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Multilinguismo, CLIL e innovazione didattica - Libera Università di ...

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An example from <strong>CLIL</strong>-Science<br />

Excerpt 1 p resents a tra<strong>di</strong>tional instructional text on molecular motion. Compared<br />

to the <strong>CLIL</strong>-activity which requires two pages and 45 minutes to complete,<br />

this tra<strong>di</strong>tional text is comprised of 132 words and requires only 3<br />

minutes to read. Yes, but probably many more minutes to understand (or<br />

memorize?). How easy are these 132 words to <strong>di</strong>gest? Unfortunately, this way<br />

of languaging science is t he staple of science-education (Wellington and<br />

Osborne, 2001).<br />

Excerpt 1.<br />

To understand the <strong>di</strong>fferent states in which matter can exist, we need to understand<br />

something called the Kinetic Molecular Theory of Matter. Kinetic Molecular Theory has<br />

many parts, but we will introduce just a few here. One of the basic concepts of the<br />

theory states that atoms and molecules possess an energy of motion that we perceive<br />

as temperature. In other words, atoms and molecules are constantly moving, and we<br />

measure the energy of these movements as the temperature of the substance. The<br />

more energy a substance has, the more molecular movement there will be, and the<br />

higher the perceived temperature will be. An important point that follows this is<br />

that the amount of energy that atoms and molecules have (and thus the amount of<br />

movement) influences their interaction with each other.<br />

http://www.visionlearning.com/library/module_viewer.php?mid=120<br />

By contrast, the task-based <strong>CLIL</strong> activity renders molecular motion not only<br />

easily understandable, it allows learners to first acquire and then confidently<br />

use the academic language of this scientific concept. How <strong>di</strong>d it work? In Ex<br />

1a and 1b, learners use lower-B1-level knowledge of FL-grammar to formulate<br />

sentences and obtain information regar<strong>di</strong>ng experimental materials and procedures<br />

1 . Exercise 1c then obliges learners to revisit these question-answer pairs<br />

by rewriting them, in full, in the speech bubbles. Haptics, the process of<br />

generating voluntary movements through proprioceptive control (Mangen<br />

and Velay, 2010), not only obliges learners to reprocess and output the language<br />

on another cognitive level, but increases occasions to notice how Eng-<br />

1 A more detailed analysis of this exercise has been presented in Ting, forthcoming.<br />

131

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