Knowledge Creation in the UNESCO ICT-CFT

Introduction

Knowledge Creation is the third level of the UNESCO ICT Competency Framework for Teachers, often called UNESCO ICT-CFT. It represents the most advanced educational use of ICT in the framework. At this level, teachers and students use digital technologies not only to access information or solve given problems, but also to create new knowledge, design solutions, publish ideas, collaborate beyond the classroom, and participate in learning communities.

In simple terms, Knowledge Creation asks:

How can ICT help learners create, innovate, collaborate, reflect, and contribute knowledge?

This is different from simply using technology to show content or complete exercises. It is also different from using technology only for project work inside the classroom. Knowledge Creation involves a shift in the learner’s role. Students become active producers of knowledge. They investigate questions, design products, publish work, build portfolios, create media, solve authentic problems, and reflect on their learning process.

The teacher’s role also changes. The teacher is not removed or replaced by technology. Instead, the teacher becomes even more important as a designer of learning environments, a guide for inquiry, a mentor for student creativity, a facilitator of collaboration, and a reflective professional who continues to learn.

UNESCO ICT-CFT Version 3 presents Knowledge Creation as one of the three levels of pedagogical use of ICT, alongside Knowledge Acquisition and Knowledge Deepening. The official Version 3 matrix connects Knowledge Creation with policy innovation, knowledge society skills, self-management, transformation, learning organisations, and teachers as innovators.

What Knowledge Creation Means

Knowledge Creation means that learners use ICT to produce ideas, explanations, solutions, resources, designs, media, or actions that have meaning beyond simple classroom recall. Students are not only answering the teacher’s questions. They are asking questions, investigating issues, creating products, sharing knowledge, and improving their work through feedback.

At this level, ICT can support learners to:

• design solutions to real or realistic problems;
• create digital stories, videos, podcasts, blogs, posters, websites, or presentations;
• publish learning products for classmates, parents, community members, or wider audiences;
• build digital portfolios showing growth over time;
• collaborate with people outside the classroom;
• conduct inquiry projects;
• use feedback to revise and improve work;
• reflect on learning strategies and progress;
• participate responsibly in digital communities;
• develop creativity, communication, collaboration, and self-management.

Knowledge Creation is closely connected with the idea of “knowledge society skills.” UNESCO’s overview of the ICT-CFT explains that teachers need competencies to help learners develop skills such as critical and innovative thinking, complex problem-solving, collaboration, and socio-emotional skills.

Knowledge Creation in the ICT-CFT Matrix

Knowledge Creation appears across all six aspects of teacher practice. It is not only about creative student projects. It also involves policy innovation, curriculum design, pedagogy, digital skills, school organisation, and teacher professional learning.

This table shows that Knowledge Creation is not one isolated classroom activity. It is a broad stage of professional practice in which teachers and learners use ICT to support innovation, autonomy, creativity, and continuous improvement.

From Knowledge Deepening to Knowledge Creation

Knowledge Creation builds on Knowledge Deepening. At the Knowledge Deepening level, students apply knowledge to problems, projects, data analysis, simulations, and collaboration. At the Knowledge Creation level, students go further by producing new knowledge, sharing their work, reflecting on growth, and contributing to a wider learning community.

The difference is not always the tool. The difference is the purpose, ownership, audience, reflection, and contribution. A simple presentation can remain shallow if students only copy facts. But a presentation can become part of Knowledge Creation if students use evidence, design an original argument, revise through feedback, publish for a real audience, and reflect on what they learned.

Students as Knowledge Creators

In traditional classrooms, students are often treated mainly as receivers of knowledge. The teacher explains, the textbook provides information, and students reproduce answers in exercises or examinations. Knowledge Creation does not reject direct instruction or curriculum knowledge, but it expands the student’s role.

At this level, students may become:

• Researchers, when they investigate questions and gather evidence.
• Designers, when they create solutions, models, products, or learning resources.
• Authors, when they write blogs, reports, stories, scripts, or guides.
• Media producers, when they create videos, podcasts, posters, or digital stories.
• Collaborators, when they build shared products with others.
• Peer teachers, when they explain concepts to classmates or younger learners.
• Reflective learners, when they document growth and set goals.
• Community contributors, when their work addresses real needs.

This does not mean students work without teacher support. On the contrary, Knowledge Creation requires strong teacher planning. Students need clear goals, appropriate resources, ethical guidance, feedback, assessment criteria, and opportunities to revise.

Teachers as Learning Designers

At the Knowledge Creation level, the teacher becomes a learning designer. This means the teacher designs the conditions in which students can inquire, create, collaborate, and reflect.

A learning designer thinks carefully about:

• the curriculum goal;
• the real or meaningful problem;
• the student product or performance;
• the digital tools needed;
• the audience for student work;
• the stages of inquiry or creation;
• the feedback process;
• the assessment rubric;
• inclusion and access;
• digital safety and ethics;
• reflection and improvement.

For example, a teacher might design a project in which students create a podcast series about local history. The teacher must plan source materials, interview questions, recording guidelines, copyright rules, group roles, editing time, peer feedback, and assessment criteria. The technology is important, but the learning design is more important.

This is why ICT should serve pedagogy. The teacher does not begin by asking, “Which app looks exciting?” The teacher begins by asking, “What should students learn, create, and understand?”

Flashcard

What does it mean for a teacher to be a learning designer at the Knowledge Creation level?

