We adore the endless stream of questions that little ones bring to us every day! From an early education standpoint, we want children to learn at every opportunity. Children are inquisitive beings, and they have lots to learn! At Little Scholars, we cherish this innate curiosity in children and strive to foster a lifelong passion for learning.
As parents and educators, we understand that some questions from our little ones can catch us off guard, leaving us searching for the right words to provide age-appropriate answers. We’re here to lend a helping hand, so let’s tackle a few of these tough questions together!
How are babies made/how did a baby get in a mummy’s belly?
Children at this age are curious about the beginning of life. You can answer simply, “A tiny seed, called sperm, from the daddy joins with a special egg from the mummy, and that’s how a baby starts to grow inside the mummy’s belly.” They may understand it like a fruit grows from a seed. For young children, this should satisfy the question. You may want to explain it’s not the same kind of egg we eat for breakfast!
What does dying mean?
The concept of death can be challenging for young children to grasp. We think it’s important to be honest here. You can say, “Dying means that a person’s body stops working, and they don’t feel pain anymore. They don’t breathe, eat, feel hungry or cold. It’s a natural part of life’s cycle, like when leaves fall from a tree in the autumn.” This is a topic that may be followed up with further questions, such as ‘will I die or will you die?’ and be honest. “Yes, we all die. But I hope to be around for a really long time. I have no serious illnesses that could change that.”
What happens to us when we die?
For toddlers and preschoolers, you can offer a comforting response like, “When someone dies, they become like a beautiful memory in our hearts. We remember all the happy times we shared with them, and they will always be a part of us.” If your family has cultural or religious beliefs around death, this may be the place to share, “in our family and our culture/religion, we believe when the body dies ______.” Your child may work through this further through their play, but just be there for them and prepared to revisit this topic.
How come Louis has two dads?
Children may notice different family structures. You can say, “Families come in all shapes and sizes. Louis is very lucky to have two dads who love and care for him just like your mummy and daddy love you.”
Why does Ashley’s mum live in a different house from her dad?
When answering a small child’s question about why a couple has divorced, we think a simple, honest, and age-appropriate response that takes their emotional well-being into consideration works best. Here’s one way to address the question: “Sometimes, mummies and daddies decide to live separately because they have found they feel happier when they have some space. It’s like when friends need some time apart.
If it’s your separation, your child will need a lot of reassurance from you. “Even though mummy and daddy won’t be living in the same house, we both still love you very much, and we will always be there for you. You will have special time with both of them, and we will continue to love and care for you in different homes.”
Young children may have a limited understanding of complex situations like divorce, so keeping the explanation simple and reassuring them of their parents’ love is crucial. Encourage them to share their feelings and questions, and assure them that it’s okay to talk about their emotions. Creating a supportive and open environment helps children navigate through changes and emotions in a healthy way.
What happened in the news that’s making everyone so sad?
Addressing sad news can be tricky. Open the discussion by asking your child what they know about what’s happened in the news. This is a good opportunity to correct false information and provide context. Remember to use age-appropriate language. Check your child’s understanding throughout the conversation and allow them to ask questions. You can say, “Sometimes, sad things happen in the world, and it can make people feel upset. It’s okay to feel sad or worried, and we can always talk about our feelings with someone we trust. You can always talk to me about anything.”
Why is the sky blue?
The secret behind the blue sky lies in something called “Rayleigh scattering”. It’s a fancy scientific term, but it’s a super interesting phenomenon that helps us understand why the sky is blue. When sunlight enters the Earth’s atmosphere, it interacts with tiny particles like dust, water vapour, and pollen. This mixing causes the sunlight to scatter, or spread out, in all directions. When light waves hit these particles, they bounce off and scatter in different directions, just like water droplets scatter after you throw a rock into a pond.
Now you might ask, “Why is the sky blue and not another colour?” That’s because blue light has a shorter wavelength than other colours of light, like red or yellow. Shorter wavelengths scatter more easily when they interact with the tiny particles in the atmosphere. So, when we look up at the sky, we see more blue light than other colours.
