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5.1 Solving technical problems

Topic Activity

Tech Trouble? Solve it Yourself!

Aim of the activity

To empower adult learners to identify, diagnose, and solve basic technical problems independently by using available tools, AI assistants, and digital troubleshooting strategies.

Target Group

Duration

60–75 minutes (adaptable depending on the context)

Objective

To empower adult learners to identify, diagnose, and solve basic technical problems independently by using available tools, AI assistants, and digital troubleshooting strategies.

Materials necessary to execute activity

Online / Hybrid:

·       Zoom / Google Meet / MS Teams

·       Google Docs or shared LMS

·       Stable internet and devices (PC/tablet/smartphone)

·       Room with a projector and webcam

·       AI tools: ChatGPT, Copilot, platform-specific help bots (e.g. Moodle Assistant)

·       Access to sample error messages or screenshots

In person:

·       Laptops/tablets with internet access

·       Flipchart or whiteboard

·       Pens and sticky notes

·       Printed “problem cards” with realistic tech issues

Steps for implementation

1. Introduction & Framing (10-15 min)

·       Ask learners: “What was the last technical problem you had during a digital course?”

·       Discuss common issues (e.g., can’t hear audio, broken link, frozen app) introducing the key idea: “You don’t need to be a tech expert. You need a method and mindset.”

·       Present 3 golden rules for digital troubleshooting:

o   Observe > Diagnose > Test

o   Stay calm and break it down

o   Use what you already know (help articles, forums, AI, peer support)

2. Group Task – Diagnose & Fix (30 min)

Divide participants into small groups (3–4).

Each group receives 1–2 realistic “tech problem cards”, such as:

  • A student cannot open a shared file

  • Your mic is not working on Zoom

  • A PDF won’t upload to a platform

  • An LMS page gives a “403 error”

Each group must:

  1. Identify the problem clearly (symptoms, tools, platform)

  2. Use an AI assistant or help article to find at least two possible solutions

  3. Document the step-by-step process to test the solution

  4. Prepare a mini tutorial (written or screen-recorded) to explain it to others

3. Sharing and reflection (20 min)

Each group presents one problem and how they solved it:

  • What tools did they use?

  • What did the AI/tool suggest?

  • What worked and what didn’t?

Encourage other groups to ask: “What would you do differently?”

4. Self-assessment and feedback (10 min)

Learners complete a quick self-assessment:

·       Comfort with using digital tools

·       Confidence in applying netiquette

·       Areas for further learning

Use Padlet or printed forms for feedback.


Adaptation Tips

Online:

  • Provide editable Google Docs or shared LMS folders where each group can access the tech issue cards (in text or image format) and record their solutions.

  • Use breakout rooms for collaborative problem-solving, assigning clear roles (e.g., researcher, note-taker, presenter).

  • Share screenshots of common tech issues (e.g., Zoom error messages, file upload failures) as downloadable files for simulation purposes.

  • Offer a list of AI prompt examples learners can use directly in ChatGPT or Copilot, such as:“Zoom microphone not working – step-by-step solution?”“How to fix 403 error on a Moodle page?”

  • Have groups present solutions via screen sharing, showing their step-by-step process and how they used support resources.

  • Use a shared Padlet wall for learners to upload mini-tutorials, final reflections, and self-assessment entries.

In person:

  • Distribute printed "tech problem cards" to each group, ensuring a variety of realistic and relatable issues.

  • Ensure each group has access to at least one laptop or tablet with internet access for research and AI assistance (ChatGPT, Copilot, help forums).

  • Set up tech corners or tables with flipcharts or large paper sheets where groups can diagram and annotate their diagnostic process.

  • If devices are limited, rotate AI use: assign one station where groups can take turns consulting the AI assistant via the facilitator's device.

  • Encourage groups to document their process in both analog (flipchart notes) and digital formats (e.g., typing out steps in a shared file).

  • Use a projector or screen for presentations where groups share tutorials or visual explanations of the problems they tackled.

Hybrid:

  • Distribute digital versions of the problem cards in a shared folder accessible to both in-room and remote participants.

  • Form mixed groups (on-site and online participants), using shared documents (Google Docs, OneNote, Notion) for real-time collaboration.

  • Assign technical roles across formats, such as:

    • Remote learner = AI researcher

    • In-person learner = process diagrammer or summarizer

    • Shared = presenter or tutor developer

  • Use a projector and webcam setup so remote participants can observe live troubleshooting and participate in group discussions.

  • Encourage all groups to contribute their final solutions to a central digital repository, visible to everyone (e.g., Google Drive, LMS folder).

  • Include a live feedback board or reflection doc (e.g., Padlet or shared slide deck) for all learners to post their takeaways and unresolved questions.

Skills developed with the activity

·       Learners can apply structured troubleshooting techniques

·       Learners use AI support tools (chatbots, help centers)

·       Increased confidence and autonomy in digital environments

·       Improved communication of tech issues (describing clearly, supporting others)

Methodology

-       On-site

-        Online

-        Hybrid

Evaluation

Self-assessment and feedback (10 min)

Learners complete a quick self-assessment:

·       Comfort with using digital tools

·       Confidence in applying netiquette

·       Areas for further learning

Use Padlet or printed forms for feedback.

Links & References

Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can be held responsible for them.

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Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can be held responsible for them.

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