AI-Generated Audios
Play has always been at the heart of how we learn as humans. Decades of research in education and cognitive science have shown that play is not merely a recreational activity, but it’s a fundamental mechanism for learning, problem-solving, and creativity. Psychologist Jean Piaget (1962) described play as essential for children’s cognitive development, allowing them to assimilate and accommodate new experiences through active exploration. Similarly, Lev Vygotsky (1978) emphasized that play creates a “zone of proximal development,” where learners experiment, collaborate, and internalize new skills in meaningful social contexts. More recent studies have reinforced these ideas, showing that playful learning promotes deeper understanding, motivation, and retention across age groups (Zosh et al., 2018).
Long before I became an instructional designer or an EdTech consultant, I was fascinated by how games (both simple and complex) can ignite curiosity, strengthen relationships, and make learning feel effortless. Looking back, I realize that play has shaped every stage of my journey as an educator, from my early days in the classroom to the AI-powered projects we now create here at EnablingLearning.com
Lessons from My Grandfather
My love for games began long before I ever stood in front of a class. As I shared in The Magic and Beauty of Board Games, some of my most formative learning experiences happened around my grandfather’s dining table. We spent hours playing strategy and logic games like Mastermind, not just for fun, but as mental exercises that sharpened observation, reasoning, and vocabulary. Those moments taught me that play isn’t just entertainment, it’s how we make sense of the world. Through every riddle, trivia match, and round of Scrabble, I learned that learning happens best when it’s joyful and social. That early spark became the foundation for how I’ve approached education ever since.
Transforming Homework Into Meaningful Learning with “Homeplay”
When I became a teacher, I wanted my students to experience that same joy of discovery. But traditional homework rarely inspired curiosity. That realization led me to implement the Homeplay concept, a playful alternative to homework designed to make learning meaningful, collaborative, and fun, which I discussed in my blog post, “Homework vs. Homeplay: Playful Learning Beyond the Classroom.” Instead of worksheets, students created models, stories, or videos related to our weekly lessons. Families became partners in learning, turning kitchen tables into laboratories, art studios, and storytelling spaces. Over time, I began integrating technology into these activities (using simple tools like iMovie, GarageBand, and later, AR and AI apps) to help students express what they learned in creative ways.
One memorable Homeplay project during my time as a classroom teacher was a superhero video series where each group of students represented a type of energy (sound, electricity, wind) and we used simple video editing to showcase their “superpowers.” Years later, one of my former students, Carlos, told me he still had the DVD and enjoyed rewatching the video, in which he demonstrated his superpower of electricity, and we added special visual effects, sounds, and music to make it look, in his own words, “Super Cool”. That just confirmed something powerful: playful learning doesn’t just teach content, but it creates lasting memories.
Play, Language, and Family Learning
Play has continued to shape how I learn and teach, not just professionally, but also as a parent. At home, I still play board games with my kids, but now we also explore digital worlds together. In my blog post Language Development Through Video Games, I reflected on how gaming has become a family learning experience. Games like Minecraft, Spider-Man: Miles Morales, and The Legend of Zelda: Tears of the Kingdom spark conversations about science, history, and storytelling. By switching the console’s language to Spanish, I transform game time into an immersive bilingual experience. My kids not only practice vocabulary, but they also connect language to context, emotion, and action.
These gaming moments mirror the same principles that scholars like James Paul Gee have described: video games create situated meaning, where learners build understanding through experience, challenge, and feedback (Gee, 2003). Whether it’s a fifth grader exploring energy forms or a child mastering Spanish through gameplay, the power of play remains the same. And it also helps us turn abstract ideas into lived experiences.
Playful Learning Through Coding and Creativity
Since I was a kid, I’ve loved experimenting with code, writing short programs that allowed me to create something from nothing. Coding quickly became a creative outlet for me, a way to express ideas, explore technology, and build tools that could make learning both engaging and meaningful. I’ve always been fascinated by the logic of coding, the opportunities for problem-solving by design, and the challenge of making something work (something I have also discussed in a previous post). That same sense of discovery I once felt as a young learner continues to inspire the projects I create today.
