The education system is a relatively new concept in human history, having emerged during the Industrial Revolution. Despite significant technological progress, the way we transfer knowledge has remained unchanged. We still use words, pictures, and other forms of communication to convey information. We need to keep in mind that the human brain has not evolved since we became Homo Sapiens Sapiens. However, the stimuli we receive have changed significantly over time.
The idea of young learners' brains as tabula rasa was present in primary or elementary education leading to a teacher-centered classroom. Teachers held the truth while students absorbed knowledge through copying, repeating, and memorizing facts. Students were not encouraged to challenge ideas or question the information.
After the end of World War II, there was an increase in the influence of epistemology and psychology theories in the field of education. Countries began to reassess their educational systems as a way to prevent future wars or achieve economic and sociopolitical goals. However, it wasn't until the 1990s that the most significant education reforms happened globally with the emergence of the Internet and the World Wide Web. The widespread availability of information on the Internet meant that teachers were no longer the only beholders of knowledge.
New skills were required from the workforce, competing with technology. Knowing facts was not enough.
Content-focused learning is an approach that emphasizes delivering information through various methods, such as visual aids and written language. In today's context, however, this educational approach may not be sufficient for many.
It is crucial to adopt a comprehensive approach to education that focuses on the development of neurological pathways in children. However, many households and schools regardless of their socio-economic status, often encounter limited opportunities to support this development. This is often due to insufficient engagement in off-screen playtime and outdoor activities.
Young learners require face-to-face social interactions and physical and mental challenges to learn through experience rather than being shown shadows of reality.
It doesn't mean that content-based learning is not relevant in today's world. We do need to build knowledge based on information, but language is not only written or spoken, and facts can be uncovered by experimenting.
What is the connection between play and learning? How does climbing trees relate to the brain's ability to process information and write? These are common questions that come up in discussions about the significance of developing both gross and fine motor skills in young children for their educational growth.
The brain is a highly intricate organ that is connected through a network of neurological pathways. These pathways become stronger or weaker based on the circumstances we find ourselves in and the experiences we encounter. As adaptable beings, our brains continue to evolve beyond birth. We don't just imitate behaviors as social beings, but we learn through experiences in our environment. Our brains not only increase in size after we are born until age seven, but the internal connections become stronger as the pathways are used more frequently. These pathways will continue to strengthen or weaken, depending on the opportunities we have to practice our abilities.
Education is undergoing a shift towards the development of soft skills, which enable individuals to access content and apply their knowledge in real-life situations. We have come to understand that the human brain requires movement, social interactions, and continuous opportunities to deepen our understanding of the world. By understanding how our brains work and learn, we can enhance our ability to learn and apply knowledge in practical, real-world contexts.
Educators should engage learners in active, challenging experiences to promote student-based learning instead of traditional, passive teaching methods.
The perspective of teachers being facilitators of learning experiences transforms the classroom setup by utilizing the learning space as a tool to explore the unknown. By engaging in activities such as building, participating, cooperating, creating, and explaining, learners are required to activate different areas of their brain, which challenges them to strengthen their neurological pathways.
To effectively prepare students for the demands of the technological age, it is crucial to encourage active thinking, questioning, and collaboration while utilizing all available resources to develop innovative solutions. It is an undeniable truth that the importance of human presence in the workforce will diminish as more automation is introduced. By prioritizing the development of skills and understanding through education, we are equipping learners with the adaptive tools necessary to succeed in an uncertain future.
Sources:
Britannica. (2024). Education after World War II. In Britannica. Retrieved from https://www.britannica.com/topic/education/Education-after-World-War-II
Schreurs, J., & Dumbraveanu, R. (2014). A Shift from Teacher Centered to Learner Centered Approach. International Journal of Education Policy, 4(3). http://dx.doi.org/10.3991/ijep.v4i3.3395
Zadina, J. (2014). Multiple Pathways to the Student Brain: Energizing and Enhancing Instruction.