Is Your Child’s Teacher “Bad at STEM”? The Research Says Something Kinder

Learning Success infographic on STEM teacher confidence: about seven in ten teachers feel confident connecting STEM to real-world examples, the gap between teachers reflects training not talent, STEM skills are trainable through neuroplasticity, and parents help by backing professional development, surfacing everyday science and math, and dropping fixed-ability labels.

Your child comes home flat after a science lesson, and a quiet thought slips in: maybe the teacher does not truly understand this material, and maybe that is why it is not clicking. You are not imagining the struggle, and you are not wrong to take it seriously. Plenty of parents carry the same suspicion about STEM subjects, that the math and the science sit somewhere beyond what the people teaching them feel sure of. That worry is reasonable, and it is widely shared. It also rests on a picture of teaching ability that the research does not support. The brain you are worried about today, your child’s and the teacher’s both, is not the brain either one will have after six months of the right kind of practice.

TL;DR

About seven in ten teachers report feeling confident connecting STEM lessons to real-world examples, according to the Australian Government's STEM Equity Monitor.
The confidence gap tracks training, not talent: STEM-qualified teachers reported around 90 percent confidence versus about 59 percent for those without a STEM qualification.
Linking STEM to tangible, everyday examples raises teacher confidence and student interest together.
STEM ability is a trainable brain skill rooted in neuroplasticity, not a fixed talent a child is born with.
Parents help most by backing teacher professional development, surfacing science and math at home, and dropping fixed-ability labels.

Common questions from parents

Is it true that most teachers are not confident teaching STEM?

No. About seven in ten teachers report feeling confident connecting STEM to real-world examples, according to the Australian Government’s STEM Equity Monitor. Confidence is the norm, and it grows further with practice and training.

My child’s teacher seems shaky on science. Should I worry?

A teacher feeling unsure on a specific topic reflects their current preparation, not a ceiling on their ability. The confidence gap between teachers tracks access to STEM training, not talent, so the productive move is supporting professional development rather than assuming the teacher is the problem.

Are some children simply not wired for math and science?

STEM ability is a trainable brain skill rooted in neuroplasticity, the brain’s capacity to rewire with use, not a fixed talent. With the right teaching and steady practice, every child has the biological capacity to build these skills.

What helps my child most with STEM at home?

Connect lessons to everyday life, doubling a recipe, measuring a ramp, folding a box, so the subjects feel real. Back your child’s teacher in pursuing STEM training, and avoid fixed-ability labels like “not a math person,” which children tend to adopt and act on.

The worry that your child's teacher is “bad at STEM” rests on a myth. About 7 in 10 teachers feel confident with real-world STEM, and the gap is training, not talent. Tweet Now Follow Learning Success

The infographic, decoded

The graphic sets a common worry against what studies of teachers actually find. The worry has three parts: that teachers struggle to explain STEM, that knowing a definition is a long way from knowing how to apply it, and that watching students get stuck in a traditional classroom seems to confirm the whole picture. Then it turns to the evidence, and the evidence points the other direction.

Confidence is the norm, not the exception. About seven in ten teachers report feeling confident connecting STEM content to real-world examples and careers, according to the Australian Government’s STEM Equity Monitor.
Real-world context lifts everyone. Tying STEM to tangible, everyday examples raises both teacher confidence and student interest at the same time.
Confidence grows with practice. Teaching confidence is not fixed; targeted practice and professional development measurably improve how teachers perform and how students do.
The skills are trainable. STEM ability is rooted in the brain’s capacity to change and grow, which makes it a set of trainable skills rather than a talent a child is born with or without.

Author Quote “

A teacher who freezes on a hard physics question has not hit the ceiling of their ability. They have hit the edge of their current preparation, and preparation is fixable.

”

What the research actually shows about teacher confidence

The single most useful number here is the one the graphic gestures at: roughly seven in ten teachers say they feel confident linking STEM lessons to real life. The figure comes from the Australian Government’s STEM Equity Monitor, and the detail underneath it matters more than the headline. Teachers who hold a STEM qualification reported confidence around ninety percent, while those without one sat closer to sixty percent. The gap is not a story about who is a good teacher and who is not. It is a story about access to training, and training is something a school is able to provide.

That reframe changes what you do with the worry. A teacher who freezes on a tricky physics question has not hit the ceiling of their ability; they have hit the edge of their current preparation. The fix is not a different person at the front of the room. The fix is real-world context, hands-on examples, and professional development, and each of those moves the confidence needle for the adult and the engagement needle for the child in the same motion.

Key Takeaways:

Confidence is the rule, not the exception: roughly seven in ten teachers report feeling confident tying STEM to real life, so the “my child's teacher is bad at STEM” worry rests on a shaky premise.

The gap is training, not talent: STEM-qualified teachers reported about 90 percent confidence versus 59 percent without, which means professional development, not a new teacher, is the lever.

STEM ability is built, not born: math and science skill grows out of the brain's capacity to change with practice, so every child has the biological capacity to get there with the right support.

Why this matters for your child, and what you do with it

Here is the part that reaches past the classroom. The belief that some kids are simply STEM kids and others are not is the same fixed-talent thinking applied to children instead of teachers, and it fails for the same reason. Skill in math and science grows out of the brain’s ability to rewire itself with use, which means your child’s capacity for STEM is built through practice, not handed out at birth. With the right teaching approach and steady support, every child has the biological capacity to develop the skills that STEM asks for.

That gives you three concrete moves, straight off the infographic. Encourage your child’s teacher toward STEM-specific professional development, since that training is exactly what closes the confidence gap. Hunt for everyday science and math at home, the volume of a recipe doubled, the physics of a bike ramp, the geometry of a folded box, so the subjects stop living only inside a textbook. And watch your language about ability, because a child who hears “you are not a math person” learns to predict their own future and then acts on the prediction.

“Teachers with a STEM qualification reported around 90 percent confidence connecting STEM to the real world, compared with 59 percent for those without one, the gap is preparation, not talent.” Source: Australian Government STEM Equity Monitor, 2024-25

Author Quote “

“You are not a math person” is not a description of your child. It is a prediction they will start acting on, so guard the language as carefully as the lesson.

”

You do not need a doctorate in physics to be the most important teacher your child will ever have. You already are one. The villain in this story was never an underprepared teacher; it was the fixed-talent myth that quietly tells parents and children alike that STEM belongs to other people. Name that myth out loud, and you hand your child a different story about who gets to be good at math and science.

If you want a structured way to build the underlying brain skills that STEM leans on, attention, working memory, processing, and the willingness to push through productive struggle, our Brain Bloom program walks you through it step by step at home.

And because STEM confidence rarely travels alone, often tangled up with reading, focus, or math anxiety, Learning Success All Access gives you every course and screener under one roof, so you start helping your child today instead of waiting for the school to catch up.

References

Australian Government, Department of Industry, Science and Resources, STEM Equity Monitor: Teachers' and career advisers' perceptions and attitudes to STEM (STEM Influencers Survey, 2024-25).
Learning Success, Neurogenesis and Neuroplasticity (learningsuccess.ai).