Project Nº: 2024-1-PL01-KA220-SCH-000256498

Module 1 – Digital Foundations and Safe Surfing

1. Pedagogical framework

1.1 Basic information

1.2 Pedagogical rationale and language justification

1.3 The mentor's role

1.4 Integration of AI (human-in-the-loop approach)

1.5 Core competences addressed

1.6 Core suggested tools

2. Activity scenarios

Scenario 1: My Safe Avatar — Focus: Identity

Scenario 2: Digital Rules — Focus: Safe Surfing

Scenario 3: Fact, Fiction, and Privacy — Focus: Focus: Critical Evaluation

3. Formative assessment strategy

3.1 Observation

3.2 Exit Questions and Self-Reflection

3.3 Peer Assessment

3.4 Mentor Reflection

4. Additional notes and contextual information

4.1 Cultural and Contextual Considerations

4.2 Connections to National Curriculum

4.3 References and Resources

1. PEDAGOGICAL FRAMEWORK

1.1 Basic Information

Target Age Group: 

7–14 years (differentiated within scenarios)

Estimated Duration:

3 sessions (approx. 45–60 minutes per session)

1.2 Pedagogical Rationale and Language Justification

This module is built on the Content and Language Integrated Learning (CLIL) methodology, which holds that a new language is best acquired when it is used for a real purpose. For newly arrived migrant pupils, the digital world can be a genuinely risky space, which makes it all the more important to prioritise competences such as protecting personal data and privacy and guarding against threats like cyberbullying. Before tackling more complex academic tasks, vulnerable learners need to develop a critical awareness of their digital footprints and learn how to move through online environments safely.

From a linguistic standpoint, the language development of migrant and refugee students is often described through the distinction between Basic Interpersonal Communicative Skills (BICS) and Cognitive Academic Language Proficiency (CALP). Since CALP can take five to seven years to develop, newly arrived pupils first need a low-pressure environment in which to build their BICS, that is, the conversational fluency used in everyday social situations.

This module deliberately focuses on that foundation. Through activities such as designing a digital avatar or creating a safety poster, pupils practise everyday classroom vocabulary and simple imperative forms in a structured and supportive context. This grounding in basic language serves as a necessary stepping stone before pupils encounter more demanding academic content in later modules.

In CLIL settings, cognitive overload is one of the main barriers for non-native speakers. When instruction relies too heavily on written text, students spend so much energy decoding the language that little mental space is left for actual learning. To address this, the module draws on Digital Multimodal Composing (DMC) as a key scaffolding strategy.

Through visual tools pupils combine images, symbols, and simple text to express their ideas. This flexibility reduces the burden of linguistic decoding, giving learners the chance to show what they know about digital safety and to communicate with their peers, even when their vocabulary in the host language is still limited. Rather than being seen as students with a language gap, they are positioned as capable of making and sharing meaning.

Finally, this module is closely connected to Socio-Emotional Learning (SEL). Migrant young people, who may lack established social networks or face systemic barriers, are often more exposed to risks in digital environments, including cyberbullying. By helping pupils protect their real identities and by establishing shared norms of online behaviour and netiquette, the module supports emotional awareness and builds a sense of trust within the group. The aim is to ensure that digital inclusion goes hand in hand with culturally sensitive support, so that pupils can protect their own well-being and feel that they genuinely belong in the classroom community.

1.3 The Mentor's Role

In this module, the educator acts as a digital mediator and mentor rather than just a technical instructor. Operating as the “More Knowledgeable Other” (MKO) within the TELMS framework, the mentor provides the vital human empathy and ethical oversight that technological systems lack.

To effectively support the pupils, the mentor’s specific functions include:

  • Managing Cognitive Load: Providing ‘soft’ scaffolding by segmenting tasks into manageable chunks, which ensures that newly arrived pupils can focus on meaning-making without experiencing cognitive overload from new linguistic and digital demands.
  • Language Facilitation (BICS): Modelling everyday classroom vocabulary and imperative forms, offering immediate encouragement, and validating the students’ efforts to build their confidence in basic oral communication.
  • Socio-Emotional Support: Establishing a safe, inclusive environment for pupils to explore their digital identities. The mentor acts as an emotion coach, alleviating anxiety when discussing sensitive topics like privacy, digital boundaries, and online safety.
  • Applying Inverted Scaffolding: Providing high-intensity human guidance initially when introducing new concepts or tools (such as avatar creators), and gradually fading this support as the mentees gain independence and digital competence.

1.4 Integration of AI (Human-in-the-Loop Approach)

Artificial Intelligence is integrated into this module strictly through a “Human-in-the-Loop” (HIL) approach. Under this methodology, AI serves as a complementary pedagogical assistant to handle scaffolding and content generation, ensuring that the human educator remains central to providing emotional connection, empathy, and ethical oversight. 

Mentor’s AI Use

Before and during the sessions, the mentor utilises Teacher-Supporting AI tools (such as MagicSchool.ai or ChatGPT) to reduce preparation time and manage the pupils’ cognitive load. Specifically, the mentor uses AI for:

  • Language Levelling: Automatically adapting and simplifying texts about online safety, privacy rules, or “fake news” to ensure the vocabulary exactly matches the pupils’ current BICS proficiency.
  • Scenario Generation: Quickly creating age-appropriate, hypothetical scenarios simulating online risks (e.g., phishing emails or social media oversharing) that pupils can safely analyse during the lesson without drawing on their own potentially traumatic personal experiences.

 

Pupils’ AI Use

Pupils engage with Student-Facing AI in a safe, heavily guided environment to simultaneously develop their digital competences and language skills:

  • Creative Expression & Anonymity (Ages 7-10): Pupils use basic generative AI features (like Canva’s text-to-image tool) to design unique elements for their digital avatars. By writing simple descriptive prompts in the host language (e.g., “a red hat”, “a dog in space”), they actively practice BICS vocabulary while learning how to maintain digital anonymity.
  • Critical Media Literacy (Ages 11-14): Older pupils engage in “Fact-Check the Bot” activities where they act as detectives. They critically evaluate AI-generated texts or images (including the concept of “deep-fakes”) to identify deliberate factual errors, biases, or “hallucinations”. This directly supports DigComp Area 1.2 (Evaluating data, information and digital content), teaching pupils to question the credibility of digital sources and understand how algorithms and data tracking influence the information they see online

1.5 Core Competences Addressed

This module promotes the holistic development of key competences essential for migrant pupils’ secure integration, structured across three main pillars:

  1. Digital Competence (DigComp Framework): 
    • Safety: This is the primary focus of the module. Pupils learn to protect personal data and privacy by understanding digital anonymity, footprints, and what constitutes a “secret”. It also addresses protecting psychological well-being by establishing netiquette rules and preventing cyberbullying.
    • Information and Data Literacy: Addressed specifically with older pupils, who learn to critically evaluate data, information, and digital content by fact-checking AI-generated texts and recognizing misinformation or “deep-fakes”. 
  2.  Language Competence: 
    • The module heavily targets BICS by building every day, highly contextualised vocabulary (e.g., physical descriptions, hobbies, colours) and practising essential imperative verbs (e.g., “Do not share”, “Always block”) required for social interaction and following classroom rules.
    • For older pupils (11–14 years), the final scenario introduces early academic skills (CALP), such as reading comprehension for scanning/skimming texts and critiquing information sources. 
  3. Social, Personal, and 21st-Century Skills: 
    • Self-Awareness and Identity: Pupils explore how to express their personal identity and hobbies safely online without compromising their real-life boundaries or personal data.
    • Collaboration and Communication: Through pair work (e.g., co-creating the digital safety poster), pupils practice vital 21st-century skills such as turn-taking, negotiating meaning, and pooling their linguistic resources to achieve a shared goal.
    • Critical Thinking: By acting as “privacy detectives,” pupils develop the ability to question the credibility of digital sources and understand that technological outputs (including AI) require human oversight and critical evaluation.

