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Impact of AI Game Based & Experiential Learning on Cognitive Function

Posted on By Yashraj Garg

To what extent are AI game based and experiential learning more effective than rote based learning methodologies in enhancing cognitive function of students?

By Yashraj Garg.

Abstract

As education continues to transform after the pandemic and virtual platforms have replaced textbooks, advocacy towards online learning may spark curiosity regarding its benefits. Consequently, online Artificial Intelligence (AI) assisted game-based and experiential learning courses and programs are being developed by companies like EDUFIQ. Hence, the objective of the paper is to conduct a Literature Review to analyse and evaluate such courses through the lens of cognitive merits. Previous research demonstrates that game-based and experiential learning approaches to education help improve cognition function and development in students, particularly due to more improved life skills, and retained knowledge due to greater motivation to engage with course material.

Such research has also resulted in criticism towards traditional educational methodologies, specifically how textbooks supporting ‘rote memorisation’ enable less cognitive processes and thus, reduce efficiency when learning content. Data also suggests that such programs help improve self-learning and make learning an independent process, rather than one dependent on the educator. Analogous to what has been assumed, such technology-based courses may prove to be more effective in educating students.

The findings of this paper indicate that the improvement in cognitive function can be attributed to greater meta-cognitive, reflective, and problem solving requirements in game-based and experiential learning. Furthermore, application of Self-Determination Theory helps improve educational standards and informs institutions about the significance of transitioning to an educational model that prioritizes student motivation.

Thus, demonstrating how the criteria ensuring success of such an education is unparalleled.

Introducing AI Labs – Your Kid’s Creative Ground

Posted on By Edufiq Blog

Today the classroom is much more than a place for learning. Modern educational strategies foster a positive classroom environment to transform, motivate, welcome and support student learning and growth. The atmosphere should be trusting, liberal and inclusive so that students’ views are heard and valued. Students feel elevated, safe and respectful in a creative and positive classroom.

What is the importance of a positive classroom?

A positive classroom makes students comfortable in every sense. They can share their thoughts, ask questions, and take risks boldly. Such an environment improves social skills, builds relationships with peers, boosts positive mindsets, and develops high-level critical and analytical thinking skills. From here, students learn to participate enthusiastically making the environment instrumental.

Enjoy a creative environment with AI Labs

  1. The Perfect Physical Space
    Classroom aesthetics are one of the important aspects that help students become more open to learning and adaptive. It acts as a stress buster for students and enhances their productivity. The aesthetics of AI labs are perfect for keeping their enthusiasm, engagement and focus at an all-time high. A vibrant classroom décor will help students reflect the same.
  2. Based on Curriculum
    Students find learning more engaging and relatable when it’s a part of their curriculum. They become emotionally invested in the content and connect on a personal ground. The aim is to help them adapt to the futuristic skills with AI, making the curriculum more meaningful.
  3. Positive Enforcement
    A strong classroom culture can be achieved by implementing a positive space for students to thrive in. The positive ambience of the AI labs and valuable inputs of the AI trainers are extrinsic motivators. This positive push will keep them thrilled and energized in the labs.
  4. Giving Them A Voice and Choice
    The participation of the students increases when they feel their opinion matters. AI Labs give them the platform to take risks and decide how they learn best. This newly built confidence encourages them to be vocal in front of their peers. Once they feel their input matters, they seem to put greater effort into learning.
  5. Being Their Best Supporter
    Many students face academic challenges. Here, AI trainers will provide support for students when they need it. Students appreciate having someone to listen to them and comfort them. The valuable inputs of the AI trainers will make them more attentive and reflective towards learning the right way.

Conclusion

CESP is an aspirational programme by Edufiq. The programme aims to transform education through technology. From building a learning environment at schools to training the educators using Microsoft tools/ Text help CESP aims to do it all. They aspire to build AI Labs, install smart boards and overall enhance the aesthetics of the school.

Edufiq is online courseware on Artificial Intelligence (AI) designed to help kids excel in their studies and extracurricular activities. It paves the way to a successful future by developing important life skills in them. It is also a program that includes comprehensive training material for teachers to understand the working of the AI and its processes, in order to help the students perform better. Be a part of the transformation.

Upgrade your Child’s Learning Capabilities with Microbit

Posted on By Edufiq Blog

 

“Technology is a natural ally for experiential learning. It offers people ways to really experience what they are supposed to be learning about, but in a safe and controlled environment. This affords unique opportunities.” – Manolis Mavrikis, Director of the Education and Technology MA, University College London (UCL)

Each child is different and experiences the world in a unique way. The set of strengths and weaknesses they own makes them unique. Every child has a different strategy to make learning more effective. The different ways of learning give different outcomes. Experiential Learning is one of the preferred learning styles that are majorly used nowadays. Keep reading to know more about this new pedagogy.

What is Microbit?

The pocket-sized computer is transforming the world with its magic. The device makes coding a cakewalk for kids. Kids can instruct Microbit by giving it instructions. All they need is a computer with browser or a tablet MakeCode app plus good internet access. It’s really simple to learn coding with Microbit.  They can transform the world with creative problem-solving projects using inputs, outputs, sensors and radio communication features of Microbit.

