Curriculum and Assessment in the UNESCO ICT-CFT

Introduction

Curriculum and Assessment is one of the six major aspects of the UNESCO ICT Competency Framework for Teachers, often called UNESCO ICT-CFT. This aspect is central because teachers do not use ICT in isolation. They use ICT to help learners achieve curriculum goals and to assess whether learning is taking place.

In simple terms, this aspect asks:

How can ICT support what students are expected to learn and how teachers assess that learning?

A teacher may know how to use many digital tools, but if those tools are not connected to curriculum outcomes, they may not improve learning. Similarly, a teacher may give online quizzes or digital assignments, but if those assessments do not measure meaningful learning, they may only produce marks without real understanding.

UNESCO ICT-CFT Version 3 presents Curriculum and Assessment as one of the six aspects of teacher professional practice, alongside Understanding ICT in Education Policy, Pedagogy, Application of Digital Skills, Organisation and Administration, and Teacher Professional Learning. The framework also connects this aspect with the three levels: Knowledge Acquisition, Knowledge Deepening, and Knowledge Creation. UNESCO’s official Version 3 publication presents the matrix with Curriculum and Assessment moving from basic knowledge, to knowledge application, to knowledge society skills.

This article explains why curriculum and assessment are linked, how ICT can support both, and how teachers can design fair, meaningful, and pedagogy-driven digital assessment.

Why UNESCO Combines Curriculum and Assessment

UNESCO combines curriculum and assessment because the two are deeply connected. Curriculum describes what learners are expected to know, understand, value, and be able to do. Assessment gathers evidence about whether learners are achieving those expectations.

If curriculum and assessment are separated, problems can occur.

For example:

• A curriculum may emphasise problem-solving, but the assessment may test only memorisation.
• A teacher may want students to collaborate, but the assessment may reward only individual written answers.
• A digital project may look attractive, but it may not assess the intended learning outcome.
• A quiz may be easy to mark, but it may not measure deeper understanding.
• A portfolio may collect many files, but it may not show progress unless reflection and criteria are included.

Good assessment begins with curriculum alignment. The teacher first asks, “What should learners learn?” Then the teacher asks, “What evidence will show that they have learned it?” Only after that should the teacher ask, “Which ICT tool can support this learning or assessment?”

ICT should therefore serve curriculum and assessment. It should not become an extra activity disconnected from learning goals.

Curriculum Alignment: Starting With Learning Outcomes

A learning outcome is a clear statement of what learners should know or be able to do after a lesson, unit, or course. ICT-supported teaching should begin with learning outcomes.

For example:

A teacher planning a lesson on fractions should not begin by choosing a game, video, or quiz. The teacher should begin with the outcome: “Students will compare fractions with unlike denominators” or “Students will apply fractions to real-life sharing problems.” Then the teacher can decide whether a digital tool can support visualisation, practice, collaboration, or assessment.

This approach keeps ICT connected to pedagogy.

Curriculum and Assessment Across the Three Levels

The Curriculum and Assessment aspect develops across the three UNESCO ICT-CFT levels.

The same topic can be taught and assessed differently at each level.

For example, in a lesson on environmental pollution:

• At Knowledge Acquisition, students identify types of pollution and answer a digital quiz.
• At Knowledge Deepening, students investigate local pollution causes and analyse survey data.
• At Knowledge Creation, students design and publish an awareness campaign, present recommendations, and reflect on impact.

This progression shows that ICT-supported assessment can move from checking recall to assessing application, creativity, collaboration, and reflection.

ICT and Formative Assessment

Formative assessment is assessment for learning. It takes place during the learning process and helps teachers and students decide what to do next. It is not mainly about final marks. It is about feedback, improvement, and adjustment.

ICT can support formative assessment in many ways:

• short online quizzes;
• polls;
• exit tickets;
• digital worksheets;
• shared document comments;
• learning management system submissions;
• discussion forums;
• peer feedback forms;
• audio feedback;
• screen-recorded feedback;
• digital rubrics;
• quick surveys;
• self-assessment checklists.

