Academic Support for Students in Switzerland — German, Mathematics and Learning Across Languages


A student moves to Switzerland and enters a new school system.

Soon, the family may see a problem:

the grades do not seem to reflect what the child could do before.

Mathematics becomes harder.
Word problems take longer.
Instructions are misunderstood.
The student may know how to solve a problem but struggle to explain the solution in German.

It is tempting to reduce all of this to one conclusion:

“The child needs better German.”

Or:

“The child is weak in mathematics.”

Sometimes one of those explanations is correct.

Sometimes neither is enough.

At Levitin Language School, we can work with the three components separately or together:

GERMAN

MATHEMATICS / ACADEMIC SUBJECT

GERMAN + MATHEMATICS / ACADEMIC SUBJECT

The first task is to understand where the difficulty actually begins.

A Mathematics Problem Can Also Be a Language Problem

Consider a student who understands fractions.

Give the student a familiar numerical exercise, and the answer may come quickly.

Now put the same mathematical relationship inside a German word problem.

Suddenly the student has to do much more than mathematics.

They must read the instruction, identify what information matters, understand the relationships described in German, determine what the question requires, retrieve the mathematical method, solve the problem and possibly explain the reasoning in the language of the school.

The mathematics may not have disappeared.

It may simply have become harder to access.

That distinction matters.

Knowing Mathematics Is Not the Same as Showing Mathematics in German

School performance is observable.

The mechanism behind it often is not.

A poor result may come from several different places:

The student does not understand the mathematical concept.

or

The student understands the mathematics but does not understand the German task.

or

The student understands both separately but cannot yet connect them efficiently.

or

The student can do all three, but the combined cognitive load becomes too high under classroom or test conditions.

These situations can produce similar-looking mistakes.

They should not automatically produce the same teaching response.

German for School Is More Than Everyday German

A student may communicate successfully in everyday German and still struggle at school.

That is not contradictory.

School language asks learners to do things that ordinary conversation may rarely require.

A student may need to:

  • compare two processes;

  • justify an answer;

  • describe a relationship;

  • interpret a graph;

  • distinguish relevant from irrelevant information;

  • formulate a hypothesis;

  • explain why a method works;

  • follow multi-stage instructions;

  • understand specialized terminology;

  • move between words, formulas, diagrams and symbols.

This is where language and academic knowledge begin to interact.

The question is no longer simply:

“Does the student speak German?”

It becomes:

“Can the student use German to access, process and demonstrate academic knowledge?”

The Same Grade Can Hide Different Problems

Imagine two students receiving the same low mathematics grade.

Student A does not yet understand the mathematical mechanism.

Student B understands it perfectly in another language but misreads key relationships in German.

The grade may look identical.

The learning problem is not.

Giving both students more of the same mathematics exercises may therefore help one and frustrate the other.

Likewise, giving both students general German lessons may miss the actual mathematical gap.

Individualized education begins when we stop treating the visible result as a complete diagnosis.

From Numbers to Language — and Back Again

Mathematics is often described as a universal language.

There is truth in that idea, but it can also be misleading.

The expression

3 × 4 = 12

requires little German.

A school task asking a learner to determine, compare, justify or explain a relationship may require considerably more.

The student has to move between different representations:

WORDS → RELATIONSHIPS → MATHEMATICAL MODEL → CALCULATION → EXPLANATION

Difficulty at any transition can affect the final answer.

That is why academic support across languages should not merely translate terminology.

The goal is to connect the language of the task with the reality and mechanism represented by the mathematics.

A Student Who Has Recently Moved May Be Rebuilding Access, Not Starting Again

International relocation can create a strange educational situation.

A learner may already possess substantial knowledge but temporarily lose easy access to it in the new school environment.

The student is not necessarily relearning mathematics from zero.

They may be learning how their existing mathematical knowledge is:

named,

asked about,

organized,

explained,

tested,

and evaluated

inside another educational and linguistic system.

This distinction can be important for both teaching and confidence.

Previous knowledge should not be erased simply because it was acquired through another language or school system.

It should become a foundation.

What Can We Work On?

Depending on the learner, lessons may focus on one layer or several.

German

We can work on German required for communication, comprehension and increasingly complex academic situations.

Mathematics and Other Academic Subjects

If the difficulty is primarily conceptual, the academic subject itself needs attention.

The learner may need to reconstruct the mechanism behind a formula, procedure, graph or model rather than memorize another explanation.

German + Mathematics

When language and mathematics interact, they can be trained together.

For example:

German task → meaning → mathematical relationship → solution → explanation in German

This can help the learner build a bridge between what they know and what the school asks them to demonstrate.

German + Other School Subjects

The same principle is not limited to mathematics.

Physics, chemistry, biology, geography, history, economics and other subjects all have their own ways of using language to organize knowledge.

A learner may therefore need not simply “more German,” but German connected to a particular academic reality.

We Do Not Begin With the Label

“Bad at mathematics.”

“Weak German.”

“New student.”

“Sek A.”

“Sek B.”

“Sek C.”

“Needs tutoring.”

These labels may contain useful information.

They are not yet an explanation.

A useful starting point is to ask what the student can actually do.

Can they understand the concept?

Can they solve the problem without language pressure?

Can they understand the German instruction?

Can they explain the reasoning?

Can they transfer the idea to a new task?

Can they perform these actions when several demands appear simultaneously?

The answers give us a much more useful learning map than a label alone.

Academic Integration Is Not the Same as Making Every Student Identical

Entering a new educational system requires adaptation.

But adaptation does not have to mean discarding the learner's previous intellectual experience.

A student may arrive with knowledge developed through Ukrainian, Russian, English, Polish, Spanish or another language.

That knowledge still matters.

The task is to create new access to it.

Over time, the learner can build connections between:

previous knowledge

and

new terminology

and

new classroom expectations

and

new ways of demonstrating understanding.

That is academic integration in a deeper sense.

From Understanding the Problem to Real Progress

At Levitin Language School, we do not assume in advance that every school difficulty is a language problem, a mathematics problem or a motivation problem.

We look at the interaction.

Sometimes the learner needs German.

Sometimes mathematics.

Sometimes both.

And sometimes the most important work happens exactly at the bridge between them.

This is the logic behind our broader educational model:

LANGUAGE

ACADEMIC SUBJECT

LANGUAGE + SUBJECT

For a student studying in Switzerland, that distinction can help turn a vague concern such as

“My child is struggling at school”

into a much more useful question:

“Where exactly does access to knowledge break down — and what should we work on next?”

Continue Exploring

Learn Math in German
https://timurlevitin.blogspot.com/p/learn-math-in-german.html

Learn German Through School Subjects
https://timurlevitin.blogspot.com/p/learn-german-through-school-subjects.html

German at Levitin Language School
https://levitintymur.com/languages/german/

Levitin Language School
https://levitintymur.com/

For individual learning arrangements and academic support:

Email: notification@levitintymur.com
Telegram: @START_SCHOOL_TYMUR_LEVITIN
WhatsApp / Viber: +380932913429

Preliminary consultation is handled in writing.

Author: Tymur Levitin
Founder & Director, Levitin Language School

Global Learning. Personal Approach.

© Tymur Levitin / Levitin Language School. All rights reserved.

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