Experiential Learning – What is it?

You have been learning the life experience since the day you are born. As human beings, we are born to learn and our process of learning goes on all the time without much awareness. But the awareness and understanding of how we learn can increase the learning power. One way to describe this process of learning is called Experiential Learning. In Experiential Learning, students connect theories and knowledge to real-world situations and get hands-on experience. Experiencing a particular situation is a great way to learn about it.

How Microbit is related to Experiential Learning?

Research shows a healthy relationship between the brain and experiential learning. Findings indicated that 94.7% of participants who reported a high impact learning experience when participating in experiential learning while enrolled in a graduate class also reported engaging in socially responsible behavior because of that learning experience.  Experiential learning develops a new positive attitude toward life and the power of thought. The aim of digital creativity with Microbit is to inspire and develop a new generation of tech pioneers. As a result of learning, kids gain new experiences for growth and evolution. This holistic learning approach includes emotions, cognition & environmental factors and helps them explore new ways of thinking. The tiny coding machine- Microbit helps the creators to solve real-life problems in real-time. Higher retention of information and faster brain judgments are a few outcomes of this new-age learning.

How is Experiential Learning Beneficial for your Child?

The learning cycle is an idealized model through which we touch all the basis of a learning situation- experiencing, reflecting, learning, and acting. Learning is an endless process between a learner’s internal world and the external environment. As children are growing and reaching new milestones, their confidence level improves. The outcomes are not just limited to a classroom or school activity. Microbit, a mini-computer, makes coding easy to learn and fun. The device is completely programmable and brings ideas to life. Children think differently and this strengthens their relationship with learning and creativity. Creativity and innovative thinking reach new heights.

Conclusion

Edufiq is online AI courseware offering activities-based education to increase engagement in students. This method of learning is more relatable as practical actions are incorporated. The carefully curated Experiential Kit consists of a new BBC microbit, temperature sensor, noise sensor, light sensor, 180 servo, motor with fan, OLED screen, and many more.  Enhancing problem-solving, logical reasoning, critical thinkin,g and decision-making skills among students is our motto. Our team-based activities open doors for new opportunities to test new ideas. Visit our website to know how we train AI agents for tomorrow.

How does Game-based learning make a child smarter?

Posted on By Edufiq Blog

Gaming is one willing activity in which children can invest time endlessly. The dedication towards the game to compete and win during the session is par level. Interestingly, if that game is incorporated into education, the learning can exponentially be seen at a remarkable level for all kinds of students and studies can become fun at the same time.

In light of this, game-based learning has gained good acceptance around the world. The global market trend is expected to grow from USD 11.0 billion in 2021 to USD 29.7 billion by 2026. With a surge in the Ed-tech industry in recent years, online learning is becoming the next big thing. Let’s deep-dive to know how this learning can help the students be future-ready.

Let’s take a moment to understand game-based learning.

What is Game-based learning?

Game-based learning is the use of gaming in the educational sector for supporting your child’s growth, enhancing analytical thinking, logical reasoning, teamwork and vocabulary. For years, games were tools for learning and continue to do so. As the use of digital devices and online learning opportunities increase, we have seen a rise in Game-based learning.

In the coming decade, as Gen Z becomes more tech-savvy and searches online for learning opportunities, E-Learning will grow in popularity. Moreover, game-based education enhances soft skills much more than traditional methods.

Know more.

How does Game-based learning make kids smarter?

The clubbing of games brings a sense of competitiveness in children and a sense to perform best and win. It also promotes self-learning among kids. Minecraft is one widely-used game to make AI learning easy. Edufiq is a platform that uses this method for class 5th-7th students to groom their cognitive skills, creativity and make the overall learning process easier. Read further to know how game-based learning is overall helpful in a child’s growth.

Boosts Self-confidence

A study involving 105 preschoolers showed that children involved in gesture interactive Game-based learning had superior learning performance and motor skills. This helps the kids in approaching new opportunities without being introverted.

Better Conceptual Learning

Children will learn different topics through interactive gaming. The impact of game-based learning is that it increases the engagement level. Simultaneously, it promotes quality learning in an effective manner.

Generates more completed tasks

A study shows that students complete the tasks 3 times of multiplication. This shows the quick and maximum times of learning as compared to the traditional studies.

Better Analytical skills

When kids use game-based learning, they need to compete on different stages or levels. Each level becomes tougher from basic to complicated. Hence, through this, the analytical skills become better.

What is the future of Game-based learning for Kids?

The shift from traditional learning to game-based learning is rising high because of its innovative and interactive way to make learning more fun. Thus, AI learning through the game for kids can make them future-ready and help them delve into a world full of opportunities for a successful future.

Edufiq is a platform that teaches AI through game-based learning through various levels of challenges. Our AI agents include friendly instructors, flexible learning sessions, friendly instructors, interactive quizzes, multiple games, activities and much more. Choose a path that grooms your skills and makes you more employable for the near future.