For example, after a mathematics lesson, the teacher may give a five-question digital quiz. If many students answer question three incorrectly, the teacher knows that the concept needs reteaching. If only a few students struggle, the teacher can provide targeted support.

In this case, the quiz is useful not because it is digital, but because it gives evidence that guides teaching.

Feedback Loops

A feedback loop is a cycle in which learners receive information about their performance, use that information to improve, and then demonstrate improved learning. ICT can make feedback loops easier and faster.

A simple feedback loop may look like this:

1. Students submit a draft or response.
2. The teacher or peers provide feedback.
3. Students revise their work.
4. Students resubmit or reflect on improvement.
5. The teacher reviews progress.

For example, in a language lesson, students may write a paragraph in a shared document. The teacher comments on the topic sentence, evidence, and grammar. Students revise the paragraph and show changes. Finally, they write a reflection explaining what improved.

This is more powerful than simply giving a final mark. The assessment becomes part of learning.

Digital Quizzes

Digital quizzes are common ICT-supported assessment tools. They are especially useful for quick checks of understanding, retrieval practice, vocabulary review, and immediate feedback.

Digital quizzes can assess:

• factual recall;
• definitions;
• basic understanding;
• simple application;
• misconceptions;
• readiness for the next lesson.

However, digital quizzes have limitations. Multiple-choice questions may not assess explanation, creativity, reasoning, or collaboration unless carefully designed. Teachers should avoid using quizzes as the only assessment method.

A strong digital quiz should:

• match learning outcomes;
• include clear wording;
• avoid trick questions;
• provide feedback where possible;
• include questions that reveal misconceptions;
• be followed by teacher action;
• be accessible to all learners.

Example: Science Digital Quiz

After teaching states of matter, the teacher gives a short quiz:

• Which state has a fixed shape?
• What happens to particles when a liquid is heated?
• Which example shows condensation?
• Why does ice melt?

The teacher reviews the results and notices that many students confuse evaporation and condensation. The next lesson begins with a short demonstration and discussion.

Here, ICT supports formative assessment and reteaching.

Flashcard

What is a feedback loop in ICT-supported assessment?

Tap to reveal

Answer

A feedback loop is a cycle where students submit work, receive feedback, revise or improve it, and then demonstrate progress through resubmission, reflection, or further performance.

Summative Assessment and ICT

Summative assessment usually takes place at the end of a lesson sequence, unit, term, or course. It is used to judge achievement against learning outcomes.

ICT can support summative assessment through:

• online tests;
• digital projects;
• e-portfolios;
• multimedia presentations;
• submitted reports;
• recorded performances;
• digital examinations;
• practical tasks using subject-specific software.

However, teachers must be careful. A digital summative task should assess the intended curriculum learning, not merely the ability to decorate slides or use a particular tool.

For example, if students create a video about a historical event, the teacher should assess historical accuracy, use of evidence, explanation of cause and consequence, and communication. Video editing quality may matter, but it should not dominate unless media production is part of the learning outcome.

Rubrics

A rubric is an assessment guide that describes criteria and levels of performance. Rubrics are especially useful for ICT-supported projects, portfolios, presentations, inquiry tasks, and creative work.

A rubric helps students understand what quality looks like. It also helps teachers assess more fairly and consistently.

Example Rubric for an ICT-Supported Project

This rubric assesses learning, evidence, digital use, collaboration, and reflection. It avoids judging only the appearance of the final product.

Digital Portfolios

A digital portfolio is a collection of student work that shows learning progress over time. It may include drafts, final products, reflections, teacher feedback, peer feedback, images, audio, video, and assessment evidence.

Digital portfolios are especially useful because they can show growth, not only final performance.

A portfolio may include:

• early and revised drafts;
• reading recordings;
• writing samples;
• project plans;
• photos of practical work;
• data charts;
• presentations;
• teacher comments;
• peer feedback;
• student reflections;
• self-assessment checklists.

Portfolio Example: Student Writing

A language teacher asks students to keep a writing portfolio. Each student includes:

1. A first draft.
2. Peer feedback.
3. Teacher feedback.
4. A revised draft.
5. A reflection explaining what changed.
6. A final self-assessment against a rubric.

This portfolio gives richer evidence than a single essay mark.

