From Italian Liceo Physics to IGCSE Physics 0625: A Topic Map for the Year 10 Transition

Most of the families I meet in Milan are surprised. Their child was doing well in physics at an Italian scuola, often at a liceo scientifico, and then moves into an international school sitting CIE IGCSE Physics 0625 in Year 10 and suddenly looks lost. The marks dip, the homework takes longer, and the parents start to wonder whether they made the wrong decision. They did not. The physics has not become harder. The shape of it has changed.

I am a PhD physicist and I tutor exactly these transitions here in Milan, both in person and online. What I see again and again is that the difficulty is rarely conceptual. An Italian liceo student often arrives with stronger mathematics than 0625 actually requires. The problem is everything wrapped around the physics: the English vocabulary, the experimental culture, the exam command words, and the sheer breadth of topics that 0625 covers but the liceo simply has not reached yet.

This guide maps it out honestly. I will tell you what transfers well, what is genuinely new, and where students lose marks for reasons that have nothing to do with whether they understand the science. Then I will give you a concrete plan for the first three to six months.

The good news first, because it matters for morale. An Italian liceo scientifico student usually arrives with a real advantage in mathematical formalism. They are comfortable rearranging equations, working with proportionality, handling vectors, and they have often seen kinematics and dynamics presented with more algebraic rigour than 0625 ever asks for. When 0625 wants a student to use distance equals speed times time, or to rearrange the equation for resistance, that is rarely the obstacle.

Mechanics overlaps strongly. Forces, Newton's laws, motion graphs, work, energy and power are all places where the liceo background is genuinely useful, and where a well-prepared student can score easy marks while their classmates are still wrestling with the algebra. The conceptual core of energy conservation, of force as a cause of acceleration, of the difference between mass and weight, tends to be already in place.

So the student is not starting from zero. Far from it. The trap is that this early confidence can mask the parts that are genuinely missing, and those parts surface later in the year when it is harder to catch up.

Four things catch nearly every transferring student, and none of them are about being clever at physics.

First, the English physics vocabulary. This is the single most underestimated gap. A student who knows perfectly well what "velocità" and "accelerazione" mean has to relearn the words: velocity, acceleration, displacement, but also terms with no clean Italian one-to-one, like upthrust, refraction, thermistor, half-life. Worse, ordinary words become technical: in IGCSE physics "weight" is a force in newtons, not a mass in kilograms, and "power" has a precise meaning. The exam is written in this language and the answers must be too.

Second, the command words. CIE marks answers against verbs. "State" means give a fact with no explanation. "Describe" means say what happens. "Explain" means give a reason, usually a "because". "Calculate" means show working and units. Italian school rewards a correct final understanding. 0625 rewards doing exactly what the verb asks, no more and no less. I have seen students lose half a paper's worth of marks by explaining when asked to state, or stating when asked to explain.

Third, the practical and experimental culture, examined in Paper 5 (practical) or Paper 6 (alternative to practical). This is a real gear change. Students must plan investigations, identify variables, read instruments, record data in tables with correct units, plot graphs and discuss sources of error. The Italian liceo does comparatively little hands-on assessed lab work, so this is often the lowest-scoring area at first.

Fourth, the breadth and SI unit discipline. 0625 covers electronics, the full electricity and circuits strand, magnetism and electromagnetism, waves and optics in detail, thermal physics, and atomic physics with radioactivity. Several of these are topics a Year 10 liceo student has simply never met. And throughout, marks are lost for missing or wrong units. A number without a unit is, in 0625, often worth nothing.

Here is the practical map I use with families in a first session. The exact overlap depends on which year of liceo the student is leaving (a student moving after scuola media has met far less than one moving after the second year of liceo scientifico), so treat the middle column as the common case.

The instinct is to study harder across everything. That wastes the student's biggest asset, which is time, on topics they already know in Italian. The plan below front-loads the cheap wins (vocabulary, units, exam technique) so the student feels competent quickly, then uses the freed-up energy on the genuinely new strands. Here is what I put in place in the first term.

In Milan I work with families across the main international schools, and the pattern holds whether the child is at a British-curriculum school in the city or studying online from elsewhere. The smoothest transitions share three things: the family treated the English vocabulary as a project from the start, the student got early, low-stakes practice with command words and units before the first real assessment, and someone mapped the never-seen topics so they were taught deliberately rather than discovered in a panic.

The transitions that struggle are usually the ones where everyone assumed that a strong liceo background would simply carry through. It carries a lot. It does not carry the language, the exam style, or the topics the liceo had not yet reached. Name those gaps early and this becomes a confident, even enjoyable, year for the student, because the underlying physics really is within reach.