Teaching tips: Bilingual Children in your care

Over the years, I have come across a fair share of bilingual or even bilingual children in my care. I teach in Australia and this country is proud to have a diverse population. Here are few things that I observed and learned while working with multicultural families.

โ€œLearn a new language and you gain a new soul.โ€ (Czech proverb)

Bilingualism means speaking more than one language. To be precise, two languages. Children become bilingual for different reasons. Sometimes it happens by circumstance (for example, when parents move to another country). Sometimes it is practical (study, career, opportunities). Sometimes it is emotional (to communicate with family), and sometimes simply out of love for a language.

No matter why you choose to raise a bilingual child or support them in your educational setting, speaking more than one language will benefit them.


Two languages are better than one

Research continues to show the advantages of bilingualism. It is much more than just knowing two languages.

First, bilingual children are more open to other people and cultures. They tend to have a broader worldview compared to monolingual children.

Second, bilingual children develop strong metalinguistic awareness. They notice grammar patterns more easily and understand how language works. For many objects, they know two words. Switching between languages helps them see connections between sounds and letters, which often supports strong writing skills.

Third, bilingual children can switch their attention more easily. This helps them focus better and manage multiple tasks.

Fourth, bilingual children often show stronger divergent thinking. They can think of many different ways to use objects and solve problems creatively. As adults, bilingual people tend to have mental flexibility, and their brains are more resilient with age. History also shows that many well-known creative thinkers were bilingual.


โ€œCoca-Cola, please!โ€

I wanted my son to grow up bilingual from birth. We watched Muzzy in Gondoland, played educational games, and read books in English. I sang songs in English, Italian, and French, always naming the language so he could learn to recognise them.

However, his response to my English attempts at age four wasโ€ฆ memorable.

I remember him stamping his feet and asking me to stop speaking English. But everything changed on a Qantas flight. At five years old, he realised the flight attendants did not understand Russianโ€”and he really wanted juice and Coca-Cola.

He tried saying โ€œI want colaโ€ in Russian. The flight attendant smiled politely but did not understand. By the end of the long flight, he had learned to say clearly:
โ€œCoca-Cola, please!โ€

His second โ€œsurvival phraseโ€ was โ€œWhere is the toilet?โ€, which he learned at school.

By age ten, he was speaking English fluentlyโ€”better than I could imagine after many years of learning it myself.


How children learn a second language

My sonโ€™s journey follows a pattern described by Patton Tabors. Children typically go through four stages when learning a second language:

  1. Using their home language and noticing it does not work
  2. Silent period โ€“ listening, observing, absorbing language
  3. Formulaic phrases โ€“ โ€œMe tooโ€, โ€œWhatโ€™s your name?โ€, โ€œI wantโ€ฆโ€
  4. Productive stage โ€“ speaking freely and confidently

Every child moves through these stages at their own pace.


When to start

In early childhood, the brain forms connections quickly, so learning a second language is more effective.

There are different types of bilingualism:

  • Infant bilingualism โ€“ exposed to two languages from birth
  • Childhood bilingualism โ€“ ages 5 to 12
  • Adolescent bilingualism โ€“ ages 12 to 17

Learning two languages at once can be both easier and more challenging. Children absorb language naturally, but they still need support and meaningful interaction.

The ideal time is before 5โ€“7 years, when children already have a foundation in language, and their memory, attention, and fine motor skills are developing. At this age, children are more likely to speak both languages fluently and without an accent.


How much is enough?

Every family is different, so it is hard to define exact hours. Some research suggests around 25 hours per week of meaningful language exposure.

Language includes:

  • listening
  • speaking
  • reading
  • writing

All of these need attention.

Language is not something you โ€œfinishโ€. It is ongoingโ€”more like climbing or maintaining something over time. As parents and educators, our role is to:

  • choose a strategy
  • stay consistent
  • create a rich language environment

Strategies for raising bilingual children

Barbara Zurer Pearson describes three main approaches:

1. One parent โ€“ one language

Each parent consistently speaks their own language with the child.

2. Time and place

Different languages are used in different situations (for example, at school vs at home).

3. Home language

The family speaks one language at home, while the community uses another.

This is common in countries like Australia. For example, a family may speak Russian or French at home, while the child uses English at childcare or school.

The key is to maintain the home language, because the environment will naturally support English.