 

1.6 Core Suggested Tools

Tool Name Purpose / Description of Use
Avatar creators (e.g., Voki or Canva elements) Pupils use it to design their “Safe Avatars”
Canva For collaborative, visually engaging posters and infographics.
Kahoot! For interactive, gamified formative assessment quizzes.
MagicSchool.ai Brief description of how and when this tool is used in the module.
LLLM (ChatGPT, Gemini, Claude)  For mentor preparation and language levelling.

2. ACTIVITY SCENARIOS (STEP-BY-STEP IMPLEMENTATION)

This section contains the three activity scenarios that form the core of the module. Each scenario follows the TELMS pedagogical flow and must include an Opening Phase, a Core Learning Phase, and a Closing Phase with formative assessment. Scenarios should be thematically connected and build upon each other in terms of complexity and language demand.

Scenario 1: My Safe Avatar — Focus: Identity

Target Age Group

7-10 years (adaptable to 11-14)

Estimated Duration

45 minutes

Scenario Summary

Pupils learn why it is important to protect their real identities online by creating a digital representation of themselves (an avatar) without sharing personal data. This acts as a safe entry point into digital literacy while practising basic vocabulary for physical descriptions and hobbies.

Scenario 1 - Learning Objectives

Linguistic Objectives (BICS/CALP)

  • To identify and actively use everyday, concrete vocabulary related to physical descriptions (e.g., naming body parts, colours, clothing) and personal hobbies.
  • To produce simple, structured sentences to introduce their avatar (e.g., “My avatar has…”, “My avatar likes…”) in a low-pressure environment.
  • To interact with peers and the mentor using basic greetings, introductory phrases, and turn-taking, fostering early conversational fluency (BICS).

 

Digital Objectives

  • To understand the core concept of digital anonymity and successfully distinguish between safe information and sensitive “personal data” (e.g., real names, home addresses, school locations).
  • To apply safe surfing principles (DigComp Area 4: Safety) by designing a digital representation of themselves without compromising their real-life privacy.
  • To navigate basic digital design or avatar-creation tools (such as Canva or Voki) to express meaning visually, effectively reducing the cognitive load required to participate.

 

Personal/Social Objectives

  • To express their personal identity, interests, and characteristics creatively in a safe, controlled digital space.
  • To build foundational trust with the mentor and their peers, laying the groundwork for a supportive and inclusive classroom community.
  • To develop self-awareness regarding personal digital boundaries and understand how to protect their psychological well-being when interacting online.

Scenario 1 - Digital Tools and Materials

Tool / Material Purpose / Notes on Use
Canva or Voki For avatar creation and visual design.
Interactive Whiteboard or Projector: For the mentor to demonstrate tool usage.
Bilingual Vocabulary Mats Pre-prepared mats with key terms in the host language and the pupils’ mother tongue.
AI Integration Generative AI tools (like Canva’s text-to-image) can be used by pupils to generate specific clothing or backgrounds for their avatars.

Scenario 1 - Step-by-Step Implementation

Opening Phase (Warm-up)
[10 minutes]

  • The mentor begins with a gentle discussion to activate prior knowledge. Ask the pupils: “What is a secret? What things should we keep private?” Use visual flashcards to introduce key BICS vocabulary (e.g., face, hair, eyes, password, address). Clearly state the goal of the session: “Today we will create a digital ‘mask’ or character to protect who we are online.”
  • The mentor establishes a safe environment and activates prior knowledge, then clearly states the session’s goal: “Today we will create a digital ‘mask’ or character to protect who we are online.”

 

Core Learning Phase
[25–35 minutes]

  • Use Canva (or similar tools) to design their digital character. 
  • The mentor provides “soft scaffolding”, guiding them technically while explaining why they must not use real photos or their full names. 
  • AI Activity: Pupils use basic generative AI prompts within Canva to create specific clothing or backgrounds for their avatars, learning how to write simple descriptive prompts in the host language. (e.g., “a red hat”, “a dog in space”) to generate unique elements for their avatar. 
  • Pupils record or write a short greeting for their avatar using target language vocabulary, taking care not to share their real name, address, or school.

 

Closing Phase & Formative Assessment
[e.g., 10 minutes]

  • Pupils showcase their avatars.
  • Reflection: The mentor asks an exit question: “Name one piece of information your avatar kept secret today.”

Scenario 1 - Teacher Notes

Adaptation Notes

  1. Age Differentiation
  • For ages 7–10: Keep the focus on highly visual, concrete concepts of safety (e.g., a “digital mask”). Integrate Total Physical Response (TPR) techniques during the warm-up; for example, when introducing body parts for the avatar, have pupils point to their own features to reinforce the vocabulary through physical movement.
  • For ages 11–14: Elevate the cognitive complexity toward early CALP. Shift the discussion beyond basic privacy to include how algorithms and AI collect data to build user profiles. Prompt them to consider how an avatar protects their digital footprint from commercial tracking.

 

  1. Scaffolding for Language Proficiency (BICS)
  • Lower Proficiency: Rely heavily on “soft scaffolding”. Provide bilingual vocabulary mats and explicitly model simple sentence frames (e.g., “My avatar is…”, “My avatar likes…”). Allow non-verbal responses initially, such as pointing to colours or images on the screen, to reduce the extraneous cognitive load.
  • Higher Proficiency: Encourage peer-to-peer interaction. Have them practice asking each other basic questions (e.g., “What colour is your avatar’s hair?”) to actively build conversational fluency.

 

  1. Inclusion, SEN (Special Educational Needs), and Tech Limitations
  • If digital devices are limited or if a pupil is overwhelmed by the software, use the “Plan My Avatar” blueprint worksheet. Allow pupils to sketch their avatars on paper first using markers, establishing the vocabulary and design before moving to digital tools like Canva or Voki.
  • For pupils with SEN, simplify instructions into predictable, step-by-step routines to provide a strong sense of structure.

 

  1. Socio-Emotional Support (The Mentor as an ‘Emotion Coach’)

Migrant pupils may feel vulnerable when discussing personal identity. Ensure the classroom feels like a safe “Listening Window”. Emphasize that the avatar is entirely under their control. Reassure them that they do not have to share any traits that make them uncomfortable, reinforcing the module’s core lesson on setting personal digital boundaries.

 

Reflection Routine

Guide the pupils to articulate how their understanding of online privacy has changed. Model an example for them: “I used to think I had to use my real photo online. Now I think an avatar keeps my identity secret and safe.” This routine provides a low-pressure formative assessment of their conceptual shift while practicing structured language output.

Scenario 1 - Expected Outcomes

Expected Outcomes

  • Digital Competence: Pupils will demonstrate a practical understanding of digital anonymity and data protection by successfully designing a digital avatar without revealing sensitive personal data.
  • Linguistic Competence: Pupils will confidently use basic BICS vocabulary (e.g., body parts, colours, clothing) and simple sentence frames to orally introduce their avatar to the group.
  • Personal/Social Competence: Pupils will exhibit a foundational sense of belonging and emotional safety by participating in a low-pressure classroom activity to express their identity.