Over the years, this passion for creativity and logic has shaped the way I design educational experiences. Whether through technology, coding, or multimedia production, I’ve always sought to blend game mechanics with science education, language learning, and, most recently, teacher preparation in the online courses we offer.
From Static Games to AI-Powered Learning Experiences
Interestingly, when we recently reviewed analytics from our website and online courses, a clear pattern emerged: the activities users visit most and return to most often are playful. One of the best examples is the free interactive game featured in the blog post La acentuación: Su importancia y reglas. This simple game, created with just a few lines of code, invites users to practice placing the correct orthographic accents in Spanish. What began as a demonstration of how we could teach grammar through play has now been played thousands of times by users around the world.
The success of this small project reaffirmed what we’ve observed across our courses: learners are drawn to experiences that transform traditional or even tedious topics (like accent rules or grammar drills) into playful, scenario-based activities that feel meaningful. These experiences allow users to test themselves freely, without the anxiety of being judged by a human evaluator. They receive immediate feedback, learn through repetition, and develop confidence as they apply concepts in authentic contexts. This approach is especially powerful in language development and in cultivating the competencies educators need to thrive in real classroom situations.
Inspired by this, we’ve been working to expand these activities even further. We’re excited to share a new, updated version of our Spanish accentuation game, which you can try below. This version builds on the simplicity and effectiveness of the original while setting the stage for upcoming innovations.
As part of our ongoing effort to make learning more interactive and adaptive, we’re enhancing many of our earlier activities (those that once offered only a few fixed choices) by integrating AI into their design. We’re also creating new games that use AI not just for feedback, but as part of the gameplay itself.
This next generation of AI-powered experiences will:
- Generate unlimited challenges, ensuring that no two rounds are ever the same.
- Provide personalized feedback that helps learners identify strengths and target areas for improvement.
- Combine play, creativity, and scenario-based learning in dynamic, language-rich environments.
These AI-driven games and scenario-based learning activities are gradually being rolled out across our online courses over the coming weeks and months. They represent the next step in our mission to use coding, creativity, and artificial intelligence to bring the joy of play into professional learning. For now, we invite you to experience the updated version of our Spanish accentuation game below. If you’re already part of our courses, keep an eye out; new AI-powered activities are on their way, designed to make learning as engaging and endless as play itself. You will be notified of each new activity via email.
Play, AI, and the Human Touch
From my grandfather’s board games to today’s AI-driven simulations, play has been the thread connecting my past and present as an educator. It has shaped how I view learning—not as a process of memorization, but as an act of exploration, creativity, collaboration, and joy. Collaboration, in particular, has been essential to every stage of this journey. I’m proud to work alongside Dr. Uvaldina Janecek, Viviana Hall, Rob Mesquita, and many other talented experts whose insights and support continue to strengthen and expand the work we do here at Enabling Learning.
Game-based learning is more than a strategy or a buzzword; it’s a philosophy that reminds us that curiosity and challenge drive growth. Whether through coding, storytelling, or solving a digital puzzle, play invites us all—teachers, students, and families—to learn with wonder.
At Enabling Learning, we recognize the profound changes that emerging technologies—especially generative AI—are bringing to classrooms and the future of learning. As educators and designers, we see it as part of our mission to actively participate in this transformation, ensuring that innovation serves meaningful, human-centered goals. By combining technology, creativity, collaboration, and our years of experience in teaching and online facilitation, we continue to develop the next generation of playful, purposeful learning experiences for adult learners.
References:
Gee, J. P. (2003). What video games have to teach us about learning and literacy. Computers in Entertainment, 1(1). https://doi.org/10.1145/950566.950595
Piaget, J. (1962). Play, dreams, and imitation in childhood. W. W. Norton & Company.
Vygotsky, L. S. (1978). Mind in society: The development of higher psychological processes. Harvard University Press.
Zosh, J. M., Hopkins, E. J., Jensen, H., Liu, C., Neale, D., Hirsh-Pasek, K., Solis, S. L., & Whitebread, D. (2018). Learning through play: A review of the evidence. The LEGO Foundation. https://www.legofoundation.com