10 steps towards bilingualism

  1. Be consistent with your chosen approach
  2. Be patient and persistent
  3. Make learning enjoyable (books, films, games)
  4. Use a variety of resources (songs, stories, technology)
  5. Create opportunities for real communication
  6. Do not focus on mistakesโ€”focus on fluency and confidence
  7. Consider bilingual programs or language groups
  8. Connect language to culture
  9. Talk often and meaningfully with your child
  10. Give children time and space to respond and participate

What is your experience teaching or raising bilingual children? ‘Let’s discuss!

Unschooling is a new trend?

Yesterday, I overheard a conversation between a parent and an educator. The parent casually said, โ€œOh, weโ€™re doing a little bit of unschooling.โ€

I paused for a second because it was the first time I had heard that term. Naturally, I asked a few more questions.

UNSCHOOLING

It turns out that unschooling is an educational approach in which children learn through their own interests, curiosity, and everyday experiences rather than pursuing a fixed curriculum or formal lessons. Instead of adults deciding exactly what and when children should learn, the childโ€™s interests help guide the learning process.

For example, a child interested in cooking might naturally explore maths through measuring ingredients. They can develop literacy through reading recipes. They may also learn science through experimenting with food.

I found the conversation really interesting because the idea of self-directed learning is becoming more visible in conversations about education and childhood.

RESEARCH

Wheatley (2009) describes unschooling as a child-led approach to education. Learning develops naturally through childrenโ€™s interests, play, and curiosity. It is also nurtured by everyday experiences instead of a formal curriculum. This approach avoids tests or teacher-directed instruction. The article argues that children are naturally motivated to learn when their emotional and developmental needs are met. Wheatley draws on theories of intrinsic motivation and self-determination. He suggests that traditional schooling can undermine childrenโ€™s love of learning. This happens when schools rely too heavily on control, standardisation, and external rewards.

The article highlights several perceived benefits of unschooling. These benefits include greater individualisation of learning. There are more opportunities for creativity and initiative. The approach allows flexible use of time. It also offers stronger support for the “whole child,” including social, emotional, and physical wellbeing. Wheatley also argues that unschooling encourages democratic participation. Children are involved in making decisions about their learning and daily activities.

What he talks about in his article is the contrast between unschooling and what the author describes as โ€œfactory-styleโ€ schooling. Wheatley critiques standardised testing. He critiques accelerated curriculum. He also critiques limited play opportunities and rigid schedules. Wheatley suggests that these practices can negatively affect motivation and healthy development. Instead, the article presents unschooling as an alternative model that values autonomy, curiosity, meaningful learning, and intrinsic motivation.

This is not new. There has been a lot of criticism of one size fits all model. E.g. by Ken Robinson or Ilyich.

Although the article strongly advocates for unschooling, it is largely theoretical and reflective in nature rather than empirical research. Much of the discussion relies on personal experience. It draws from educational philosophy and references to motivational psychology literature. This is rather than focusing on large-scale data studies.

As edivence-based teacher, I would love to research more about the lack of structure for learning from a neuroscientific point of view.

Reference

Wheatley, K. F. (2009). Unschooling: A growing oasis for development and democracy. Encounter: Education for Meaning and Social Justice, 22(2), 27-32.

LET’S DISCUSS!

https://www.facebook.com/Storykate2020

Have you heard this term before?
Have you heard parents talk about unschooling?
Or are you doing a version of unschooling in your own family?

Iโ€™d love to hear your thoughts in the comments.

Maths with intention – the new guide will save you hours of planning

I created this because I kept seeing the same thingโ€ฆ

Educators know maths matters, but feel unsure about the how.

How do you teach maths in a play-based room? How do you document it using EYLF language? How do you move beyond counting to real understanding?

So I put everything I know into one guide.

Maths With Intention

Early Years Maths Through Active Learning

Maths With Intention: Early Numeracy Guide

Ages 3โ€“5 EYLF 2.0 aligned 67-page PDF Play-based

The play-based maths guide Australian early childhood educators have been asking for.

Most educators working under the EYLF know that mathematics belongs in their program. What they struggle with is the how. How do you move beyond rote counting? How do you document mathematical thinking in play? How do you talk about subitising or spatial reasoning in a learning story? Maths With Intention answers exactly those questions โ€” practically, beautifully, and without a single worksheet in sight.

This is a 67-page guide for early childhood educators, kindergarten teachers, and ECT students who want to teach maths the way the Early Years Learning Framework actually intends: through play, movement, language, and intentional teaching moments that turn everyday play into powerful mathematical learning.

