Introducing calculus at an early age, using the principles of motor science, fosters metacognitive skills and deepens cognitive development. This approach is integrated into the Taxshila Model of learnography, which enables students to learn calculus concepts like derivatives and integrals as early as age 10 . This is setting the stage for problem-solving, critical thinking and real-world applications in science and mathematics. Basic Calculus Learning: Developing Intuitive and Metacognitive Skills This content outlines the revolutionary Taxshila Model that introduces students as young as 10 years old to the fundamentals of calculus, preparing them for real-world problem-solving and lifelong learning . Discover how physical activity and motor science aid in learning science topics, and abstract mathematical concepts like derivatives and integrals. Highlights: Mathematics: The Root of All Subjects The Relationship Between Calculus and Cognitive Development Starting Calculus at an Early ...

For the generations in school dynamics, classrooms have been synonymous with passive listening . Students diligently take notes, absorbing information delivered through lectures, presentations and textbooks. While this approach has served its purpose, a growing disconnect exists between traditional pedagogy and the demands of the 21st century. Enter learnography , a student-centered model emerging as a potential game-changer, promising to rewrite the script of education on knowledge transfer and active learning. Learnography Rewrites Education Limitations of Education System While traditional methods have nurtured many academicians and successful individuals, their limitations are becoming increasingly apparent: Period Teaching System School Time Spent as Listening Hours Home Learning Emphasized for Tests Preparation Rote Memorization as Learning Outcomes Standardized Learning Evaluation Problems in Knowledge Transfer Limited Real-world Application High class teaching is provided in ...

Learnography, as a brainpage paradigm, places a strong emphasis on motorized learning. Unlike the passive absorption of learning from teaching and listening, learnography engages students in active participation through book to brain motor knowledge transfer, hands-on experiences, experiments and practical applications. Passive Learning in Traditional Education Setups Taxshila Model recognizes that learning is not confined to the passive listening to period teaching but extends into the realm of doing motor tasks. By incorporating this dynamic approach, learnography taps into the innate abilities of students to learn by doing, fostering a deeper understanding and retention of definitions, modules and concepts. Traditional period teaching education often relies on a model of passive absorption , where students are expected to soak up information through lectures, motivation and inspiration. While this approach has its place, it can leave many students disengaged and struggling to truly ...

The traditional teaching model of 40-minute periods presents a paradox, which is dedicated to individual subjects delivered through lectures and rote memorization. While aiming for focused learning, it often leads to the opposite: student mental exhaustion and superficial assimilation of information. Period Teaching System in Education Tired after school? Beyond exhausted faces, the hidden cost of traditional teaching! This article delves into the hidden costs of period teaching, exploring why our classrooms might be leaving students intellectually depleted and ill-equipped for the real challenges of learning. Walk into any school after a typical school day. What you will see is not just the bustle of departing students, but a collection of exhausted faces . Faces drained from the hours of passive listening, faces etched with the fatigue of relentless information absorption. This, however, is only the surface layer of a deeper and hidden cost of the ubiquitous " period teaching ...

Reflection is a valuable tool for learning and development. By taking the time to reflect on your experiences, you can gain a deeper understanding of yourself and the world around you, and you can become a more effective learner. Learning and Understanding from Reflection Discover how reflective learning enhances understanding, critical thinking, problem-solving and the transferring mechanism of knowledge and information. Reflection is the process of thinking about and analyzing one's experiences in order to gain a deeper understanding of them. It is a critical skill for learning, as it helps learners to make sense of what they have learned, identify their strengths and weaknesses, and apply their knowledge to new situations. Ownership of Knowledge Transfer In the process of knowledge transfer, reflection empowers pre-training learners to take the ownership of their learning journey. By actively engaging with their experiences, they become more proactive in seeking knowledge, setti...

Silent Knowledge Transfer: In the intricate landscape of human cognition, the mind engages in a constant and often imperceptible activity known as monologue processing or inner conversations. This internal dialogue is a silent stream of thoughts and reflections called silent learnography. It has been recognized as a powerful cognitive tool that not only shapes our understanding of the world but also significantly enhances the process of knowledge transfer. Think-Aloud and Monologue Processing Explore how integrating think-aloud techniques with monologue processing provides insights into cognitive processes and fosters effective knowledge transfer. Monologue processing and think-aloud techniques are intertwined cognitive processes. In silent learnography, these cognitive processes illuminate the intricate workings of human thought. Monologue processing, often referred to as inner speech or self-talk, encapsulates the silent dialogue we engage in within our minds. Monologue Processing: A...

Metacognition enhances self-awareness, self-regulation and self-assessment, enabling students to monitor their progress and adjust their learning strategies accordingly. Through metacognitive practices such as setting goals, reflecting on strengths and weaknesses, and seeking feedback, students become active learners who can optimize knowledge transfer and enhance their overall learning experience. Metacognition Metacognition plays a crucial role in enhancing learning outcomes and facilitating effective knowledge transfer in system learnography. It refers to cognitive processes that involve thinking about one's own thinking. The awareness and understanding of one's own mental processes are understood by metacognitive practices. It involves reflecting on and monitoring one's own thoughts, knowledge, strategies and experiences in order to regulate and improve learning and tasks-solving activities. To illustrate the concept of metacognition, here are a few examples: Planning a...