Scenario 1 - Ideas for Worksheets

Worksheet 1- Safe Share vs. Keep Secret

Tool

Wizer.me (https://app.wizer.me) or Liveworksheets (https://www.liveworksheets.com), which allow for automatic correction and embedded multimedia support. A downloadable PDF version can also be used for offline or low-tech settings.

 

Activity Description

Pupils engage with a visual sorting activity in which the screen is divided into two distinct columns: Safe to Share and Keep Secret. Working individually or in pairs, pupils drag vocabulary items into the correct column. 

  • For ages 7–10, the activity relies heavily on Digital Multimodal Composing (DMC): items are represented primarily through images to support immediate comprehension without requiring strong reading skills. 
  • For ages 11–14, the cognitive complexity is slightly elevated, as pupils sort short phrases that touch on emerging digital footprint concerns (e.g., “My gaming username”, “My exact geographical location”, “My real photograph”) rather than single words. 

A crucial feature of using Wizer.me or Liveworksheets is the ability to embed audio buttons next to each item, so pupils can click to hear the host language pronunciation, providing vital listening support for those who are not yet confident readers.

 

Content

The draggable items test pupils’ practical understanding of digital anonymity and must include a balanced mix of safe and sensitive information. Safe to Share: My avatar, My favourite colour, My hobbies, My pet’s name. Keep Secret: My real photo, My home address, My school’s name, My passwords, My full real name. Each item is paired with a recognisable visual icon (e.g., a house for home address, a padlock for passwords) to reduce the linguistic decoding burden and allow all pupils to participate regardless of their current reading level.

 

Language Focus

The worksheet targets everyday, concrete vocabulary related to personal identity and the physical environment, building the BICS foundation essential for daily social integration. It also naturally reinforces essential safety commands, allowing the mentor to model and pupils to practise imperative structures such as “Do not share”, “Keep this secret”, and “Always protect”. For older pupils, the mentor can extend the activity by asking them to justify their sorting decisions using sentence frames: “I put this in ‘Keep Secret’ because…”, offering a first bridge toward CALP-level argumentation.

Worksheet 2 - Avatar Blueprint

Tool

A visually engaging Canva worksheet (https://www.canva.com), which can be downloaded as a printable PDF or filled out digitally on tablets. The design should incorporate clear visual icons alongside each text prompt to support comprehension through Digital Multimodal Composing (DMC).

 

Activity Description

Before pupils log into the avatar-creation platform, they use this blueprint to plan their digital character in advance. This preparation step is essential for managing cognitive load: by deciding on their avatar’s features, name, and hobbies using structured language scaffolds first, pupils arrive at the design tool knowing exactly what they want to create and can focus their mental energy on navigating the software rather than on generating ideas from scratch. 

  • For ages 7–10, the worksheet relies on DMC principles, pairing text gaps with clear visual icons (e.g., a palette icon for colours, a football for hobbies) so pupils can draw or write simple single words to fill the blanks. 
  • For ages 11–14, the linguistic complexity is slightly elevated: instead of single words, older pupils are prompted to write full simple sentences combining multiple adjectives (e.g., size and colour) before the noun. If devices are unavailable or a pupil is overwhelmed by the software, this worksheet also functions as a fully standalone paper-based alternative to the digital activity.

 

Content

The blueprint explicitly guides pupils away from sharing real-life identifiers through scaffolded prompts. The template includes: My Avatar’s Name is: _______ (Not my real name!); My Avatar has _______ [colour] _______ [body part: e.g., eyes / hair]; My Avatar likes to _______ [hobby]; My Avatar’s favourite colour is _______; and an open drawing area at the centre of the page where pupils can sketch their character before moving to the digital tools. The reminders embedded in the prompts (e.g., “Not my real name!”) reinforce the session’s core safety message in a low-pressure, visual way.

 

Language Focus

This worksheet heavily targets Basic Interpersonal Communicative Skills (BICS), which are essential for daily social integration. The activity focuses on basic anatomical vocabulary, everyday hobbies, and the correct structuring of descriptive sentences using adjectives for colours and sizes. It gives vulnerable learners the language structures they need to confidently introduce their avatar to their peers during the closing phase, transforming a potentially stressful oral task into a well-rehearsed and supported performance.

Worksheet 3 - Mapping a Safe Digital Community

Tool

Digital collaborative boards such as Padlet (https://padlet.com) using the “canvas” layout for mind-mapping, or Canva using collaborative mind-map templates (https://www.canva.com). Alternatively, physical large sheets of paper, sticky notes, and coloured markers can be used for a fully offline version.

 

Activity Description

Before creating their final digital avatars, pupils work in small groups of 3–4 to organise their understanding of digital safety visually. They place the central idea — “A Safe Digital Community” — in the middle of their digital or physical board and then branch outward to map two contrasting sets of ideas: positive behaviours and supporting arguments (e.g., “promotes trust”, “uses avatars to protect identity”) on one side, and opposing risks and challenges (e.g., “cyberbullying”, “identity theft”, “oversharing real photos”) on the other. Each branch should be supported by at least one specific example attached as evidence. Once the maps are complete, groups prepare short statements to present and justify their diagrams to the class. This activity is primarily intended for older pupils (ages 11–14) and functions as a conceptual anchor before the avatar creation task, ensuring that pupils understand the broader social context of digital safety before engaging with the personal identity work of the core learning phase.

 

Content

A structured visual mind-map diagram containing: a central node labelled “A Safe Digital Community” (or “My Safe Digital Identity”); positive branches covering behaviours that protect well-being, including using avatars, keeping personal data private, and showing respect online; negative branches covering risks and challenges such as identity theft, cyberbullying, and oversharing real names or photographs with strangers; and evidence slots attached to each branch where pupils add specific examples to support their reasoning.

 

Language Focus

This activity explicitly bridges older learners (ages 11–14) toward Cognitive Academic Language Proficiency (CALP). The focus is on structuring early academic reasoning through categorisation, argumentation, and justification. Pupils practise logical connectors and sentence starters such as: “One major cause of…”, “This is important because…”, “In most cases…”, and “This evidence strongly suggests that…”. The mind-map format also supports spatial and visual learners, allowing them to demonstrate conceptual understanding even when their written language proficiency is still developing.

Scenario 2: Digital Rules — Focus: Safe Surfing

Target Age Group

All ages (7–10 years; adaptable to 11–14).

 

Estimated Duration

45–60 minutes

 

Scenario Summary

In this scenario, pupils explore the concepts of netiquette and safe online behaviour by reflecting on the rules that govern how we treat each other in digital spaces. Starting from familiar real-life social situations, they discover that the same norms of respect and kindness apply online. Working collaboratively, pupils co-create shared behavioural guidelines for their own group — through a poster, a class charter, or a structured discussion — and begin to develop a shared sense of responsibility for the digital community they belong to. This scenario builds on the personal identity work of Scenario 1 and lays the social and ethical foundations needed for the critical evaluation tasks of Scenario 3.

Scenario 2 - Learning Objectives

Linguistic Objectives (BICS/CALP)

  • To produce and actively practice imperative verbs and command structures (e.g., “Do not click,” “Always block,” “Be respectful”) necessary for establishing clear safety rules.
  • To interact and negotiate meaning with peers using everyday conversational fluency (BICS) during the collaborative brainstorming and design phases.
  • To articulate simple justifications for why certain digital behaviours are safe or unsafe, bridging older pupils (ages 11–14) towards early Cognitive Academic Language Proficiency (CALP).