What’s inside

  • My story โ€” how I taught my son to count to 1000 using Montessori and Zaitsev methods, and what it taught me about how children really build number sense
  • What is early numeracy? โ€” number sense, pattern, measurement, spatial reasoning, data sense and mathematical language explained in plain English
  • Early maths and the EYLF 2.0 โ€” exactly how mathematical thinking maps onto Outcome 4 (Confident and Involved Learners) and Outcome 5 (Effective Communicators), with sentence starters for your observations and learning stories
  • Theoretical background โ€” Dienes, Vygotsky, Piaget, Howard Gardner and Zaitsev, made practical for the play-based room
  • Counting songs at circle time โ€” my three go-to songs and the movement strategies that make them stick
  • Go-to room resources โ€” how to use the number line and 100-chart as active teaching tools, every day
  • My favourite group activities โ€” 12 ready-to-run games for circle time and small groups
  • First Nations Mathematics โ€” embedding Aboriginal and Torres Strait Islander perspectives in early maths, drawing on the QCAA Mathematics Storytelling resource and the 8 Aboriginal Ways of Learning framework
  • Quick reference: writing a maths observation โ€” sentence starters you can use the very next time you sit down to document
  • Language Guide: What to Say When โ€” questions and prompts for counting, comparing, building, problem-solving and extending the confident young mathematician

Who this is for

  • Early childhood educators working under the EYLF 2.0 (Belonging, Being and Becoming)
  • Kindergarten and preschool teachers in Australia, New Zealand, and any play-based setting
  • Educators studying for or holding a Bachelor’s or Master’s of Early Childhood Education
  • Educational leaders building pedagogical practice across a centre
  • Relief ECTs, nannies, and family day care educators who want to teach maths confidently in any room
  • University students on Teaching Practice (TP) placements

Why this guide is different

Australian early childhood education is strongly anti-worksheet, but most educators have never seen what intentional maths teaching actually looks like in a play-based room. This guide shows you โ€” with real classroom photos, real children, real language, and the EYLF-aligned wording you can lift straight into your documentation.

It’s grounded in 18+ years of teaching experience, a Bachelor’s and Master’s of Early Childhood Education, and certified Zaitsev teacher training. It’s designed to be read once, then opened weekly for the rest of your career.

Format: 67-page A4 PDF. Print, laminate, or read on screen. Yours to keep forever.

About Storykate

I’m Kate โ€” early childhood teacher, university educator, certified Zaitsev teacher since 2007, and the educator behind Storykate. I’m passionate about giving Australian educators practical, evidence-based, beautifully designed resources that make the EYLF feel achievable on a Tuesday afternoon.

You can find me on YouTube at @Storykate.

Get your guide here https://payhip.com/b/IcLXG

Sorting and classifying games with blocks (easy ideas for preschool thinking skills)

I thought we had exhausted every possible game with Dienes blocks. Turns out we had barely scratched the surface.

Dienes blocks are a very flexible tool for developing a childโ€™s thinking. To me, itโ€™s hard to find another toy with this kind of range. We thought we had played every possible game and hit a creative wall. However, there were dozens more ideas we hadnโ€™t tried yet.


Move into the house

For this game, youโ€™ll need a set of Dienes blocks, paper, and markers. Draw a house with two rooms. In one room live all the small shapes, in the other all the large ones. Make sure you show the size with simple symbols.

You can also sort the house by colour. In the red room live all the red shapes, in the yellow room the yellow ones, and so on.

Once your child is comfortable with a single-storey house, move on to a two-storey house. On the first floor (show them clearly) live the small blocks, on the second all the big ones. In the first entrance live the yellow shapes, in the second the blue, in the third the red.

And then you can build a three-storey house. Three floors, four entrances. Help each โ€œresidentโ€ find their room.


Find the way out of the forest

For this game, youโ€™ll need markers, a large sheet of paper such as A3, and your Dienes blocks. Draw a forest, with a clearing in the centre, and paths leading out in different directions. On each path, draw colour symbols (yellow, blue, red).

Let your child help the blocks (or little piglets, if you like) find their way out of the forest. Explain that, for example, blue ones can only travel along the path marked with blue.

Now add a โ€œnotโ€ sign by crossing out the blue circle. When your child tries to take a blue block along that path, explain that it canโ€™t go there. That path is not for blue. But it is open to anything that is not blue. Try sending red and yellow blocks along it.

Once they get the idea, you can add more featuresโ€”big and small, thick and thin, different shapes. You can also add more paths to make the challenge richer.

Good luck!

Get Dienes blocks here

https://amzn.to/4eVV3VY

Watch my video about attribute blocks