In addition, many video games can be used as applied learning tools, they can help explain subjects like math, science, or even languages through interactive challenges and real-time feedback. Team-based games also promote communication and teamwork, which are essential skills in both school and professional life.

Overall, video games make learning more dynamic, engaging, and practical. They turn education into an active experience rather than something passive, which helps students stay motivated and think creatively.

In addition, video games increase motivation because students feel more engaged and active in the learning process. They also support different learning styles, since some students learn better through visual and interactive activities rather than traditional methods.

However, teachers must choose appropriate games and control the time students spend playing, so that the experience remains educational and balanced. When used properly, video games can transform learning into something more dynamic, meaningful, and enjoyable.

Video games can also simulate real-life situations, such as science experiments, historical events, or teamwork challenges. This helps students apply what they learn in a practical way. In addition, educational games can be adapted to different learning speeds, allowing each student to progress at their own rhythm. For these reasons, I think video games should be included more often in learning environments, as long as they are used responsibly and with a clear educational purpose.

Many games also simulate real-life situations, such as science activities, historical events or teamwork challenges. These experiences make learning more meaningful because students can see how things works in context. Videogames also adapt to different learning speeds, which helps each student progress at their own rhythm.

For those reasons, i believe videogames should be used more in educattion, as long as they are applied with clear objectives and in a responsible way.

Justification:
I have played approximately 10,000 matches of PES, and through this experience, I have learned much more than simply how to win a game. Playing at that level requires strategic thinking, pattern recognition, fast decision-making, and continuous improvement, which are all essential skills for real-life learning.

Video games like PES improve concentration, because players must stay focused for long periods while analyzing both their own movements and those of the opponent. They also strengthen predictive thinking, since you constantly have to anticipate the rival’s next action—just as in academic or professional environments, where you must anticipate problems and plan solutions.

Another important aspect is the principle of “practice makes perfect.” In PES, the more matches you play, the better your performance becomes. This is a practical demonstration of the learning theory based on repetition, feedback, and gradual skill acquisition. This concept can be applied to any field: programming, mathematics, sports, or languages.

Additionally, video games contribute to the development of emotional skills, such as managing frustration, maintaining discipline, and staying motivated over long periods of time. These soft skills are fundamental in modern education, especially for students who constantly face challenges.

For all these reasons, I believe video games can be highly effective educational tools, as long as they are used with a clear purpose and balanced with other activities.

For example:

• Critical thinking and problem-solving: many games require players to analyze situations and make quick decisions, which strengthens reasoning skills.

• Teamwork and communication: collaborative games teach students how to coordinate with others, an essential skill in academic and professional life.

• Motivation and concentration: because they are dynamic and engaging, video games keep students focused for longer periods compared to traditional classes.

• Practical application of knowledge: some games simulate scientific experiments, historical events, or math challenges, allowing students to learn by doing.

For these reasons, I believe video games should not replace traditional methods, but they can complement them. When used responsibly, they can make learning more meaningful and enjoyable.

Thanks to them, students can

Understand basic principles of physics and aerodynamics, develop spatial orientation and motor coordination skills, practice decision-making in risk situations, such as turbulence or difficult landings.

This type of video game turns learning into an immersive experience, where the student not only receives information but also applies it in a safe and controlled environment.

Second, video games can increase motivation and engagement. Students often feel more interested when learning activities are interactive and enjoyable. Educational games can transform difficult topics such as math, science, or language learning into fun and meaningful experiences.

Finally, video games can promote collaboration. Many online or multiplayer games encourage teamwork and communication, skills that are essential for academic and professional success.

However, it is important to use video games in a balanced way. Teachers need to choose games that truly support learning outcomes and avoid excessive screen time. When used responsibly, video games can become an innovative and effective educational resource.

Además, los videojuegos educativos pueden simular situaciones reales que serían difíciles de experimentar en el aula tradicional. Por ejemplo, juegos de estrategia ayudan a planificar, juegos de simulación permiten experimentar sin riesgo y juegos narrativos fortalecen la comprensión lectora. También fomentan la autonomía, ya que el estudiante toma decisiones constantes y ve las consecuencias de sus acciones.

Sin embargo, es importante que los videojuegos sean bien seleccionados para que realmente apoyen el aprendizaje, y que se usen con moderación para evitar distracciones o un uso excesivo. Si se integran de manera adecuada en las clases, pueden convertirse en una herramienta pedagógica muy poderosa.

In the field of Software Engineering, video games can offer even greater benefits, as some of them help strengthen programming-related skills. Minecraft, for instance—especially through Redstone or coding mods—encourages algorithmic thinking, automation, and logical structure design. Likewise, games such as Human Resource Machine, CodeCombat, and Robocode allow learners to practice essential concepts like loops, conditionals, and algorithm design within interactive and engaging environments.

Additionally, video games provide immediate feedback and challenge-based learning, which enhances motivation and fosters active participation. When thoughtfully selected, they can effectively complement traditional learning methods and contribute to the development of key competencies required in my training as a software engineer.