Source: University of Colombo, Early Childhood Development Centre (ECDC). Retrieved from University of Colombo ECDC webpage. I) WHAT IS EARLY CHILDHOOD EDUCATION (ECE)? Early childhood education (ECE) refers to the formal and informal educational programs and activities designed for childrenRead more
Source: University of Colombo, Early Childhood Development Centre (ECDC). Retrieved from University of Colombo ECDC webpage.
I) WHAT IS EARLY CHILDHOOD EDUCATION (ECE)?
Early childhood education (ECE) refers to the formal and informal educational programs and activities designed for children from birth to the age of eight. This period is considered critical for cognitive, social, emotional, and physical development. ECE encompasses a variety of settings, including preschools, kindergartens, nursery schools, and child care centres, and focuses on fostering foundational skills and knowledge that will support children throughout their educational journeys and beyond.
II) WHAT IS THE ROLE/IMPORTANCE OF EARLY CHILDHOOD EDUCATION (ECE) IN A CHILD’S OVERALL DEVELOPMENT?
According to our National Education Policy (or our NEP) 2020, ECE is essential for the development of cognitive, social, and emotional skills. This period is critical as 85% of a child’s cumulative brain development occurs before the age of six. Thus, ECE programs help in the holistic development of children, addressing their physical, emotional, social, and cognitive needs.
Pragmatic educational theorist, John Dewey, in his book ‘Experience and Education’, emphasised the importance of early education in fostering critical thinking and problem-solving skills. Dewey advocated for experiential learning, where children learn through doing and reflecting, thereby developing a love for learning that persists throughout their lives. Scholars and educationalists such as Rabindranath Tagore and Jiddu Krishnamurthi too, highlighted the significance of nurturing a child’s creativity and individuality. Tagore believed in an education system that is in harmony with the natural environment, which helps in the emotional and social development of children. Similarly, Krishnamurthi emphasised the importance of understanding and self-awareness in education.
III) HOW CAN WE ENSURE EQUITABLE ACCESS TO HIGH-QUALITY EARLY LEARNING EXPERIENCES FOR ALL CHILDREN?
Mahatma Gandhi’s philosophy of education, Nai Talim (or Basic Education), advocated for an education system that is inclusive and accessible to all, irrespective of socio-economic backgrounds. To achieve this, there must be concerted efforts to provide resources and support to marginalised communities, ensuring that every child has access to quality early childhood education. In accordance with such ideas, the Right to Education (or the RTE) Act 2009 in India mandates free and compulsory education for children aged 6 to 14 years (RTE Act 2009, Section 3). Extending this provision to ECE, as recommended by NEP 2020, can help ensure that all children have access to high-quality early learning experiences. NEP 2020 gives much importance to Foundational Literacy and Numeracy (FLN) as well, which is the ability to read and comprehend basic text and perform simple mathematical operations. Ensuring that children acquire these foundational skills by grade 3 is critical for their continued educational success.
IV) WHAT ALL CAN HELP?
Engaging parents and communities in the educational process is vital. Programs that educate parents about the importance of ECE and involve them in their children’s learning can significantly enhance the effectiveness of early education initiatives. Apart from that, encouraging collaboration between government bodies and private institutions can help in expanding the reach of ECE programs, especially in underserved areas. Investing in the training and continuous professional development of early childhood educators is equally essential. Well-trained teachers can provide high-quality education and care, fostering a conducive learning environment for young children, as also been highlighted by Maria Montessori in her book, ‘The Absorbent Mind’. Lastly, implementing robust monitoring and assessment frameworks can help in tracking the progress and effectiveness of plenty of ECE programs. This data can be used to make informed decisions and improvements in the curriculum and teaching methodologies.
See less
As much as there are many new trends which are expected to transform the renewable energy industry, the industry is set to exert a tremendously affect on the future trends in sustainability. Some of the noted are mentioned below. Green Hydrogen -Production: The usage of solar, wind and other underutRead more
As much as there are many new trends which are expected to transform the renewable energy industry, the industry is set to exert a tremendously affect on the future trends in sustainability.
Some of the noted are mentioned below.
Green Hydrogen
-Production: The usage of solar, wind and other underutilized power sources to generate renewable power and Water as a source of power can be divided into the electrolysis process that splits water into hydrogen and oxygen allowing a clean generation process.
-Applications: Application of green hydrogen will comprise transport through use in fuel cell vehicles, industrial through replacement of fossil fuels in the production process and energy storage.
-Energy Storage Developments:
Long-duration Storage: It will therefore be very important that such technologies like flow batteries, compressed air energy storage, and pumped hydro storage, play very crucial role in addressing the intermittency of the source such as solar and wind.
High-technology batteries are represented by advanced batteries technologies. Academic work has not slowed down on solid state batteries, lithium sulfur and other next generation battery chemistries which hold the dream of better energy density, longer life and reduced costs all of which may help them integrated to the grid.
Ocean Energy: Tidal/Wave: Another area that will be of value will be the use of tides or waves.
-Ocean Thermal Energy Conversion (OTEC): This technology harnesses the heat that is produced when the ocean’s surfaces are warmer than the deeper parts then utilizing this heat to generate electricity.
Decentralized Renewable Energy:
Microgrids: These local grids can be both isolated and connected to the main grid; this arrangement enhances the strength of the main grid and enables a much higher integration of distributed renewable resources.
See less-Community Solar: This enables several consumers to enjoy the benefits of a single solar installation, thereby making solar well within reach of consumers who are unable to install individual systems.