Portfolio Example: Teacher Education

A student-teacher’s portfolio may include lesson plans, microteaching videos, assessment tools, learner feedback, reflections, and revised teaching materials. This helps student-teachers show professional growth over time.

Assessment of Knowledge Society Skills

At the Knowledge Creation level, the Curriculum and Assessment aspect is linked with knowledge society skills. UNESCO’s ICT-CFT overview explains that teachers need to guide learners in developing skills such as critical and innovative thinking, complex problem-solving, collaboration, and socio-emotional skills.

These skills require broader assessment methods. A simple test may not be enough. Teachers may need to assess:

• creativity;
• collaboration;
• communication;
• critical thinking;
• inquiry;
• problem-solving;
• self-management;
• reflection;
• responsible digital participation.

For example, if students design a campaign about reducing plastic waste, the teacher may assess:

• accuracy of environmental knowledge;
• quality of research;
• creativity of message;
• use of evidence;
• teamwork;
• ethical use of images;
• clarity of communication;
• reflection on impact.

ICT can support this assessment through portfolios, rubrics, peer feedback, project logs, and published products.

Fair and Meaningful ICT-Supported Assessment

Fair assessment is essential. A digital assessment is not automatically fair just because it is efficient. Teachers must consider access, inclusion, clarity, privacy, and validity.

Access

Do all students have access to the required device, internet connection, software, and time? If not, teachers should provide alternatives or school-based access.

Inclusion

Can students with disabilities or different learning needs participate? Teachers may need captions, screen reader compatibility, larger fonts, audio options, alternative formats, or flexible submission methods.

Validity

Does the assessment measure the intended learning outcome? For example, if the outcome is scientific reasoning, the assessment should not mainly measure video editing skill.

Reliability

Are students assessed consistently? Rubrics, clear criteria, and examples of quality work can help.

Privacy

Does the tool protect student data? Teachers should follow school or institutional policies and avoid unnecessary collection of personal information.

Ethics

Are students using sources responsibly? Are they citing materials? Are they avoiding plagiarism? Are they using AI or automated tools according to clear rules?

ICT and Inclusive Assessment

ICT can support inclusive assessment when used carefully. It can provide learners with different ways to demonstrate understanding.

For example:

UNESCO notes that ICT-CFT Version 3 incorporates inclusive principles such as non-discrimination, open and equitable information accessibility, and gender equality in technology-supported education. Teachers should therefore design assessment so that ICT reduces barriers rather than increases them.

Digital Assessment and Academic Integrity

Digital assessment raises questions about academic integrity. Students may copy from websites, share answers, use automated tools without permission, or submit work they do not understand.

Teachers can support integrity by:

• designing tasks that require personal explanation, local examples, or reflection;
• using process-based assessment with drafts and checkpoints;
• asking students to explain their work orally or in writing;
• teaching citation and paraphrasing;
• setting clear rules for collaboration;
• setting clear rules for AI use;
• using open-book or application-based tasks where appropriate;
• assessing progress and revision, not only final answers.

Integrity should not be treated only as punishment. It should be taught as part of digital citizenship and responsible learning.

Examples Across the Three Levels

Primary Science: Parts of a Plant

Knowledge Acquisition: Students label parts of a plant using an interactive image. The teacher gives a short digital quiz.

Knowledge Deepening: Students grow seeds, record observations, take photos, and create a simple growth chart.

Knowledge Creation: Students create a digital guide titled “How to Grow a Healthy Plant” for younger learners, including photos, labels, and care tips.

Secondary Mathematics: Statistics

Knowledge Acquisition: Students answer quiz questions about mean, median, mode, and range.

Knowledge Deepening: Students collect class survey data, enter it into a spreadsheet, create graphs, and interpret patterns.

Knowledge Creation: Students design a school survey, analyse results, create an infographic, and present recommendations to school leaders.

Language Learning: Persuasive Writing

Knowledge Acquisition: Students identify claims, reasons, and examples in a sample paragraph.

Knowledge Deepening: Students write a persuasive paragraph in a shared document and receive peer comments.