 

Digital Objectives

  • To collaborate through digital technologies by successfully navigating shared, drag-and-drop design platforms (such as Canva) to co-create a visual product.
  • To apply principles of netiquette by defining appropriate behavioural norms and communication strategies for interacting in digital environments.
  • To identify practical ways to protect health and psychological well-being online, including understanding digital footprints and strategies to prevent cyberbullying.

 

Personal/Social Objectives

  • To collaborate effectively in pairs or small groups, sharing roles, practicing active listening, and respecting peers’ contributions during the co-creation process.
  • To develop a strong sense of belonging, joint responsibility, and trust within the classroom community by agreeing on mutual “traffic rules” for the internet.
  • To demonstrate empathy and an understanding of how one’s online behaviour can impact the emotional and psychological well-being of others.

Scenario 2 - Digital Tools and Materials

Tool / Material Purpose / Notes on Use
Canva Pupils will work collaboratively in pairs to co-create their highly visual “Internet Safety” posters.
MagicSchool.ai The mentor uses this tool before the session to pre-simplify the list of internet safety rules, ensuring the vocabulary is perfectly adapted to the pupils’ current BICS proficiency
Padlet The mentor can use its “canvas” layout during the warm-up phase to collaboratively brainstorm and organize the group’s ideas about the “traffic rules” of the internet before they begin designing.
Laptops or Tablets Pupils can work together in pairs on their digital designs.
Interactive Whiteboard or Projector The mentor to introduce the concepts to the whole class, and for the pupils to display and present their finished posters during the closing “Gallery walk” phase.
Wizer.me or Liveworksheets Used to deliver the Online/Offline Mirror activity as an interactive digital drag-and-drop exercise, with embedded audio support for lower-proficiency pupils.
Google Slides or Genially Used to display the fictional chat exchanges for the Emoji Court activity, projected on screen for whole-class discussion or accessed individually on pupil devices

Scenario 2 - Step-by-Step Implementation

Opening Phase (Warm-up)
10 minutes

  • The mentor initiates a brainstorming session using a highly relatable, visual analogy: “If the internet were a physical city or a busy road, what would the traffic rules be to keep us safe?” Pupils briefly discuss their ideas in pairs. If devices are readily available, pupils can post initial one-word ideas or emojis onto a collaborative Padlet board to gather their thoughts visually.
  • The mentor acts as a language model, activating prior knowledge and explicitly introducing key Basic Interpersonal Communicative Skills (BICS) vocabulary and imperative verb structures (e.g., “Stop”, “Block”, “Be kind”, “Do not share”).
  • The mentor presents a list of “Golden Internet Rules” to the class. Crucially, these rules were pre-simplified before the lesson using Teacher-Supporting AI (MagicSchool.ai or ChatGPT) to ensure the vocabulary perfectly matches the pupils’ current language proficiency, preventing cognitive overload.

 

Core Learning Phase
[e.g., 25–35 minutes]

Pupils are grouped in pairs to foster collaborative learning and mutual scaffolding. They log into Canva to design their digital posters.

  • For ages 7–10: The focus is on concrete, simple visual rules for physical safety and data protection. Pupils practice Digital Multimodal Composing (DMC) by combining simple text with clear, universally understood icons (e.g., pairing a “Stop Sign” icon with the text “Don’t talk to strangers”, or a “Padlock” icon with “Keep passwords secret”).
  • For ages 11–14: The cognitive and linguistic complexity is elevated toward protecting psychological well-being (DigComp Area 4.3). Older pupils focus their posters on establishing netiquette, preventing cyberbullying, and managing digital footprints (e.g., using structures like “Always be respectful”, or “Think before you post a photo”).

The mentor acts as a language facilitator and digital mediator. They circulate the room, ensuring pupils are actively taking turns, pooling their linguistic resources, and negotiating meaning in the target language. The mentor provides ‘soft scaffolding’ to assist with Canva’s drag-and-drop interface if technical issues arise.

 

Closing Phase & Formative Assessment
[e.g., 10 minutes]

The mentor hosts a digital “Gallery Walk.” Each pair projects their finished Canva poster onto the interactive whiteboard and briefly presents one key rule they designed to the rest of the group.

The mentor facilitates a guided peer-feedback discussion. Pupils vote on their favourite rules to agree on the “Top 5 Digital Rules,” which officially become the shared behavioural norms for their mentoring group moving forward.

The mentor provides immediate, positive validation for the pupils’ oral production to build their confidence. Informally, the mentor observes how effectively the pupils collaborated and used the target imperative verbs, noting these observations down later in the Teacher Reflection Form.

 

Scenario 2 - Teacher Notes

Adaptation Notes

  1. Age Differentiation
  • For ages 7–10: Keep the digital rules concrete and highly visual. Encourage pupils to rely heavily on Digital Multimodal Composing (DMC) by using universally understood icons in Canva, such as a “stop sign” for “Don’t talk to strangers” or a “padlock” for “Keep passwords secret”.
  • For ages 11–14: Elevate the cognitive complexity to address DigComp Area 4.3 (Protecting health and well-being). Shift the focus of the rules toward netiquette, cyberbullying prevention, and managing digital footprints. Prompt them to consider the psychological impact of online behaviour (e.g., “Think before you post a photo”).

 

  1. Scaffolding for Language Proficiency (BICS)
  • Targeting Imperatives: The primary linguistic goal is mastering imperative verbs. Provide explicit sentence frames on the board for pupils to use on their posters (e.g., “Always [verb]…”, “Do not [verb]…”).
  • Peer Negotiation Support: Because this is a collaborative task, provide conversational scaffolding for pair work. Give them BICS phrases to negotiate meaning and take turns, such as “Let’s use this picture,” “I think we should write…”, or “Do you agree?”.
  • AI Simplification: Ensure that any example rules you provide during the warm-up have been pre-simplified using AI tools (like MagicSchool.ai) to perfectly match their current language level.

 

  1. Inclusion, SEN, and Tech Limitations
  • Managing Cognitive Load: To prevent learners from being overwhelmed by the Canva interface and the new language simultaneously, assign clear roles within the pairs (e.g., Pupil A searches for icons, Pupil B types the text). This “task decomposition” reduces extraneous cognitive load.
  • Tech Limitations: If devices are limited or pupils are easily distracted by the software, use the “Plan Our Poster” printable worksheet first. Have them sketch their layout and write their rules on paper before moving to the digital design phase.

 

  1. Socio-Emotional Support (The Mentor as an ‘Emotion Coach’)
  • The mentor acts as a digital mediator to foster a safe, inclusive classroom environment. Frame this activity not as the teacher imposing restrictions, but as the community agreeing on mutual “traffic rules” to protect one another.
  • Circulate the room during pair work to observe interactions. Step in to provide emotional encouragement and ensure that both partners are actively listening and respecting each other’s contributions.

 

Reflection Routine

After a pair presents their poster, guide the pupils to give structured peer feedback. They must identify “Two Stars” (two things the pair did well, such as using a great picture or a clear rule) and “One Wish” (one area for improvement or something they would add). This provides a low-pressure formative assessment while practicing respectful, collaborative communication.