But guess what? The sky isn’t always blue! Sunrises and sunsets are not only beautiful but also full of science. The colours we see during these times depend on the angle of the sun and the distance its light travels through the atmosphere. The lower the sun is in the sky, the more atmosphere the light has to pass through. This causes shorter wavelengths, like blue and green, to scatter more, leaving the longer wavelengths, like red and orange, to dominate the sky. That’s why we see those breathtaking colours during sunrises and sunsets!
Clouds, pollution, and weather can also change the sky’s colour, making it look grey, white, hazy, or yellow.
Where do birds go at night?
Children might wonder where birds go when it gets dark. You can say, “Birds have special nests or cozy spots where they rest at night, just like we have our beds to sleep in.
How do plants grow?
Children might be fascinated by the growth of plants and flowers. You can say, “The plants have roots at the bottom that absorb water and minerals in the ground, and then the stem starts growing. With the help of the sunlight, the stem grows in branches. Green leaves start growing out of the branches. The five things plants need to grow are sunlight, water, minerals, and food..
Why do we have seasons?
Seasons happen because the Earth goes around the sun. The Earth travels around the sun, called an orbit, once a year or every 365 days. As the Earth orbits the sun, the amount of sunlight each location on the planet gets every day changes slightly. This change causes the seasons. When it’s closer to the sun, it’s warmer, and when it’s farther away, it’s cooler.
Where does rain come from?
Children may be curious about rain and weather. Sunlight heats up water on Earth’s surface. The heat causes the water to evaporate/dry up into the sky, or to turn into water vapor. This water vapor rises into the air and makes up clouds. As the water vapor cools, it turns back into water, in the form of droplets or rain drops.
How do airplanes fly?
Little ones might be fascinated by airplanes in the sky. “Airplanes have special wings that help lift them into the air. When they move forward, the air goes over and under the wings, which creates lift and allows the airplane to fly.”
If they have follow-up questions, we liked the answers from Britannica Kids.
Why do I have to go to bed early?
Children may question bedtime rules. You can say, “Going to bed early helps our bodies and minds rest and get ready for a new day of fun and learning.”
Why do I have to eat vegetables?
Answer with something like, “Vegetables have special nutrients that help our bodies grow strong and healthy. They are like superhero foods for our bodies! We need a variety of food that have different types of nutrients so our bodies can get everything they need to be the best they can be.
How come your body doesn’t look like mine?
We bet you thought the puberty question would come later! But nope, your child has noticed there’s a slight difference between their bodies and their parents’ bodies. We know this can feel awkward to answer, but your child doesn’t understand why it could be hard for their parents to explain, so use proper words and keep it simple.
It’s okay not to have all the answers, and it’s perfectly fine to keep explanations simple and age-appropriate. If you don’t have the answers, you can look it up together. By embracing your child’s questions and engaging in open conversations, you’re nurturing their curiosity and building a strong foundation for their learning journey. Be sure to let your lead educator know you’re having these conversations at home. Your child is likely not the only one wondering some of these questions, and your educators can find ways to help them understand life’s curiosities!
In today’s fast-paced world, science, technology, engineering, and mathematics (STEM) are the driving forces behind innovation and progress. To equip the next generation with the skills they need to thrive in this exciting landscape, we have to recognise the incredible impact of early childhood education. A recent study conducted by researchers at the University of California Irvine has revealed the transformative power of high-quality early childhood education and care (ECEC) in nurturing children’s STEM achievements throughout their educational journey.
The study’s findings are both exhilarating and promising. They show that children who have access to top-notch ECEC before starting school are more likely to excel in STEM subjects as they progress into high school. This underscores the vital role of investing in early education and providing children with the necessary tools and support to build a strong educational foundation.
