Why Children Struggle — and Why It Is Not About Intelligence

When a child falls behind at school, the instinctive response from adults is to assume the child is not trying hard enough, is not smart enough, or has a learning difficulty. In the vast majority of cases, this diagnosis is wrong.

L. Ron Hubbard, the founder of Study Technology, identified through extensive research that there are exactly three specific reasons why a student fails to learn. He called these the Three Barriers to Study. Once a student understands these barriers and can recognise them in themselves, learning becomes a skill — not a mystery.

At Education Alive, our UMALUSI-accredited school in Johannesburg CBD, every student from Grade R to Grade 12 is trained in Study Technology as part of their daily education. This is what makes our graduates different: they do not just know content — they know how to learn.

Barrier One: Absence of Mass

The first barrier to study is the absence of mass. This occurs when a student is studying something that should have a physical reality — a machine, a tool, a process, a place — but is only presented with words and symbols. The brain expects to encounter the actual thing, and when it does not, it produces a specific set of symptoms.

Symptoms of the Absence of Mass

A student experiencing this barrier will often feel dizzy, have a headache, feel slightly nauseous, or feel a vague sense of unreality about what they are reading. They may feel "foggy" or describe the subject as "not making sense" even though they can read the words.

The solution is straightforward: bring the mass into the learning environment. This means using physical objects, demonstrations, models, field trips, and hands-on activities. At Education Alive, our teachers are trained to use clay demonstrations and physical models to give students the mass they need before introducing abstract concepts.

This is why a child who has never seen a real engine will struggle to understand a diagram of one — and why the same child, shown the actual engine first, will understand the diagram immediately.

Barrier Two: Too Steep a Gradient

The second barrier is a too steep a gradient. This occurs when a student is asked to learn something before they have mastered the prerequisite knowledge or skill. Each subject has a natural sequence — a gradient — and skipping steps in that sequence creates confusion that compounds over time.

Symptoms of Too Steep a Gradient

A student who has hit this barrier will feel confused, overwhelmed, or incompetent. They may describe themselves as "bad at maths" or "not a science person" — when in reality they simply missed a foundational concept earlier in the sequence. The confusion is real, but the cause is structural, not personal.

The solution is to find the exact point where the student lost the thread and fill in the gap. This requires a teacher who understands the subject deeply enough to diagnose where the gradient broke down — and the patience to go back and repair it without judgment.

At Education Alive, our teachers use structured checksheets — step-by-step learning sequences — to ensure that no student moves forward until each prerequisite is genuinely understood. This prevents the accumulation of confusion that causes so many students to give up on a subject entirely.

Barrier Three: The Misunderstood Word

The third barrier — and the most important — is the misunderstood word. This occurs when a student reads past a word they do not fully understand. The misunderstood word does not have to be a technical term; it can be a common word used in an unfamiliar way, or a word the student thinks they understand but actually does not.

Symptoms of the Misunderstood Word

After passing a misunderstood word, a student will experience a very specific phenomenon: they will be able to read the words on the page but will retain nothing. They may read a paragraph three times and still not know what it said. They may feel blank, sleepy, or suddenly want to do something else entirely. This is not laziness — it is a neurological response to encountering undefined symbols.

The solution is to go back to the last point where the student felt they understood, find the misunderstood word, and clear it thoroughly — using a dictionary, examples in sentences, and a demonstration of the concept in physical reality.

At Education Alive, we teach every student to use a dictionary as a learning tool, not just a reference. Students are trained to recognise the symptoms of a misunderstood word in themselves and to stop and clear it rather than push through. This single skill — clearing misunderstood words — is responsible for more academic turnarounds than any other intervention we use.

How Education Alive Applies Study Technology Every Day

Study Technology is not a remedial programme at Education Alive — it is the foundation of how every lesson is taught, from Grade R through to Grade 12. Our teachers complete formal training in Study Technology before they enter a classroom, and they are assessed on their ability to apply it.

In practice, this means:

• Every new concept is introduced with physical mass before abstract symbols are presented.
• Every subject is taught in a carefully sequenced gradient, with checksheets that ensure no step is skipped.
• Every student is trained to clear misunderstood words and is given time and resources to do so.
• Students who fall behind are not labelled — they are diagnosed for which barrier they have hit, and the barrier is addressed directly.

The result is a student who does not just pass exams — a student who genuinely understands what they have learned and can apply it in the real world.

Frequently Asked Questions

Is Study Technology the same as the standard South African curriculum?

No — Study Technology is a methodology for learning, not a curriculum. Education Alive follows the standard South African CAPS curriculum for all subjects from Grade R to Grade 12. Study Technology is the method by which that curriculum is taught. Students at Education Alive write the same national exams as students at any other accredited school.

Is Education Alive accredited by UMALUSI?

Yes. Education Alive is fully accredited by UMALUSI, the Council for Quality Assurance in General and Further Education and Training in South Africa. This means our qualifications are nationally recognised and our students can proceed to any South African university or further education institution.

Can a child enrol mid-year?

Yes. Education Alive accepts students at any time of year and at any grade level. Because we use structured checksheets and individual learning sequences, we are able to assess exactly where a new student is and begin from the right point — without requiring them to wait for a new term or academic year.

Where is Education Alive located?

Education Alive is located in the Nelson Mandela Building at 37 Harrison Street, Johannesburg Central, 2000. The building is on a main taxi route and is easily accessible from all parts of Johannesburg and surrounding areas including Soweto, Sandton, Randburg, Roodepoort, and the East Rand.

How do I enrol my child?

You can start the enrolment process by visiting our Admissions page, calling us on 011 492 2019, or chatting with Ali — our AI enrolment assistant — directly on this website. We welcome enquiries at any time.

Give Your Child the Tools to Learn

If your child is struggling at school — or if you simply want them to have the best possible foundation for lifelong learning — we invite you to visit Education Alive. See Study Technology in action, meet our teachers, and ask us anything.

We are located at 37 Harrison Street, Johannesburg Central, and we accept new students throughout the year. Call us on 011 492 2019 or start your enrolment enquiry online.