.

    To make the best flashcards, make them yourself. Downloading a big set of flashcards for your target language is tempting but not particularly helpful. Instead, after each study session, make a few flashcards yourself covering the new vocabulary/grammar you’ve just learned about.

    One more thing: do not use multiple-choice answers for your cards. Active recall happens when you produce information without prompts or assistance.

    Personally, I use flashcards every day to learn Spanish through . This program has a learning curve, but the payoff makes it worth it.

    Test yourself

    The goal of studying for a test is to be able to answer questions about a topic or, even better, know the material for real-world application. As stated earlier, active recall happens during testing, so why not use this form of active recall before testing?

    Use your materials to make a mock exam in this method, then take it. Through actively remembering to answer each question, the ones you get right will stick in your brain. Review the questions that you couldn’t remember and retake the test focusing on them.

    While not particularly complicated, these tips and methods’ effectiveness comes from their use of active recall. As you forget information and pull it from the depths of your memory, you solidify it for yourself.

    Forgetting plays an important role in learning something for long-term memory.

    Now, get to studying; how are you going to use the power of active recall in your routine?

    References

    Dunlosky, J. "Improving Students’ Learning With Effective Learning Techniques: Promising Directions From Cognitive and Educational Psychology." Association for Psychological Science, 2013, 1-6