Knowledge Creation: Students produce a digital magazine of persuasive articles on issues they care about, revise through feedback, and reflect on their writing development.

Teacher Education: Lesson Planning

Knowledge Acquisition: Student-teachers complete a digital lesson plan template.

Knowledge Deepening: Student-teachers design an ICT-supported lesson with formative assessment and peer feedback.

Knowledge Creation: Student-teachers build an e-portfolio showing lesson plans, teaching videos, assessment tools, reflections, and revised practice.

Designing an ICT-Supported Assessment Task

Teachers can use the following planning sequence:

1. Identify the curriculum outcome. What should students learn?

2. Choose the evidence of learning. What will show that students have achieved the outcome?

3. Select the assessment type. Is this formative, summative, diagnostic, peer, self, or portfolio assessment?

4. Choose the ICT tool only if useful. Does the tool improve evidence, feedback, access, collaboration, or reflection?

5. Create clear criteria. Will students understand what quality work looks like?

6. Plan feedback. How will students receive and use feedback?

7. Check fairness and access. Can all learners participate meaningfully?

8. Reflect after assessment. What did the evidence show, and how should teaching change?

This process keeps technology in the service of curriculum and pedagogy.

Common Mistakes in ICT-Supported Curriculum and Assessment

Mistake 1: Choosing the Tool Before the Learning Outcome

A teacher may choose an exciting app before deciding what students should learn. This can lead to attractive activities with weak educational value.

Mistake 2: Assessing Design More Than Understanding

Students may receive high marks for colourful slides even if their subject understanding is weak. Assessment criteria should prioritise learning.

Mistake 3: Using Digital Quizzes for Everything

Digital quizzes are useful, but they cannot assess all learning. Teachers also need projects, discussions, portfolios, practical tasks, written explanations, and reflection.

Mistake 4: Ignoring Access and Inclusion

If some students cannot access the tool or platform, the assessment may become unfair. Teachers must plan alternatives.

Mistake 5: Giving Feedback Too Late

Feedback is most useful while students can still improve. Digital tools should support timely feedback and revision.

Mistake 6: Treating Portfolios as Storage Only

A portfolio is not just a folder. It should include selection, organisation, reflection, feedback, and evidence of growth.

Flashcard

Why should teachers choose ICT tools after identifying curriculum outcomes?

Tap to reveal

Answer

Because ICT should support learning goals. The teacher must first know what students should learn and what evidence will show learning before selecting a digital tool.

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’s official ICT-CFT Version 3 publication presents Curriculum and Assessment as one of the six aspects of teacher professional practice and places it across the three levels of Knowledge Acquisition, Knowledge Deepening, and Knowledge Creation. UNESCO’s overview page explains that ICT-CFT Version 3 is a tool to guide pre-service and in-service teacher training and that teachers need ICT competencies to help learners develop knowledge society skills.

Key Takeaways

• Curriculum and Assessment is one of the six aspects of the UNESCO ICT-CFT.
• UNESCO combines curriculum and assessment because assessment should provide evidence of curriculum learning outcomes.
• ICT-supported activities should begin with learning goals, not with tools.
• Digital quizzes can support quick checks of understanding, but they should not be the only assessment method.
• Formative assessment and feedback loops help students improve while learning is still happening.
• Rubrics help assess ICT-supported projects, portfolios, presentations, collaboration, and reflection more fairly.
• Digital portfolios can show growth over time and support self-assessment.
• Fair ICT-supported assessment requires access, inclusion, validity, reliability, privacy, and ethical use.
• At the Knowledge Creation level, ICT can help assess creativity, problem-solving, collaboration, self-management, and student-generated knowledge.

Reflection Questions

1. When you use ICT in a lesson, do you begin with the tool or with the curriculum outcome?
2. How do you currently use ICT for formative assessment?
3. Do your digital assessments give students feedback they can use to improve?
4. What types of learning are not well measured by simple digital quizzes?
5. How could rubrics improve fairness in ICT-supported projects?
6. How could digital portfolios show student growth in your subject or grade level?
7. What access or inclusion issues should you consider before assigning a digital assessment?
8. How can you assess creativity, collaboration, and reflection without ignoring curriculum knowledge?