Knowledge Deepening in the UNESCO ICT-CFT

Introduction

Knowledge Deepening is the second level of the UNESCO ICT Competency Framework for Teachers, often called UNESCO ICT-CFT. It builds on Knowledge Acquisition, but it goes further. At the Knowledge Acquisition level, teachers often use ICT to present information, support basic practice, check understanding, and develop digital literacy. At the Knowledge Deepening level, teachers use ICT to help students apply knowledge, solve problems, investigate questions, collaborate with others, and connect learning with real-life situations.

In simple terms, Knowledge Deepening asks:

How can ICT help students use knowledge, not just remember it?

This is a major shift. Students are not only watching a video, reading digital notes, or answering a quiz. They are using digital tools to explore, analyse, compare, discuss, model, design, and explain. The teacher’s role also changes. The teacher is still important, but the role becomes more focused on designing meaningful learning tasks, guiding inquiry, supporting collaboration, asking deeper questions, and helping students reflect on their learning.

UNESCO describes ICT-CFT Version 3 as a framework for guiding pre-service and in-service teacher training on ICT use across education systems. UNESCO also explains that effective ICT integration can transform pedagogy and empower students, and that teachers need competencies to guide learners in developing knowledge society skills such as critical and innovative thinking, complex problem-solving, collaboration, and socio-emotional skills.

What Knowledge Deepening Means

Knowledge Deepening means that ICT is used to support deeper understanding and application of knowledge. Students do not only learn facts; they use concepts and skills to deal with problems, questions, cases, projects, and situations.

At this level, teachers may ask learners to:

• investigate a real-world problem;
• collect and analyse data;
• use simulations to test ideas;
• work collaboratively on a shared task;
• compare different sources of information;
• apply subject knowledge to practical situations;
• create explanations supported by evidence;
• use digital tools to model processes or relationships;
• present findings to classmates or a wider audience.

Knowledge Deepening is closely linked with active learning. Students are expected to think, discuss, explore, and apply. ICT becomes a tool for learning activity, not just a tool for teacher presentation.

For example, in a Knowledge Acquisition lesson about weather, a teacher may show a video explaining clouds and rainfall. In a Knowledge Deepening lesson, students may collect weather data over two weeks, enter it into a spreadsheet, create graphs, compare patterns, and discuss how weather affects daily life in their community.

The topic may be the same, but the learning experience is deeper.

Knowledge Deepening in the ICT-CFT Matrix

In the UNESCO ICT-CFT matrix, Knowledge Deepening appears across all six aspects of teacher practice. It is not limited to pedagogy alone. It also affects curriculum, assessment, digital skills, organisation, policy understanding, and teacher professional learning.

This table shows that Knowledge Deepening requires planning. The teacher must think about the learning goal, the digital tool, the student activity, the assessment method, and the classroom organisation.

From Knowledge Acquisition to Knowledge Deepening

Knowledge Deepening grows naturally from Knowledge Acquisition. Teachers do not need to abandon basic ICT uses. Instead, they extend them.

The difference is not always the tool. Often, the difference is the learning task. A spreadsheet can be used for simple marks recording, or it can be used by students to analyse data and draw conclusions. A video can be used for passive watching, or it can become part of an inquiry task. A shared document can be used to copy notes, or it can support collaborative writing and peer feedback.

Knowledge Deepening depends on purposeful lesson design.

Problem-Solving as a Core Feature

Problem-solving is one of the most important features of Knowledge Deepening. Students use what they know to deal with a question, challenge, or situation that requires thinking.

A good problem-solving task usually has these features:

• it connects with curriculum goals;
• it requires students to apply knowledge;
• it has more than one step;
• it may allow more than one possible approach;
• it encourages discussion and reasoning;
• it uses evidence or data;
• it includes feedback and revision.

ICT can support problem-solving by giving students access to information, simulations, digital tools, communication spaces, and ways to represent their thinking.

Example: Mathematics Problem-Solving

A teacher wants students to understand percentages in real-life contexts. Instead of only giving textbook exercises, the teacher gives students a task:

A school canteen wants to reduce food waste by 20%. Students must analyse one week of food waste data and suggest changes.

Students enter data into a spreadsheet, calculate percentages, create charts, and present recommendations. The teacher assesses their calculations, reasoning, explanation, and teamwork.

This is Knowledge Deepening because students use mathematical knowledge to solve a practical problem.

Example: Science Problem-Solving

A science teacher asks students to investigate which material is best for keeping water cool. Students plan a simple experiment, record temperature changes, use a spreadsheet to graph results, and explain which material worked best.

ICT supports data recording and analysis, but the teacher still guides scientific thinking, fair testing, and interpretation.

Project-Based Learning

Project-based learning is a strong match for Knowledge Deepening. In project-based learning, students investigate a question or challenge over time and produce a meaningful outcome.