The researchers identified two key factors that contribute to the success of early childhood education in fostering STEM abilities. Firstly, igniting children’s curiosity through cognitive stimulation has a profound impact on their problem-solving skills and overall STEM performance. Early childhood educators who create engaging learning environments and incorporate hands-on experiences play a pivotal role in nurturing children’s passion for STEM. Secondly, the study emphasised the crucial role of educator sensitivity and responsiveness. When educators demonstrate empathy, attentiveness, and genuine care for children’s needs, it not only supports their overall development but also significantly influences their STEM achievements. The emotional connection established during these early years lays the foundation for children’s social-emotional skills, which are closely intertwined with cognitive development.
Interestingly, the study also revealed that sensitive and responsive caregiving in early childhood has an even greater impact on STEM performance for children from low-income families compared to their peers from higher-income backgrounds. This finding highlights the importance of addressing equity in early education and ensuring that all children, regardless of their socioeconomic status, have equal access to high-quality early learning that fosters STEM engagement. Speaking of STEM, did you know that Little Scholars offers an exciting STEM program for our kindergarten children? In collaboration with our friends at Lab Kids, we provide an incredible educational STEM program that aligns with the Early Years Learning Framework and the Australian National Curriculum. From exploring motion and states of matter to learning about light, sound, and chemical reactions, our curious little scholars embark on an exciting journey of STEM discovery!
Finally, the University of California Irvine study reinforces the immense value of early childhood education in nurturing STEM success. By providing high-quality early learning that fosters curiosity, responsive caregiving, and an inclusive learning environment, we begin to realise the full potential of our Little Scholars. Book a tour at Little Scholars.
Babies are a mysterious bunch. For many months, their main forms of communication are cries, squeaks, gestures and coos. Parents fall madly in love with these little humans without knowing what they’re thinking and feeling, often just guessing at best.
How babies play, how and what they’re learning, and what they’re interested in can be a mystery to many. Many parents have seen their baby pull out every book off a shelf, for example, watch it fall, then grab another, while that parent scratches his or her head and says ‘why?’
Babies are a mysterious bunch. For many months, their main forms of communication are cries, squeaks, gestures and coos. Parents fall madly in love with these little humans without knowing what they’re thinking and feeling, often just guessing at best.
How babies play, how and what they’re learning, and what they’re interested in can be a mystery to many. Many parents have seen their baby pull out every book off a shelf, for example, watch it fall, then grab another, while that parent scratches his or her head and says ‘why?’
There’s an answer. It’s a schema. A schema is both a category of knowledge as well as the process of acquiring that knowledge. In play, babies are often involved in repeated actions or certain behaviours as they explore the world around them and try to find out how things work. Those repetitive actions, such as a baby pulling out book after book, allows a child to practice and construct meaning to something, until they’ve understood that schema. Then they find something else to focus on and lather, rinse, repeat!
As Yvette, educational lead from our Burleigh campus says, it’s children’s development making sense.
“All of those little things that you see children do that seem a bit cute, or frustrating even, like throwing, it’s a schema, a child’s pathway of development for making sense of the world,” Yvette says.
The repetitive action of a schema allows a child to practice and construct meaning until they have mastered the understanding of the schema. Being aware of play schemas helps in two ways:
There are a number of types of schemas when it comes to babies.
Trajectory schema – The trajectory schema is one of the earliest schemas observed in babies. They are fascinated with how they, and objects move. Children will often throw objects or food from their pram or highchair. They climb and jump in puddles and enjoy exploring running water.
Transporting schema – Little ones enjoy repeatedly moving resources around, from one place to another. They will carry many items at a time using their hands, pockets, containers,
baskets, bags, or anything else that will hold their newfound treasures.
Enclosing schema – Children show an interest in enclosed spaces. They may want to sit (and hide in) boxes or laundry baskets. Or they may show interest constructing fences and barricades to enclose toy animals or themselves.
Rotational schema – Children showing a rotational schema may display a preference for turning taps on and off, winding and unwinding string, and playing with
hoops. They may also be fascinated with the physical experience of twirling and twisting their body, spinning around on the spot, or rolling themselves down a hill. They have an interest in things that turn, such as wheels and windmills. They enjoy rolling tyres around, turning lids and watching the washing machine on a spin cycle.
Enveloping schema – Children with an enveloping schema are interested in covering and hiding items, including themselves. They will enjoy dressing up, and filling and emptying bags and containers with different objects.