Scenario 2 - Expected Outcomes

Expected Outcomes

  • Digital Competence: Pupils will demonstrate their ability to collaborate in a digital environment (using tools like Canva) to co-create a visual “Internet Safety” poster, establishing shared behavioural norms and netiquette for protecting well-being.
  • Linguistic Competence: Pupils will successfully employ imperative verbs (e.g., “Do not click”, “Always block”) and practice turn-taking and negotiation with their peers to achieve a shared goal.
  • Personal/Social Competence: Pupils will show active listening, respect for others’ contributions, and joint responsibility for the classroom community’s digital safety.

Scenario 2 - Ideas for Worksheets

Worksheet 1 - The Online/Offline Mirror

Tool

Wizer.me (https://app.wizer.me) or Liveworksheets (https://www.liveworksheets.com) for a digital drag-and-drop or matching version. Alternatively, a printed set of scenario cards with a two-column response sheet.

 

Activity Description

Pupils receive a set of scenario cards, each describing a real-life social situation (e.g., “A classmate shares a photo of you without asking”, “Someone calls you names in the corridor”, “A friend tells others your secret”). For each scenario, pupils must decide whether the same behaviour would be acceptable if it happened online, recording their answers in a simple two-column table: In Real Life and Online. After completing the table individually or in pairs, pupils discuss their responses with the group, guided by the mentor. The activity establishes the core principle that online behaviour has real emotional consequences and that netiquette is simply an extension of the social norms pupils already know from everyday life.

 

Content

A set of 6–8 scenario cards covering a range of social situations, from clearly unacceptable behaviours (sharing someone’s photo without permission, name-calling) to more ambiguous ones (forwarding a funny message, leaving someone out of a group chat). Each card is paired with a visual icon to support comprehension for lower-proficiency pupils. The two-column response sheet includes sentence starters: “In real life, this is…” / “Online, this would be…”

 

Language Focus

The primary linguistic target is modal verbs expressing obligation, permission, and prohibition: should, shouldn’t, must, must not, it is not okay to. The comparative structure (“Just as… online…” / “The same rule applies when…”) is introduced for older pupils (ages 11–14) to bridge toward early CALP. The mentor models the target forms explicitly before the activity begins and provides a visible grammar reference on the board.

Worksheet 2 - Our Class Internet Charter

Tool

Canva (https://www.canva.com) using a collaborative document or poster template, allowing pairs or small groups to contribute to a shared design in real time. Alternatively, a structured printable template can be used, which the group fills in by hand and displays in the classroom.

 

Activity Description

Pupils co-construct a short written charter of 5–6 rules specifically for their own mentoring group. Working in small groups, pupils first brainstorm behaviours they consider important for their class community, both online and in digital communication. Each rule they agree on must be written in full, using an imperative form, and must include a justification clause beginning with because. Once each group has drafted their rules, the class votes to select the most important ones. The final charter is compiled by the mentor, printed, and formally adopted by the group as their shared code of conduct for the course. This transforms the worksheet from a one-off exercise into a living classroom document with genuine social meaning.

 

Content

A structured template with 5–6 numbered rule slots, each containing two scaffolded prompts: “We [do not / always / must]…” followed by “…because…”. Example rules to model the format: “We do not share photos of others without permission, because everyone has the right to privacy”; “We always use kind words online, because our messages can hurt people even when we cannot see their faces.” The template also includes a signature space at the bottom, where all pupils can sign the charter to formalise their shared commitment.

 

Language Focus

The core linguistic focus is the imperative form in both its positive (“Always respect…”) and negative (“Do not share…”) constructions, consolidating the key grammar target of Scenario 2. The addition of the because clause requires pupils to produce simple causal reasoning, which bridges older pupils (ages 11–14) toward early Cognitive Academic Language Proficiency (CALP). The mentor provides a visible bank of sentence starters and connectors: “We believe that…”, “This matters because…”, “Everyone deserves…”.

Worksheet 3 - Emoji Court: Is This Cyberbullying?

Tool

Google Slides (https://docs.google.com/presentation) or Genially (https://genially.com) to display the fictional chat exchanges visually on screen. Pupils record their verdicts and justifications on a printed or digital response sheet. Physical versions can be produced as printed chat-style cards with space for written responses below each exchange.

 

Activity Description

Pupils are presented with a series of 5–6 short, fictional chat exchanges or social media comment threads, illustrated in a familiar messaging app format and incorporating emojis alongside simplified text. For each exchange, pupils must deliver a verdict by selecting one of three categories: Cyberbullying, Unkind but not bullying, or Perfectly fine. Crucially, they must then justify their verdict in writing or orally using a sentence frame provided by the mentor. After individual or pair work, the class reconvenes for a guided “courtroom” discussion in which the mentor facilitates debate between pupils who have reached different verdicts, encouraging them to listen to and evaluate each other’s reasoning. The fictional format ensures pupils can engage with sensitive themes safely, without drawing on potentially distressing personal experiences.

 

Content

Five to six fictional chat exchanges of varying severity, designed to provoke genuine discussion. Examples: a group chat where one pupil is deliberately excluded; a comment thread where someone posts a mocking nickname repeatedly; a message where a pupil shares an embarrassing photo of a classmate as a joke; and a neutral exchange to serve as a control. Each scenario is presented in a recognisable chat-bubble format with emojis to support visual comprehension. The three verdict options are displayed as clearly labelled icons (a red stop sign, an orange warning triangle, and a green checkmark) to support lower-proficiency pupils and those with SEN.

 

Language Focus

The worksheet targets evaluative and descriptive vocabulary related to online behaviour and emotional impact: aggressive, hurtful, disrespectful, unkind, threatening, embarrassing, intentional. Pupils practise structured justification sentences using frames such as: “I think this is cyberbullying because…”, “This is unkind but not bullying because it only happened once and…”, “This behaviour is not acceptable because…”. For older pupils (ages 11–14), the mentor can introduce the concept of intent versus impact (e.g., “Even if the person did not mean to hurt them, the effect was…”), extending the activity toward more nuanced CALP-level argumentation.

Scenario 3: Fact, Fiction, and Privacy — Focus: Focus: Critical Evaluation

Target Age Group

11-14 years (adaptable for younger with heavier scaffolding)

 

Estimated Duration

60 minutes

 

Scenario Summary

In this scenario, pupils develop critical media literacy by learning to question the reliability of what they encounter online. Using the See – Think – Wonder thinking routine as an entry point, they analyse real versus fake digital content — including phishing websites and AI-generated texts. Working as “privacy detectives” in pairs, they apply reading comprehension strategies (scanning and skimming) to identify factual errors, AI hallucinations, and accidental privacy breaches in digital texts and social media profiles. A final comparative task (AI vs. Human) challenges older pupils to evaluate credibility and construct justified arguments. This scenario bridges learners toward Cognitive Academic Language Proficiency (CALP) while building responsible digital citizenship.

Learning Objectives

Linguistic Objectives (BICS/CALP)

  • To develop reading comprehension strategies, specifically scanning and skimming, to locate and extract key information, factual errors, and privacy breaches in short digital texts.
  • To articulate and justify opinions using structured academic language and sentence frames (e.g., “I think this is fake because…”, “This is unsafe because…”, “In contrast…”, “This evidence suggests that…”), bridging pupils toward early CALP.
  • To practise observation and inquiry language through the See – Think – Wonder routine, producing descriptive and analytical sentences (e.g., “I observe…”, “I think this means…”, “I wonder why…”).

