Reconfiguring Virtual Learning Environments as Ecosystems of Social Subjectivity

Imagine a classroom that exists only on a screen. For decades, these virtual learning spaces have been built like digital filing cabinets: you click a folder, watch a video, answer a quiz, and move to the next box. The design assumes that learning is a simple transfer of information, like pouring water from one cup to another. But a new line of thinking suggests this view misses the most important part of the human mind. It ignores the fact that learning is not just about facts; it is a messy, emotional, and deeply personal journey where our past experiences, our feelings, and our future hopes all mix together. This perspective, known as the theory of subjectivity, argues that we are not empty vessels waiting to be filled, but complex beings constantly reshaping who we are through our interactions with the world. When we ignore this inner life, we risk turning education into a cold, mechanical process that strips away the very thing that makes learning meaningful.

A researcher named Walfredo González Hernández is now asking what happens when we apply this human-centered view to the software we use every day. In a recent study, he argues that current online learning platforms are suffering from a kind of "structural amnesia." Every time a student clicks a button to finish a module, the system treats that moment as a completed transaction and then forgets the emotional and personal context of that learning. The software remembers that you got the right answer, but it does not remember how you felt while solving the problem, what you were worried about, or how this new knowledge connects to your life outside the screen. The researcher suggests that this design flaw is not just a minor inconvenience; it is a fundamental error in how we build these digital worlds. By treating the computer as a neutral tool, we have accidentally created environments that encourage students to simply obey instructions rather than think deeply or grow as people.

To understand how to fix this, the researcher looked at two powerful ideas. The first is complexity theory, which teaches us that systems like a classroom or a community are not simple machines with predictable parts. Instead, they are living, breathing networks where small changes can lead to big, unexpected results. The second is the theory of subjectivity, which says that our minds are shaped by our history, our culture, and our relationships. When you combine these ideas, the virtual classroom stops looking like a library and starts looking like a complex ecosystem. In this ecosystem, the buttons, timers, and grades on the screen act like invisible magnets. They pull students in certain directions. Currently, these magnets pull students toward compliance and data collection. The researcher proposes that we could redesign these magnets to pull students toward creativity, critical thinking, and personal growth.

The study does not offer a simple software patch or a new app. Instead, it offers a new way of thinking about the architecture of learning. The researcher suggests that if we want to save the soul of online education, we must stop trying to measure learning only by how many times a student logs in or how fast they finish a test. Instead, we need to design systems that respect the continuity of a person's life. He proposes five specific changes to how these digital spaces should be built. First, the system should keep a living record of a student's journey, not just their scores. It should remember their struggles and their breakthroughs over time, acting as a mirror that helps them see how they are changing. This is called the principle of traceability.

Second, the researcher argues that we must break down the walls between different subjects. In most online courses, math is separate from history, and history is separate from science. But in real life, these things are tangled together. The new design suggests connecting these subjects so that a student can see how a problem in one area relates to another. This is called configurational integration. Third, the system should encourage students to talk across different fields of knowledge, forcing them to confront ideas that contradict what they already believe. This friction is where real learning happens. Fourth, the virtual classroom should not be a sealed bubble. It should let in the messy, complicated realities of the real world, including community problems and ethical dilemmas, so that students can practice solving actual human issues. Finally, the system should help students manage their own life projects. Instead of just checking boxes, the software should help students connect what they are learning to their own dreams and future goals.

The researcher is careful to note that these ideas are not yet proven by large-scale experiments or hard data. The study is a theoretical proposal, a map drawn from existing ideas about how human minds work and how complex systems behave. It suggests that if we build our digital classrooms with these five principles in mind, we might see a shift. Students might stop being passive receivers of information and start becoming active creators of their own understanding. They might stop feeling like they are just completing tasks for a grade and start feeling like they are building a life. The researcher admits that this is a difficult path. Current technology is built for efficiency and control, not for the messy, unpredictable nature of human growth. There is a risk that as we try to measure these new, deeper forms of learning, we might accidentally turn them into just another set of numbers to track.

However, the core message is clear: the technology is not the problem, but the way we have designed it is. We have built digital spaces that ignore the emotional and historical depth of the people using them. By treating students as complex human beings rather than data points, we might be able to turn these sterile environments into places where real, transformative learning can happen. The study concludes that the future of education depends on our ability to design systems that do not just store information, but that help us remember who we are and who we are becoming. It is a call to stop building classrooms that forget us, and start building ones that help us grow.