Introducing STEM in Early Childhood Education

Introducing STEM in early childhood education is crucial as it builds science, technology exposure and mathematical skills in children which are vital to enhance cognitive abilities and spark natural curiosity in a child. While it helps students think critically and develop problem solving skills it provides the hands-on exposure for children to learn through multi-sensory experiences.

Neuroscientist, early years pedagogist and researchers broadly agree that the period from birth to 6 years represents once of the most significant windows of cognitive development in human life, during these years children develop the foundational concepts of spatial awareness, casual understanding and orientation towards self. Research shows that STEM activities encourage children to interact and collaborate which polishes their socio-economic skills and lays a strong foundation of science learning and the world around us for later stages. STEM introduced in early stages of life gives identity to the child that “I CAN” figure things out and once it is formed it is remarkably durable.

STEM in early years is not primarily about complete technology dependance, it is about noticing and engaging in your surroundings and for this the resource rich provisions and everyday intentions and integrations are the key to successful implementation. It is not limited to gadgets, everyday items like hammers, wheels and magnets are all part of STEM play.

Integrating STEM into everyday classroom experiences and areas of learning

Observing the patterns of the tiles and linking it with mathematics

Engineering a tall tower with loose parts and Magnetic tiles

Making a small pulley with paper balls and rubber bands and introducing the basic concepts of force

Water wall with pipes and funnels and measuring cups

Science experiments such as frizzy volcanoes, sink and float

Role play kitchen with measuring spoons introducing the number and quantity skills

Lego structures for building a moveable car

For foundation stage child a simple coding and programming kit using the train tracks and stations and red/green light start stop kits

Literacy based STEM challenges can be from our most cherished stories such as building a strong chair for Goldilocks and a long tall bridge for gingerbread man

An easy candle wax and water paint craft is a fun way for expressive arts and design activity

For all of the above play is the primary element and children learns the most when they are intrinsically motivated, engaged and are free to lead their learning with appropriate adult guidance and support which are the guiding concepts of early years curriculum and journey.

The concept of introducing AI in early years follows the same logic. Early years education plays a major role in shaping a child’s interaction with voice assistance and algorithm-based toys, it matters enormously whether these interactions are passive or active. These should be introduced to enhance the play not to replace it! Our children will be growing up with such medium and making them future ready by Introducing such concepts in early years needs clarity and careful balanced approach. It should be introduced as a subject of enquiry and research, tasks and tools to aid the natural learning and by all means not replacing it. For example, introducing concepts of space and science, plants and solar system with hand on activities and AI presentation is a great integration. AI can never replace the human interaction, the emotional connection that children require during their early stages of life, perhaps the most interesting support could be for educators to free up the load of paper work and documentation and make more time for being present in the moment with children ensuing it child led and not Tech led experiences.

Ultimately, the aim of early STEM education is not to produce tech savy children but raise curious, intelligent, compassionate collaborative human beings who are neither afraid of technology nor completely dependent on it to progress and a well-balanced approach in Early years can honor both. When play remains at the heart of learning, and technology is guided by intention, we truly prepare children not just for the future — but to shape it

By Sana Bilal