 

Digital Objectives

  • To critically evaluate data, information, and digital content (DigComp Area 1.2) by assessing the credibility and reliability of digital sources, distinguishing between factual reporting and AI hallucinations.
  • To identify practical ways to protect personal data and privacy (DigComp Area 4.2) by recognising phishing scams and understanding the real-world implications of oversharing sensitive information online.
  • To use digital or physical annotation tools (such as colour-coded highlighters in Google Slides or printed texts) to visually categorise information as safe/unsafe or true/false, reinforcing multimodal meaning-making (DMC).

 

Personal/Social Objectives

  • To display a critical mindset and digital citizenship by acting as responsible “privacy detectives” who learn to question the origins, intent, and accuracy of online information before trusting it.
  • To collaborate effectively in group evaluation tasks, actively listening to peers, sharing insights, and considering different perspectives when debating the safety of a digital scenario.

Digital Tools and Materials

Tool / Material Purpose / Notes on Use
Genially or Google Slide Used by the mentor to display the screenshots of real websites, phishing scams, and fake news headlines during the See – Think – Wonder warm-up activity.
Kahoot! Used to run an interactive, gamified quiz designed by the mentor to help pupils practice identifying safe websites versus scams.
ChatGPT or MagicSchool.ai Used by the mentor before the session to generate a short text containing deliberate factual errors or privacy breaches for the Fact-Check the Bot activity, and to create the AI-generated profile for the AI vs. Human comparison.
Google Slides, Canva, or Figma Slides Used by pupils to complete the AI vs. Human Venn diagram template, visually categorising differences in credibility, tone, and privacy risk between two texts.
Highlighters (Digital or Physical) Required for pupils to mark the factual errors they find in the AI-generated text.
See – Think – Wonder Graphic Organiser A printed or digital worksheet guiding pupils through the structured observation routine during the warm-up phase.

Step-by-Step Implementation

Opening Phase (Warm-up)
10 minutes

  • The mentor projects a series of screenshots onto the interactive whiteboard using Genially or Google Slides: a legitimate website, a phishing scam email, and a fake news headline. Pupils apply the Harvard Project Zero See – Think – Wonder routine using printed or digital graphic organisers. They describe exactly what they see (e.g., a strange URL, spelling errors), articulate what they think the content is trying to do (e.g., steal a password, spread false information), and express what they wonder about its origins or purpose.
  • The mentor uses this discussion to introduce or consolidate the key vocabulary and concepts of “phishing”, “fake news”, “deep-fakes”, and “AI hallucinations”. Sentence frames are displayed on the board: “I observe…”, “I think this means…”, “I wonder why…”.

 

Core Learning Phase
35 minutes

  • The core learning phase is built around three complementary activities that the mentor can use selectively depending on the pupils’ age, language proficiency, and available time. Not all activities need to be used in a single session; the mentor may choose two of the three, or use the third as an extension task for more advanced pupils.
  • Gamified Quiz [approx. 10–15 minutes]: The mentor uses an interactive quiz tool (such as Kahoot!) to help pupils practise distinguishing between safe and unsafe digital content in a low-pressure, gamified format. This activity functions as a formative checkpoint before the more demanding analysis tasks.
  • Critical Text Analysis [approx. 15–20 minutes]: Pupils work in pairs to read and annotate a short digital text or social media profile prepared by the mentor before the session using AI tools (such as ChatGPT or MagicSchool.ai). The text contains a mix of safe information and deliberate problems — such as accidentally shared personal data, factual errors, or AI hallucinations. Pupils identify and categorise the problematic content, justifying their choices using sentence frames provided by the mentor (e.g., “This is unsafe because…”, “I think this is wrong because…”).
  • Comparative Evaluation [approx. 15 minutes, recommended for ages 11–14]: Pupils compare two short texts or profiles — one human-written, one AI-generated — and visually map the differences in credibility, tone, and privacy risk using a graphic organiser such as a Venn diagram. The mentor provides comparative language frames to support academic argumentation.
  • Throughout all activities, the mentor circulates the room, providing language scaffolding, managing cognitive load, and guiding pupils toward the key insight: that online content — including AI-generated content — always requires critical human evaluation.

 

Closing Phase & Formative Assessment
10 minutes

  • To close the session, the mentor implements the Harvard Project Zero thinking routine “I used to think… Now I think…”. Pupils are guided to reflect on how their understanding of digital information, AI content, or data privacy has evolved during the lesson (e.g., “I used to think everything on the internet was true, but now I think I need to check the source.”). Pupils may respond orally, in writing, or by posting to a collaborative Padlet board.
  • As a final exit task, each pupil commits to one concrete action: either one privacy setting they will change on their own devices, or one specific check they will carry out before trusting a website in the future.
  • After the session concludes, the mentor completes the Teacher Reflection Form (Annex 4 of the Methodological Guidelines), evaluating the effectiveness of the AI tools used, the pacing of the three activities, and the language scaffolding provided. This reflection feeds directly into the planning of subsequent modules.

Teacher Notes

Adaptation Notes (Differentiation Strategies)

  • For younger or lower-level pupils: Reduce the cognitive load by using shorter texts, incorporating more visuals, and focusing on oral comparison tasks rather than written ones. Provide explicit sentence frames and allow the use of gestures or their mother tongue (L1) to help them express their ideas comfortably.
  • For higher-level or older pupils (Ages 11–14): Elevate the academic rigor by requiring written justifications for their evaluations and introducing more complex texts or AI “hallucinations” for them to critique.
  • For pupils with Special Educational Needs (SEN): Provide highly structured support by using clear checklists, breaking tasks down into smaller, clear steps, and repeatedly modelling the evaluation process.
  • Addressing technology limitations: If devices or internet access are unreliable, the activity can easily be taken offline. Print out the AI-generated texts or fake news headlines and facilitate a whole-class discussion using physical highlighters instead of digital collaborative boards.

 

Reflection Routine

  • To close the session, implement the Harvard Project Zero thinking routine “I used to think… Now I think…”. Ask pupils to reflect on how their understanding of digital information, AI content, or data privacy has evolved during the lesson. For example, a pupil might be guided to say, “I used to think everything on the internet was true, but now I think I need to check the source.”
  • After the session concludes, the mentor should complete a brief Teacher Reflection Form. The mentor evaluates the effectiveness of the AI tools used and the language scaffolding provided, specifically noting what worked well during the critical debate and what needs adjusting for future sessions (e.g., modifying the pacing or increasing vocabulary support).

Expected Outcomes

Expected Outcomes

  • Digital Competence: Pupils will demonstrate critical media literacy by successfully applying the See – Think – Wonder routine and colour-coded annotation to identify phishing attempts, AI hallucinations, and privacy breaches in digital texts, reflecting DigComp Areas 1.2 and 4.2.
  • Linguistic Competence: Pupils will demonstrate emerging CALP skills by using structured academic sentence frames to justify their evaluations, compare sources, and articulate their reasoning during pair work and whole-class discussion.
  • Personal/Social Competence: Pupils will display a critical and responsible digital citizenship mindset, questioning the origins and reliability of online information and recognising that AI outputs require human oversight, critical evaluation, and ethical judgement.

Ideas for Worksheets

Worksheet 1 - Fact-Check the Bot

Tool

Google Slides (https://docs.google.com/presentation), Figma Slides (https://www.figma.com/slides/), or a collaborative document. Alternatively, printed texts with physical red and green highlighters can be used. Example of downloadable PDF file.

 

Activity Description

Before the lesson, the mentor uses Teacher-Supporting AI (such as ChatGPT or MagicSchool.ai) to generate a short, simple paragraph. The prompt should ask the AI to write an introduction for a fictional 12-year-old character who accidentally shares too much personal information online.