Connecting schema – Children displaying the connecting schema want to join items together. They find resources like string to tie things. They connect and disconnect toys such as rail tracks.
They enjoy construction toys, and doing arts and crafts where they can glue and stick pieces together.
Orientation schema – Children like to turn objects and themselves around and upside down, to get a view from under the table or from the branch of a tree. They may bend over and look at the world backwards through their legs. They enjoy seeing things from a different view when exploring using cardboard tubes, binoculars or a magnifying glass.
By adapting this theory, we have been able to slow down and become more in tune to the children and noticing their behaviour patterns in play. It is now so important to us that we allow our babies and young children the time to explore the repetitive actions of schematic play.
-Jodie, lead educator
Jean Piaget was one of the first to use the term “schema” back in 1923. Piaget was an important child development theorist and his Theory of Cognitive Development was and still is read and followed today by early childhood specialists. He was one of the first who believed children think differently than adults and that they have an innate desire to learn and actively build up their knowledge about the world. They are not passive creatures waiting for someone to teach them.
Susan, our group pedagogical leader, is bringing her schema knowledge across our campuses to the lead educators in the nursery and toddler studios in 2023. Learn a bit more below about how we use schema theory, and how one educator has taken it on in her nursery.
Schematic Pedagogy
Through our collective curriculum, our educators are guided through a ‘schematic lens’, meaning they can plan for children’s thinking, not just activities. This has a strong link to our Collective Curriculum, our educational program for children.
The learning environment
Our educators apply teaching methodologies to design their play spaces and are intentional in the resources offered.
Observing and planning for children’s thinking
Through our collective curriculum, our educators observe the children through their play, to determine schemas explored through the children’s engagement to an activity or resource. Through observing patterns of learning, our trained educators can plan forward to scaffold their cognitive capabilities.
Partnering with children in play
Through ongoing mentoring and coaching, our educators are able use their knowledge of schemas and plan effectively. Our educators are encouraged to partner with children in their play and observe behaviours explored through schemas.
“Schemas are an intrinsic part of child development, knowledge to schemas provide our team of educators an opportunity to identify and encourage independence in children as they explore patterns of movement, often related to schemas,” Susan says. “Supporting assessing through a schematic lens, provides our educators with a framework which can be used to analyse children’s learning, supporting the planning process within our curriculum.”
You may be wondering if you have a baby or a small toddler in one of our campuses, how we use schemas to help their development. We talked to one of the educators at our Deception Bay campus about using schemas for educational programming. Deception Bay Little Scholars was recently rated as Exceeding the National Quality Standard (NQS) after it was assessed by the Department of Education. The NQS sets a high national benchmark for early childhood education and care in Australia. Jodie, lead educator in the nursery studio, says learning about schemas was a game-changer.
Both our younger babies and older babies really enjoy dropping objects or putting things in and out of containers (vertical trajectory). Using old formula tins and cutting an opening in the top with lids from jar foods a milk bottle lids, is a big favourite.
Our older babies are seen continuing with trajectory and begin to start exploring other forms of schematic play like, transporting, rotation, connecting and this can lead to a disconnecting schema where the child builds something that they can demolish or through [activities like] untying knots, as well as enclosing, positioning, enveloping and orientation, such as looking at things from different viewpoints like hanging upside down, looking through their legs, looking at things upside down. No wonder our little people are so busy and on the go all the time!
Thanks, Jodie!
Related:
Pedagogical Practices: Bringing new learning techniques to Little Scholars
We are excited to welcome Susan Cooper, our new group Pedagogical Leader for Little Scholars School of Early Learning.
Susan will support educators to guide and influence children’s love of learning by fostering family engagement, ensuring fidelity to Little Scholars curricular philosophy, using data to evaluate the effectiveness of the learning program, and ensure we are exceeding standards to optimise learning environments and prepare children for successful futures.
Through pedagogical leadership, Susan hopes to raise the benchmark to overall quality of teaching and recognises that providing children with strong foundations for ongoing learning and development is underpinned by a strong pedagogical practice.