ICT can support project-based learning through:

• online research;
• planning documents;
• shared folders;
• collaborative writing;
• digital surveys;
• spreadsheets and graphs;
• multimedia presentations;
• teacher feedback through comments;
• online discussion spaces;
• digital rubrics.

A project does not need to be large or complicated. It should be well connected to the curriculum and designed carefully.

Example: Primary Social Studies Project

Topic: Our Community Helpers

Students investigate different community helpers such as nurses, farmers, shopkeepers, firefighters, cleaners, and teachers. They collect information from books, safe websites, teacher-provided videos, and interviews with adults. In groups, they create a digital poster or short presentation explaining one community helper’s role.

The teacher supports students with questions:

• What service does this person provide?
• What tools do they use?
• How do they help the community?
• What would happen if this work was not done?

This project deepens knowledge because students apply social studies concepts to real people and community roles.

Example: Secondary Geography Project

Topic: Water Use in Our School

Students investigate how water is used in the school. They collect data from observations, simple surveys, or school records if available. They organise data in a spreadsheet and create charts. They identify areas where water might be wasted and propose solutions.

This project uses ICT for data organisation, analysis, presentation, and communication. It also connects geography, science, mathematics, and civic responsibility.

Collaboration and Shared Learning

Collaboration is another key feature of Knowledge Deepening. ICT can make collaboration easier because learners can work together on shared documents, presentations, discussion boards, mind maps, or project folders.

However, collaboration must be taught. Simply placing students in groups does not guarantee meaningful learning. Teachers need to structure roles, expectations, timelines, and assessment.

Useful group roles may include:

In younger classes, roles can be simpler: reader, writer, speaker, timekeeper, and materials manager.

ICT-supported collaboration can help students learn communication, responsibility, negotiation, and peer feedback. These are important knowledge society skills, not just technical skills.

Subject-Specific Digital Tools

At the Knowledge Deepening level, teachers often begin using subject-specific tools. These are digital tools designed for particular learning areas.

Subject-specific tools are powerful when they help students think like learners in that subject. A science simulation should support scientific reasoning. A digital map should support geographical thinking. A collaborative writing document should support drafting, feedback, and revision.

Simulations and Modelling

Simulations are especially useful for Knowledge Deepening because they allow students to explore systems and relationships. A simulation can represent a process that is too small, too large, too fast, too slow, too dangerous, or too expensive to observe directly.

Examples include:

• particle movement in solids, liquids, and gases;
• planetary motion;
• electrical circuits;
• population growth;
• erosion and landforms;
• supply and demand;
• probability experiments;
• chemical reactions;
• ecosystem interactions.

A simulation supports deep learning when students manipulate variables, observe outcomes, make predictions, and explain results.

Example: Science Simulation

A teacher uses a simulation of an electrical circuit. Students change the number of batteries and bulbs and observe what happens to brightness. The teacher asks:

• What changed when you added another battery?
• What changed when you added another bulb?
• Can you explain why?
• What would you predict if we added one more bulb?
• How is this similar to or different from a real circuit?

The simulation is not just a visual aid. It becomes a tool for prediction, testing, and explanation.

Flashcard

Why are simulations useful at the Knowledge Deepening level?

Tap to reveal

Answer

Simulations help students explore processes, test variables, make predictions, observe outcomes, and explain relationships that may be difficult to see directly in real life.

Data Analysis and Evidence-Based Learning

Data analysis is a strong Knowledge Deepening activity because it requires students to interpret information rather than simply receive it.

Students may collect or use data such as:

• class survey responses;
• experiment results;
• weather measurements;
• reading progress;
• school attendance patterns;
• local traffic observations;
• plant growth measurements;
• sports statistics;
• historical population figures;
• environmental data.

ICT supports data analysis through spreadsheets, graphing tools, databases, digital forms, and visualisation tools.

Example: Primary Data Activity

Students vote for their favourite fruits. The teacher enters the results into a spreadsheet and creates a bar chart. Students answer questions:

• Which fruit was most popular?
• Which was least popular?
• How many more students chose mango than apple?
• What does the chart tell us?

This is an early form of Knowledge Deepening because students interpret data, not only count answers.

Example: Secondary Data Activity

Students study local weather patterns. They collect daily temperature data for two weeks, enter it into a spreadsheet, calculate averages, create line graphs, and compare results with seasonal expectations. They discuss possible reasons for changes.

This requires application of mathematics, science, and geography.

Digital Research and Source Evaluation

Knowledge Deepening often involves research. Students use digital sources to investigate questions. However, teachers must teach students how to evaluate information.

At a basic level, students may ask:

• Who created this information?
• Is the source reliable?
• Is the information up to date?
• Does another source confirm it?
• Is the language factual or emotional?
• Is there evidence?
• Is the website trying to sell or persuade?
• Have I copied words without understanding?