Implementation: Pupils are assigned the role of “Safety Detectives”. Working in pairs, they read the AI-generated text and must critically evaluate it. They use digital or physical highlighters to mark the unsafe, sensitive information in red, and the safe, general information in green.

 

Content

The text should contain a mix of harmless hobbies and critical privacy breaches. For example:

“Hi! My name is Sarah. I am 12 years old and I live at 10 Main Street. Here is a picture of me in my school uniform at St. Mary’s High School. My favourite food is pizza and my password for my favourite game is Pizza123.”

 

Language Focus

  • Reading Comprehension: The primary linguistic focus is developing scanning and skimming skills, allowing pupils to extract specific information from a short text.
  • Higher-Order Thinking Skills: For these older pupils (ages 11-14), the mentor should use this worksheet to transition them toward early Cognitive Academic Language Proficiency (CALP). Instead of just identifying the words, the mentor should provide sentence frames that require pupils to justify their choices and practice argumentation. For example: “I highlighted the password in red because…” or “This is unsafe because…”

Worksheet 2 - AI vs. Human

Tool

Digital collaborative tools such as Canva (https://www.canva.com/), Google Slides , or Figma Slides (https://www.figma.com/es-es/slides/) for the Venn diagram templates. The mentor also uses ChatGPT or MagicSchool.ai (https://www.magicschool.ai/) prior to the lesson to generate the AI text. Here is an example worksheet for this activity.

 

Activity Description

The mentor presents two short texts or social media profiles side-by-side: one written by a human and one generated by AI. Working in pairs, pupils compare the two sources to identify which one contains factual errors or overshares personal data. They use a Venn diagram or Idea Mapping template to visually categorize the differences in credibility, tone, and privacy risks.

 

Content

Two distinct texts or profiles for comparison. One should be a safe, human-written text, while the other is an AI-generated text containing deliberate “hallucinations” (factual errors) or a fictional profile giving away sensitive data like an address, school, and passwords.

 

Language Focus

This activity bridges learners to Cognitive Academic Language Proficiency (CALP) by focusing on comparative language and justification. The mentor provides sentence frames such as “Similarly…”, “In contrast…”, “On the one hand… On the other hand…”, and “This evidence strongly suggests that…” to help pupils debate information credibility.

Worksheet 3 - See – Think – Wonder

Tool

An interactive whiteboard or projector using Genially or Google Slides to display the images. Pupils use digital or printed “See – Think – Wonder” graphic organizers. Here you can find an example of a worksheet.

 

Activity Description

The mentor projects screenshots of various digital environments, including legitimate websites and cleverly disguised phishing scams or fake news headlines. Pupils apply the Harvard Project Zero “See – Think – Wonder” routine. They detail exactly what they see (e.g., a strange URL), articulate what they think the website is trying to do (e.g., steal a password), and express what they wonder about its origins or safety.

 

Content

Visual screenshots of real-world digital threats, such as a phishing email with deliberate spelling errors demanding an urgent password reset, compared directly with a legitimate website or email.

 

Language Focus

The focus is on developing observation and inquiry skills through structured academic language (CALP). Pupils practice formulating descriptive and analytical sentences using frames like “I observe…”, “I think this means…”, and “I wonder why…”.

3. FORMATIVE ASSESSMENT STRATEGY

Assessment within this module (and the wider TELMS methodology) is strictly formative, informal, and low-pressure. The goal is to collect detailed information to improve instruction while learning is happening, rather than assigning grades, which helps lower anxiety and hesitation for migrant pupils.

3.1 Observation

Throughout the module, the mentor acts as an active facilitator, continuously carrying out ongoing, structured (but informal) observation during warm-ups, collaborative pair work, and digital tasks. The mentor circulates the room to monitor how pupils respond to the activities and navigate the digital environments without interrupting their flow.

The mentor carries out ongoing, structured observation during activities, focusing on:

  • Use of language (participation, key expressions, progress from BICS to CALP): The mentor listens for the pupils’ ability to transition from everyday conversational language (BICS) to using structured academic language (CALP). Specifically, they look for whether pupils are successfully using provided sentence frames (e.g., “I think this is fake because…” or “This evidence suggests…”) to justify their reasoning when evaluating AI-generated texts or phishing scams.
  • Interaction and collaboration: The mentor observes how effectively pupils negotiate meaning with their peers. They look for active listening, respectful turn-taking, and whether pupils are pooling their linguistic resources during group debates or while collaborating on digital boards.
  • Engagement, confidence, and emotional well-being: The mentor notes changes in participation and willingness to communicate. They look for signs of increased self-confidence when speaking in the host language, ensuring that the classroom remains a safe, supportive environment where pupils feel comfortable taking risks and expressing their opinions.
  • Interaction with digital tools: The mentor watches how comfortably pupils navigate the selected digital platforms (e.g., Kahoot!, shared digital boards, or AI chatbots). They observe if a student struggles with a user interface or if they successfully apply critical media literacy skills to identify AI “hallucinations” and unsafe digital content.

How observations are recorded (informally): Observations are not formally graded. Instead, the mentor uses informal techniques, such as brief mental notes or quick, low-pressure conversations with the pupils during the activity to gauge understanding. After the session concludes, the mentor formally records these observations in the Teacher Reflection Form, noting any challenges with the digital tools, emotional climate, or language barriers. This allows the mentor to iteratively adjust the pacing, language scaffolding, or tool selection for the next session to better support the pupils’ continuous development.

3.2 Exit Questions and Self-Reflection

At the end of the session, the mentor utilizes quick, low-pressure reflective prompts to help pupils consolidate their learning and articulate their evolving understanding. Because Scenario 3 focuses heavily on critical evaluation, data privacy, and identifying misinformation, the exit questions are designed to bridge learners toward Cognitive Academic Language Proficiency (CALP) by structuring how they express changing opinions.

Specific Prompts Used:

  • “I used to think… Now I think…”: This is a highly recommended Harvard Project Zero thinking routine for post-lesson reflection. The mentor provides this sentence frame for pupils to reflect on how their understanding of AI or digital information has changed. (e.g., “I used to think everything on the internet was true, but now I think I need to check the source”).
  • Action-Oriented Prompts: To solidify the practical safety aspects, the mentor can ask, “Share one privacy setting you will change on your own device today,” or “What is one specific thing you will check before trusting a website in the future?”.
  • Simple Scaffolded Prompts: For pupils needing more language support, the mentor can provide basic sentence starters such as “One thing I learned today is…” or “Evaluating AI was easy/difficult because…”.

 

How pupils assess their own learning: These prompts allow pupils to pause and actively recognise their own cognitive growth. By completing the sentence frames, they self-assess whether they achieved the session’s objectives (e.g., learning to spot fake news or protect their data) and practice academic justification in a safe, structured format.

How the mentor uses the responses: The mentor uses these quick responses as an immediate, informal diagnostic tool. If the pupils’ responses show a clear understanding of digital citizenship and data privacy, the mentor knows they are ready to progress. If the responses reveal lingering misconceptions (e.g., pupils still expressing blind trust in AI-generated text), the mentor notes this in their Teacher Reflection Form and uses the insight to adjust the pacing, revisit key vocabulary, or provide heavier scaffolding in the following sessions.

3.3 Peer Assessment

Because Scenario 3 involves complex critical thinking and evaluating digital information, peer assessment is integrated directly into the core collaborative tasks. This approach reduces the anxiety of formal teacher evaluation while empowering learners to take responsibility for their own learning.