The Future of Game-based Learning

Posted on By Edufiq Blog


“Tell me and I’ll forget. Show me and I may remember. Involve me and I’ll learn.” –Benjamin Franklin

It is not a secret that when an individual practices difficult things, the brain works harder and learns new concepts Such learning techniques stimulate the brain to control and develop swiftly. The more you get involved in a certain activity, the better your brain functions. That’s the basics of learning.

Practising any new activity changes the brain permanently. With continuous effort, one gets better at a particular task. The motive of the new learning techniques is to embrace the productive struggle. They emphasize that a deeper level of learning requires pushing your brain to its edge.

Let’s look at a medium that can engage students at this level. This highly engaging medium is gaming.

“Unlike some other brain training tools, games-based learning activates the reward centers, making the brain more receptive to change,” explains C. Shawn Green, PhD, assistant professor of psychology at the University of Wisconsin–Madison.

Such games require players to think of a comprehensive strategy to perform tasks simultaneously and make impromptu decisions to have an immediate and long-term impact. Children make use of their strategizing skills to accomplish several stages while playing a game. Game-based learning is an approach that engages students in genuine problem-solving where they can make their own choices and enhance cognitive skills such as problem-solving, logical reasoning & critical thinking at the same time.

Let’s learn more about game-based learning.

Principles of Game-Based Learning

Well-designed games have effortlessly engaged kids and their strategic thinking. Not all games do this. Thus, interactive learning games for kids are designed well to be powerful. Let’s dive in to learn the basic principles of game-based learning.

1.) Games work on problem-based approach

Rather than telling them what to do, games provide children with a scenario: a puzzle they must figure out. These games expose them to risk-free and real-life situations in a digital space. When presented with a meaningful problem to solve, they get engaged in the problem and the game.

2.) Learning by Doing

In games, you are learning by doing, which means you are learning by failing. You are exploring and reasoning through multiple pathways until you figure out the one that works. This is the culture of games. The result is that it creates an environment where it’s safe to fail and make mistakes, as this is all a part of the natural process of problem-solving and learning.

3.) Informative Feedback

Games provide informative feedback as they progress. The mechanism of the game helps in knowing when they’ve gone off track while exploring multiple pathways. This provides feedback for the students as they move ahead to find the solution.

4.) Progressive Growth

Game-based learning enhances strategizing and decision-making skills. These learning schedules give a sense of freedom to students, allowing them to grow during the process. Players are required to use trial and error methods, observation and play-based practice to accomplish several tasks across different stages.

Conclusion

The game you choose should also help you analyze the problem, gather resources, test your thinking and present the findings. Edufiq is there to help you. It is an online courseware designed to make AI learning easier for kids. Our pedagogy eases the pressure of learning by imparting creative and fun methods of learning. Game-based method of learning has been chosen meticulously for growing kids to boost their imagination while teaching them AI through various interesting scenarios of Minecraft and Microbit. The technique is highly engaging and aims at training the perfect AI Agent. The friendly instructors make sure that the learners are actively engaged in decision making and allow them to move at their own pace. Contact us today to know how we are transforming the education segment with our innovative strategies.

Joyful Learning

Posted on By Edufiq Blog

Joyful learning, the game changer in modern education.Gone are the days when people used to think that online gaming is detrimental for children’s all-round development. Today, game-based learning has become a rage in children’s life.

What is game-based learning and gamification?

Posted on By edufiq

Even though both gamification and game-based learning promote engagement and sustained motivation in learning, these two are completely different concepts altogether. Gamification applies the concepts of the game in learning. For example, a timed quiz is an excellent example of gamification. On the other hand, game-based learning deals with using games to teach a particular subject. Minecraft is the finest example of game-based learning. Here students can learn AI coding while playing the Minecraft game. Many interactive learning games for kids are now used to teach different subjects.

How does game based learning and gamification help in learning?

Today when the competition is tough, many may not be interested in learning a new subject, because it would mean adding another subject to their curriculum. So, how can a subject like AI be taught so that it not only keeps students engaged but also arouses their creativity and should enhance their cognitive skills? Game-based learning and gamification hold the key.

Game-based learning has many advantages

  1. Some of the benefits of game-based learning are that it promotes creativity, arouses curiosity, keeps the children engaged, and helps in the development of various cognitive skills such as critical thinking, decision making, problem-solving, and many more.
  2. As the games are based on day-to-day activities the child not only learns life skills but also becomes focussed.
  3. We all know that games are addictive and to level up children try again and again. This skill of using different methods to resolve an issue or to reach a particular mark boosts the problem-solving skills in children.
  4. Even if a child fails in his first attempt, he/she knows that he/she would get a few more attempts to win the round. Failure in games motivate the child to try again.

Game-based learning platform

Edufiq is an online game-based learning platform that helps children to learn AI using the game Minecraft. Our courseware is specifically designed by educators who are AI experts. The curriculum is designed for students of grades 5th to 10th. Edufiq helps children learn AI in a fun-filled and engaging way.

Interactive learning games for kids

The current pandemic has Online learning has almost become a daily routine for today’s kids. Interactive learning games for kids have changed the way of learning we used to enjoy earlier. Game-based learning is one of35the few contemporary techniques for Artificial Intelligence learning. You can now enjoy a fascinating experience learning different fundamentals of game-based learning.