Pedagogy is a form of teaching strategies in the practice of educating. It is the techniques, strategies and approach taken by educators to let learning and development to take place. Pedagogy refers to the interactive process between the teacher, the learner and the learning environment and provides reason to the design of learning spaces, materials, and resources on offer. Pedagogical Leadership supports educators in relating their pedagogy to content knowledge and educational theories.
Susan’s primary role will be to provide leadership to pedagogy and support educators in relating their pedagogy to content knowledge and educational theories. Susan will be working across the 13 Little Scholars Early Learning Campuses mentoring and coaching our educational leaders to implement curriculum delivery. Susan will inspire educators to employ new approaches to their teaching against up-to-date research, which will shape the quality of experiences and interactions across our campuses.
Susan has worked in the Early Childhood Sector for more than 16 years and has extensive knowledge in the field of Pedagogical Practices. Having worked in many fields within the Education sector, from operating a family day care, to being an educator within long day care sector as well as outside school hour care services, through to management and leadership.
“To take on this role is exciting as I can share my passion, influencing pedagogy approaches and practices and place emphasis on children’s play to promote continuous child development and quality outcomes for children,” she says.
Susan is passionate about advocating for children’s rights and is a firm believer of a child-centred approach and that the quality of interactions between adults and children play a fundamental role in stimulating early learning.
According to Jae Fraser, founder of Little Scholars School of Early Learning, pedagogical leadership is about leading or guiding pedagogical practice, supporting Little Scholars educators in their work with children and families, and translating the Little Scholars values and principles into practice.
“ Loose parts play ” is an architectural concept from the 1970’s currently enjoying a resurgence in popularity in the early years learning curriculum framework. This development is enjoying burgeoning popularity in childcare centres and kindergartens across Australia. Early educator are choosing to embrace ideas of empowerment, creativity and self-directed learning. We believe that children are never too young to engage their minds through play, and we love seeing little people imagining big ideas!
Loose parts play is effectively ‘junk drawer play’ but on a much larger scale. It involves all the bits and bobs and odds and ends of life that adults struggle to find multiple purposes for.Children, however, are the masters of imagination and creativity. With supervision and the slightest adult facilitation, they can turn what we would see as a pile of rubbish into a wonderland. Secret tunnels, magic portals, precious gemstones and buried treasure take their place alongside makeshift transportation, musical instruments and construction vehicles.No idea is wrong. No idea is too big or too small or out of place. Everything can shift and change and flow with the reversal of expectations and the removal of ‘rules’. It’s this very concept of a positive sense of self that links loose parts play directly to the Little Scholars philosophy of learning.
Loose parts play is a revolution for the burgeoning development of a child’s thinking processes. Our educators do not tell children ‘how’ to do things, only that they may do what they like. This means that sometimes materials are used in ways that adults would not have expected. This subversion of expectation creates a dynamic in which the children are in charge and they are permitted to let their imaginations run wild, forming a vital part of their early learning curriculum.
Learn more about Loose Parts Play by downloading this guide by the Australian Children’s Education and Care Quality Authority.
Our centres provide a wide variety of materials for loose play learning. We check every item for safety (no loose nails or splinters etc). From there, the learning is at the direction of the child. You might find the following items in a loose parts play environment. We encourage parents and carers to add anything they feel might be suitable for this wonderful explosion of delight and design.
Little Scholars are an innovative educational experience for children in their early years.
Contact us today to discuss your child’s enrolment. We give your child more than just supervision.
Our centres provide creative and intellectually stimulating activities for early learners of all ages. Give your child the very best during this important developmental stage.
At Little Scholars School of Early Learning, we’re dedicated to shaping bright futures and instilling a lifelong passion for learning. With our strategically located childcare centres in Brisbane and the Gold Coast, we provide tailored educational experiences designed to foster your child’s holistic development.
Let us hold your hand and help looking for a child care centre. Leave your details with us and we’ll be in contact to arrange a time for a ‘Campus Tour’ and we will answer any questions you might have!