Specific Peer-Assessment Activities:

  • “Detective Debates” (Group Feedback): After working in pairs to evaluate the AI-generated text or hypothetical social media profile, pupils merge with another pair to form a small group of four. They cross-check their work, comparing what information they highlighted as “safe,” “unsafe,” or “factually incorrect.”
  • Guided Peer Feedback (CALP Focus): To support the transition toward Cognitive Academic Language Proficiency (CALP), the mentor provides structured sentence frames for giving constructive peer feedback during these debates. Instead of simple phrases, pupils use frames such as, “I agree with your choice because…”, “I noticed that you highlighted…, but I think…”, or “Another perspective is…”.

 

How it fosters collaborative learning and a supportive environment:

  • Enhancing Metacognitive Skills: As noted in the DigCompEdu framework, peer assessment improves students’ metacognitive skills and deepens their understanding of the course materials. By evaluating a peer’s reasoning on why a piece of information is unsafe or fake, pupils actively reinforce their own critical media literacy.
  • Knowledge Diffusion: Comparing findings allows pupils to pool their linguistic resources and share different cultural or personal insights regarding privacy, enhancing learning through the direct exchange of ideas.
  • Emotional Safety and Inclusion: By structuring the feedback with clear, respectful sentence frames, the mentor ensures the classroom environment remains emotionally supportive. This peer-to-peer structure shifts the focus away from “getting the right answer for the teacher” toward collaborative knowledge generation. It fosters a safe space where migrant pupils can practice academic debate, respectful disagreement, and active listening without the stress of being formally graded.

3.4 Mentor Reflection

After concluding the “Fact, Fiction, and Privacy” scenario, the mentor completes the Teacher Reflection Form (located in Annex 4 of the Methodological Guidelines). This brief post-session reflection is a crucial component of the TELMS methodology, allowing the mentor to critically review the session and ensure continuous, iterative improvement for the migrant pupils.

The mentor focuses their reflection on three key areas:

  • Effectiveness of AI Tools: The mentor evaluates whether the AI tools used during the session (such as ChatGPT, which was used to generate the “fake” or hallucinated texts) effectively supported the learning objectives without overwhelming the learners or creating confusion. They reflect on whether the AI-generated content was appropriately leveled for the pupils and if it successfully stimulated critical thinking. Based on this, the mentor notes if the AI tools need to be simplified, replaced, or more explicitly guided in subsequent sessions.
  • Effectiveness of Language Scaffolding (CALP): Because Scenario 3 demands higher cognitive and linguistic effort to transition toward Cognitive Academic Language Proficiency (CALP), the mentor reflects on whether pupils successfully understood and utilized the target language. They assess whether the provided academic sentence frames (e.g., “I think this is fake because…”) were sufficient for pupils to justify their arguments, or if additional supports (like more visuals or repetition) are needed. Alternatively, if the pupils are mastering the language, the mentor may note that the scaffolding can be gradually reduced (faded) to promote independence.
  • Activity Design and Emotional Climate: The mentor considers overall pupil engagement, participation levels, and whether the cognitive load was manageable during the group debates. Crucially, the mentor reflects on the emotional safety and inclusion of the classroom environment, ensuring that all learners felt supported, respected, and comfortable expressing their opinions and questioning information.

 

How this feeds back into ongoing delivery: This reflective practice enables highly responsive teaching. By identifying exactly what worked well and what challenges appeared (such as pacing issues, technical difficulties, or vocabulary gaps), the mentor can immediately adapt their strategies, tool selection, and materials to better meet the linguistic, cognitive, and emotional needs of the pupils in future mentoring sessions.

PART 4. ADDITIONAL NOTES AND CONTEXTUAL INFORMATION

4.1 Cultural and Contextual Considerations

Linguistic Diversity and Translanguaging 

The educational context is characterised by a high presence of newly arrived migrant pupils with highly diverse linguistic backgrounds who are in the process of acquiring the language of the host country. Because these pupils may have accumulated varied levels of proficiency, the module relies heavily on Digital Multimodal Composing (DMC)—combining images, symbols, and simple text—to bypass immediate linguistic decoding and reduce cognitive load. Furthermore, mentors should foster a “translanguaging” environment, allowing pupils to use their full linguistic repertoire, including their mother tongues, to navigate academic tasks, negotiate meaning with peers, and build confidence before presenting their work in the target language.

 

Digital Access and Prior 

Experience (The Digital Divide) While digital tools are increasingly integrated into modern teaching practices, there are often significant disparities in access to technology, reliable internet, and prior digital experience among migrant pupils. To ensure an equitable and inclusive environment, all digital activities (such as using Canva, Kahoot!, or interactive boards) should be completed using school-provided devices. Mentors must not assume prior digital literacy; instead, they should employ an “inverted scaffolding model” where they initially provide high-intensity technical guidance and gradually fade this support as the mentees gain independence. If internet access or devices fail, the mentor should be prepared to adapt digital activities into low-tech or offline alternatives.

 

Cultural Attitudes 

Towards Authority and Critical Thinking Cultural norms regarding privacy, sharing personal information, and questioning authority can vary significantly among migrant pupils. In scenarios that require critical evaluation and logical argumentation (such as Scenario 3’s focus on “Fact-checking the bot” and evaluating AI hallucinations), some pupils may come from educational backgrounds where actively questioning written text or algorithmic authority is uncommon or discouraged. Therefore, the mentor must actively cultivate a safe, respectful, and inclusive classroom environment where critical thinking, respectful disagreement, and inquiry are normalized and encouraged.

 

Socio-Emotional and Trauma-Informed Sensitivities 

Migrant and refugee pupils frequently navigate complex emotional landscapes related to social displacement, trauma, and adaptation to a new culture. When discussing topics like “digital identity”, data tracking, or online dangers (such as cyberbullying or phishing), the mentor must employ a trauma-informed approach. The mentor acts as an “emotional safety net,” delivering the vital human empathy that algorithmic systems lack. Discussions surrounding internet safety should be framed positively around empowerment, resilience, and community building, rather than fear, to ensure the classroom remains a space where pupils feel a strong sense of belonging.

4.2 Connections to National Curriculum

This module is aligned with the Catalan primary education curriculum (LOMLOE), with a focus on Catalan as the vehicular language and the progressive development of academic language (CALP) established in the school’s PLC (Projecte Lingüístic de Centre).

 

It contributes to the development of:

  • Linguistic and communicative competence, fostering respect for linguistic and cultural diversity, and the progressive development of academic language (CALP).
  • Digital competence, in line with the European DigComp framework, promoting critical and responsible use of digital tools.
  • Personal, social and learning-to-learn competence, through Social-Emotional Learning (SEL) and resilience.
  • Intercultural and inclusive education.

 

The module also reinforces the role of the aula d’acollida (reception class) as a key space for linguistic immersion, emotional support, and progressive inclusion in the mainstream classroom

4.3 References and Resources

  • Departament d’Educació de la Generalitat de Catalunya (2022). Currículum d’educació primària (LOMLOE).
  • European Commission (2022). DigComp 2.2: The Digital Competence Framework for Citizens.
  • Council of Europe (2020). Common European Framework of Reference for Languages (CEFR).
  • Jim Cummins (2000). Language, Power and Pedagogy.
  • Daniel Goleman (1995). Emotional Intelligence.
  • OECD (2019). OECD Learning Compass 2030.
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