Research tasks should not be simple copy-and-paste activities. Students should use sources to build understanding, compare ideas, and create their own explanations.

Example: History Source Comparison

A history teacher asks students to compare two digital sources about the same event. Students identify similarities, differences, author perspective, and possible bias. They then write a short paragraph explaining which source is more reliable and why.

ICT provides access to sources, but the teacher teaches historical thinking.

Formative Assessment in Knowledge Deepening

Assessment at the Knowledge Deepening level should support learning during the process, not only at the end. This is where formative assessment becomes important.

ICT can support formative assessment through:

• online quizzes with feedback;
• shared document comments;
• digital exit tickets;
• polls;
• discussion posts;
• project checkpoints;
• rubrics;
• peer feedback forms;
• audio or video feedback;
• learning management system submissions.

For example, during a group project, students may submit a project plan. The teacher gives comments before they continue. Later, they submit data tables and receive feedback on accuracy. Finally, they submit a presentation and reflection.

This feedback loop helps students improve. It also helps the teacher identify misconceptions early.

Rubrics for Deeper Learning

Rubrics are useful at the Knowledge Deepening level because tasks often involve more than one skill. A project may require subject knowledge, digital skills, collaboration, analysis, communication, and reflection.

A simple rubric might assess:

Rubrics help students understand expectations. They also remind teachers that ICT-supported learning should assess thinking and application, not only appearance or technical skill.

Organisation and Classroom Management

Knowledge Deepening often involves more complex classroom organisation than Knowledge Acquisition. Students may work in groups, use devices, access resources, collect data, or complete projects over several lessons.

Teachers need clear systems for:

• group formation;
• device use;
• internet safety;
• file naming and storage;
• deadlines;
• feedback;
• task roles;
• submission;
• peer review;
• classroom movement;
• backup plans.

A project can fail if organisation is weak, even when the learning idea is strong. For example, if students cannot find their files, do not know their roles, or spend too much time choosing fonts, deep learning may not happen.

The teacher should make routines visible. Instructions may be written on the board or posted in a learning platform. Groups may have checklists. Files may follow a naming pattern. The teacher may set short checkpoints instead of waiting for the final product.

Teacher Professional Learning at the Knowledge Deepening Level

Teachers also deepen their own professional knowledge through ICT. At this level, professional learning becomes more collaborative and reflective.

Teachers may:

• join online subject groups;
• participate in webinars about project-based learning;
• share lesson plans with colleagues;
• discuss assessment rubrics in a professional community;
• watch classroom videos and reflect on pedagogy;
• co-create teaching resources;
• examine student work with peers;
• take online courses on inquiry-based learning or digital assessment.

This is different from simply watching a tutorial. Teachers use ICT to engage with professional questions, improve practice, and learn from others.

For example, a group of science teachers may use an online space to share simulation-based lessons, discuss what worked, and revise activities. This supports professional growth at the Knowledge Deepening level.

Practical Classroom Example: Primary Science

Topic: Healthy Food Choices

Curriculum goal: Students understand food groups and make healthy food choices.

Knowledge Acquisition version: The teacher shows pictures of food groups and gives a quiz.

Knowledge Deepening version: Students keep a simple food diary for one day. In groups, they classify foods into categories, create a chart, and discuss whether the meals were balanced. They use a teacher-provided digital template to organise findings.

Teacher role: Guide classification, ask questions, support group work, and help students make evidence-based conclusions.

ICT role: Help students organise data, create simple visuals, and present findings.

Practical Classroom Example: Secondary Mathematics

Topic: Household Budgeting

Curriculum goal: Students apply percentages, addition, subtraction, and basic financial reasoning.

Students are given a sample monthly income and a list of expenses. They use a spreadsheet to calculate total expenses, savings, and percentages for food, transport, rent, education, and other categories. They then adjust the budget to meet a savings target.

Students discuss:

• Which expenses are fixed?
• Which can be reduced?
• What percentage is spent on each category?
• How can a spreadsheet help us test different choices?

This lesson deepens mathematical understanding because learners apply calculations to a realistic problem.

Practical Classroom Example: Secondary Science

Topic: Factors Affecting Plant Growth

Students grow plants under different conditions, such as different amounts of light or water. They measure height over time, enter data into a spreadsheet, create graphs, and compare results. They then explain which condition produced the best growth and why.

ICT supports data organisation and graphing. The teacher supports scientific method, fair testing, interpretation, and explanation.

Practical Classroom Example: Language Learning

Topic: Writing a Persuasive Paragraph

Students use a shared document to draft a paragraph on a familiar topic, such as “Why students should read every day.” The teacher provides a structure: claim, reason, evidence, and concluding sentence. Students give peer feedback using comments.

ICT supports collaboration, revision, and feedback. The teacher teaches writing structure and guides respectful peer response.

