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This worksheet aims to teach students how to actively monitor their own reading comprehension using structured self-check strategies

Content and methods: The worksheet introduces two self-monitoring tools through informational texts about caring for the planet. First, students apply the "Traffic Light Check" by moving a paper clip across colored indicators to rate their paragraph-by-paragraph understanding and identify comprehension breakdowns. Second, they use the "3-2-1 Quick Check" to extract three facts, formulate two open questions, and summarize the central idea in one sentence, followed by a peer discussion and a plenary question round.

Competencies:

• Reading comprehension and metacognitive self-monitoring
• Information extraction and summarization
• Question formulation and inquiry skills
• Collaborative peer exchange and communication

Target group: Grade 5 and above

Note: Each student will need a piece of paper and a paper clip to complete the activity. The progress checks should be completed on paper, not digitally.

Learning Objectives

The overarching learning objective is to develop students’ awareness and mastery of the characteristics of academic and subject-specific language, as well as to strengthen their ability to transform language. Students should learn to analyse typical features of academic texts (technical terminology, passive voice, and nominal style) according to defined criteria, reflect on their functional effects in terms of objectivity and how they guide the reader, and purposefully translate dense, nominalised academic language into clear, accessible verbal style using active voice.

Content and Methods

The worksheet introduces the key characteristics of academic non-fiction texts (technical terminology, passive voice, and nominal style) and combines text analysis with practical language exercises. Working with a subject-specific text, students first compile a glossary of technical terms with context-based definitions and distinguish between passive constructions and nominal style using a two-colour highlighting technique.

Building on this, they conduct a functional stylistic analysis to examine the intended effects of linguistic density and the author’s conveyed stance towards the subject matter. The worksheet concludes with an active language transformation task in which students rewrite a highly nominalised example sentence that omits the agent, turning it into dynamic active-voice sentences. This involves breaking down complex verb-noun constructions and explicitly introducing the actors performing the actions.

Competencies

• Linguistic and grammatical analysis: Confidently identifying and clarifying technical terminology, as well as recognising syntactic forms of linguistic compression (nominal style and passive constructions).
• Functional and stylistic judgement: Reflecting on the rhetorical effects and functions of linguistic distance, objectivity, and impersonal presentation in academic texts.
• Language transformation: Purposefully translating complex, agentless nominal constructions into clear, action-oriented active sentences using verbal style.
• Lexical comprehension: Deriving the meaning of unfamiliar or highly specialised technical terms from context and formulating concise definitions (glossary work).

Target Group and Level

Upper secondary school (advanced level).

Objective: The overarching learning objective is to build and internalize a vocabulary of high-frequency words, as well as to significantly improve reading fluency (reading speed and accuracy). Learners should be enabled to decode high-frequency function words and basic morphemes at a glance (as whole words) in a flash, without having to resort to laborious letter-by-letter phonetic synthesis, in order to free up cognitive resources for higher-level comprehension.

Content and Methods: The worksheet guides students through a multi-step, multisensory, and playful sequence of exercises leading to automatic word recognition: The method begins with structured “flash reading” (tachistoscopics training), in which word cards are revealed for just one second and then articulated in unison following a shared hand signal—first as a class under the teacher’s guidance, and then in cooperative pairs with rotating partners. In the second step, this fleeting perception is reinforced through graphomotor practice by having students write down the words they saw. A movement-based reaction game (“Word Snatch” with established fair-play rules) trains visual discrimination and retrieval speed in a motivating, challenge-based manner. The systematic conclusion is the “Word Detective” method applied to a short continuous text: Learners track down selected model words (in this case, high-frequency function words such as articles and conjunctions), mark them according to specific criteria using a four-color code, and quantify their occurrence in a final counting check.

Competencies:

• Reading Fluency & Automation (Sight Word Vocabulary): lightning-fast, holistic recognition and error-free decoding of key words in milliseconds (overcoming phonemic synthesis)
• Visual Discrimination & Reaction Speed: targeted scanning of text, rapid identification of word boundaries, and haptic-motor control of actions in a game context
• Text Monitoring & Selective Attention: focused identification and color-coded classification of target words within continuous sentence structures (“Word Detective”)
• Cooperative Learning & Rule-Following Skills: reliably switching roles (pointer vs. reader) and following clear game rules (starting position, fair placement) in partner and small-group work

Target Audience and Level: Elementary school

Note for the teacher: The cards must be prepared for the “Clapping Game” (written or printed).

This worksheet aims to provide students with a solid understanding of the significance and function of academic language and to help them practice actively using it in subject-specific instruction. Students will recognize that academic language serves as an essential tool for presenting complex topics in an objective, impersonal, and precise manner, and that the ability to switch between everyday language and academic language is a key skill. Through guided practice in translating everyday observations into formal language, they learn to use subject-specific linguistic tools, to put their own thoughts into writing in a structured manner, and to reflectively evaluate their own learning process and linguistic expression.

Content and Methods:

The worksheet combines cognitive awareness, guided writing practice, independent text production, and self-evaluation. After an introductory informational text on the distinction between everyday language and academic language, as well as an introduction to subject-specific language tools (e.g., for cause-and-effect relationships, hypothesis formation, or evaluations), learners gradually translate given everyday statements into logically structured academic language. They then apply this translation technique to their own current course material and reflect on the advantages and challenges of academic language formulation. The module concludes with a structured self-assessment matrix designed to evaluate their own language competencies and identify remaining learning needs.

Competencies:

Learners can...

• identify the difference between everyday language and academic language and explain the importance of precise technical language for subject-matter understanding.
• identify and purposefully apply specific subject-specific language tools (e.g., phrasing guides for descriptions, justifications, and analyses).
• systematically translate colloquial observations into precise, factual, and logically structured sentences using formal language.
• structure their own conceptual ideas derived from current classroom activities and independently put them into writing using appropriate technical terms.
• critically reflect on their own language translation process and evaluate their individual strengths and areas for development in the use of formal language.

Target Audience and Level:

Grade 8 and above