Practical Classroom Example: Teacher Education

Topic: Designing an ICT-Supported Lesson

Student-teachers work in groups to design a lesson that uses ICT for deeper learning. They must identify:

• curriculum objective;
• learner activity;
• digital tool;
• assessment method;
• classroom organisation;
• possible challenges;
• backup plan.

They present their plan and receive peer feedback using a rubric. They then revise the lesson.

This activity develops teacher competence because student-teachers learn to connect ICT with pedagogy, assessment, and classroom management.

Challenges at the Knowledge Deepening Level

Knowledge Deepening is powerful, but it can be challenging. Teachers may face several difficulties.

Limited Technology Access

Not all classrooms have enough devices or reliable internet. Teachers can respond by using group work, rotating stations, offline resources, teacher-led demonstrations, or printed data sets.

Time Pressure

Projects and inquiry tasks can take more time than direct instruction. Teachers should start with small tasks and clear timelines.

Student Digital Skill Gaps

Students may need support with typing, searching, spreadsheets, collaboration tools, or file management. Teachers should teach the needed skills before expecting students to use them independently.

Classroom Management

Group ICT work can become noisy or unfocused. Teachers should use roles, checklists, deadlines, and visible instructions.

Assessment Difficulty

Deeper tasks are harder to assess than simple quizzes. Rubrics, reflection questions, checkpoints, and peer feedback can help.

Teacher Confidence

Teachers may feel unsure about simulations, data tools, or collaborative platforms. Professional learning and peer support are important.

Avoiding Shallow “Project Work”

Not every project is Knowledge Deepening. A project may look impressive but still be shallow if students only copy information and decorate slides.

To avoid shallow project work, teachers should ask:

• Does the task require students to think?
• Are students applying subject knowledge?
• Are they using evidence?
• Are they solving a problem or answering a meaningful question?
• Are they collaborating with clear roles?
• Is there feedback before the final submission?
• Are students reflecting on what they learned?
• Is the assessment focused on understanding, not just appearance?

A colourful presentation is not enough. Knowledge Deepening requires thinking, application, and explanation.

Flashcard

What is the difference between shallow ICT use and Knowledge Deepening?

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Answer

Shallow ICT use may only display or decorate information, while Knowledge Deepening uses ICT to support application, inquiry, problem-solving, collaboration, evidence, feedback, and deeper understanding.

Moving from Knowledge Deepening to Knowledge Creation

Knowledge Deepening prepares students for Knowledge Creation. Once students can investigate, analyse, collaborate, and solve problems, they can begin to create new products, share knowledge, innovate, and contribute beyond the classroom.

The movement from Knowledge Deepening to Knowledge Creation is not about using more expensive technology. It is about giving learners more responsibility to create, publish, reflect, and contribute.

Further Reading

For accurate study and citation, readers should consult UNESCO’s official resources:

• UNESCO. UNESCO ICT Competency Framework for Teachers, Version 3. Paris: UNESCO, 2018.
• UNESCO official page on the ICT Competency Framework for Teachers.
• UNESCO-UNEVOC digital competence framework summary of the ICT-CFT.

UNESCO’s official ICT-CFT Version 3 publication presents the framework as a 2018 open-access publication and includes the three levels and six aspects of teacher professional practice. UNESCO’s overview also explains that ICT-CFT Version 3 is intended to guide pre-service and in-service teacher training and support teacher competencies for equity and quality learning.

Key Takeaways

• Knowledge Deepening is the second level of the UNESCO ICT-CFT.
• It focuses on applying knowledge through problem-solving, inquiry, collaboration, project work, simulations, data analysis, and real-world learning.
• ICT is used not only to present information but to help students investigate, analyse, communicate, and explain.
• Teachers at this level design meaningful learning tasks and guide students through deeper thinking.
• Digital tools may include spreadsheets, simulations, digital maps, shared documents, learning platforms, subject-specific software, and data tools.
• Assessment should include feedback, rubrics, checkpoints, reflection, and evidence of understanding.
• Knowledge Deepening requires good classroom organisation, clear roles, digital routines, and thoughtful planning.
• This level prepares teachers and learners for Knowledge Creation, where students create, publish, innovate, and contribute knowledge.

Reflection Questions

1. In your teaching context, do students use ICT mostly to receive information or to apply knowledge?
2. What is one lesson you currently teach that could become a problem-solving or inquiry-based activity?
3. Which subject-specific digital tool could help your students explore a concept more deeply?
4. How can you use spreadsheets, simulations, maps, or shared documents to support deeper learning?
5. What classroom routines would you need to manage ICT-supported group work?
6. How can formative assessment and feedback improve project-based learning?
7. How can you avoid shallow project work where students only copy information and decorate slides?
8. What professional learning would help you become more confident with Knowledge Deepening?