Tap to reveal

Answer

It means the teacher designs learning environments where students inquire, create, collaborate, publish, receive feedback, revise work, and reflect on their learning.

Inquiry-Based Learning and Knowledge Creation

Inquiry-based learning is one of the strongest approaches for Knowledge Creation. In inquiry-based learning, students investigate questions, collect information, analyse evidence, and construct explanations or solutions.

ICT can support inquiry by helping students:

• search for information;
• collect data;
• record observations;
• communicate with others;
• organise evidence;
• create graphs or visualisations;
• produce reports or multimedia products;
• publish findings;
• reflect on the process.

A good inquiry question is open enough to require thinking but focused enough to guide student work.

Examples include:

The inquiry process is more important than the final product alone. Students should learn how to ask questions, gather evidence, evaluate information, collaborate, and revise their thinking.

Digital Portfolios

Digital portfolios are one of the most useful tools for Knowledge Creation. A digital portfolio is a collection of student work stored and organised digitally. It may include documents, images, videos, audio recordings, presentations, reflections, feedback, and revised work.

A good digital portfolio shows learning growth over time. It is not only a folder of finished assignments. It can show drafts, feedback, improvements, and reflections.

Digital portfolios can support:

• student self-assessment;
• teacher feedback;
• parent communication;
• evidence of learning;
• creativity;
• goal-setting;
• reflection;
• student ownership.

Example: Primary Digital Portfolio

A primary learner’s portfolio may include:

• a recorded reading sample from the beginning of the term;
• a later reading recording showing improvement;
• photos of drawings or written work;
• a short teacher comment;
• a student reflection such as “I can read more smoothly now.”

Example: Secondary Digital Portfolio

A secondary student’s portfolio may include:

• a research question;
• notes and sources;
• data charts;
• draft report;
• peer feedback;
• final presentation;
• reflection on what changed after feedback.

Example: Teacher Education Portfolio

A student-teacher’s portfolio may include:

• lesson plans;
• microteaching videos;
• assessment tools;
• classroom observation notes;
• reflective journals;
• peer feedback;
• revised teaching materials;
• evidence of professional growth.

At the Knowledge Creation level, portfolios encourage students and teachers to see learning as a process, not only a final mark.

Publishing Student Work

Publishing is another important feature of Knowledge Creation. When students publish their work, they write or create for an audience beyond the teacher alone. This can increase motivation, responsibility, and quality.

Publishing can be simple or advanced. Students may share work:

• on a classroom wall with QR codes;
• in a class blog;
• in a school learning management system;
• in a digital newsletter;
• as a video shown to parents;
• as a podcast for classmates;
• as an e-book;
• as a digital poster exhibition;
• as an online portfolio.

Teachers must consider safety and privacy. Student work should be shared according to school policy, parental permissions, learner age, and ethical guidelines. Not all publishing needs to be public on the open internet. Publishing within a class, school, or closed platform can still create a meaningful audience.

Example: Publishing in Primary School

Students create digital storybooks about kindness. The teacher combines them into a class e-book and shares it with parents through an approved school channel.

Example: Publishing in Secondary School

Students investigate local waste management and create infographics. The school displays the infographics on its website or digital noticeboard.

Example: Publishing in Teacher Education

Student-teachers create open lesson resources and share them with peers in a course repository. They include reflections on how the resources should be used.

Collaboration Beyond the Classroom

Knowledge Creation often involves collaboration beyond one classroom. ICT can connect learners with other classes, schools, experts, families, or communities.

Examples include:

• two schools comparing environmental data;
• students interviewing community members online;
• learners sharing digital stories with another class;
• student-teachers peer-reviewing lesson plans across institutions;
• a class inviting an expert for a video discussion;
• learners contributing to a shared digital resource bank.

Collaboration beyond the classroom should be carefully planned. Teachers must consider student safety, privacy, communication rules, time zones, language, access, and learning goals.

The purpose is not simply to communicate online. The purpose is to learn with others, compare perspectives, improve work, and contribute knowledge.

Creativity and Multimedia Production

Knowledge Creation often includes creative digital production. Students may create:

• podcasts;
• videos;
• animations;
• digital posters;
• infographics;
• photo essays;
• websites;
• digital books;
• interactive presentations;
• narrated slideshows;
• music or sound projects;
• digital art;
• simulations or simple games.

Creativity does not mean there are no standards. Students need criteria. A creative product should still show accurate subject understanding, clear communication, ethical use of resources, and thoughtful design.

For example, if students create a video about healthy eating, the teacher should assess not only the editing quality but also the accuracy of nutrition information, clarity of message, teamwork, and reflection.

Student Self-Management

The UNESCO ICT-CFT matrix links Knowledge Creation with self-management. Self-management means students take increasing responsibility for planning, monitoring, improving, and reflecting on their learning.

ICT can support self-management through:

• digital calendars;
• task lists;
• project management boards;
• portfolio reflections;
• progress checklists;
• learning journals;
• shared project plans;
• feedback logs;
• revision histories.

For example, during a project, students may use a checklist to track what they have completed: research question, sources, data, draft, peer feedback, revision, final product, reflection. This helps learners understand that high-quality work develops over time.

Self-management is not automatic. Teachers need to model it, scaffold it, and gradually release responsibility to students.

Assessment at the Knowledge Creation Level

Assessment at the Knowledge Creation level should evaluate both the final product and the learning process. Teachers should not assess only whether the digital product looks attractive. They should assess knowledge, thinking, creativity, collaboration, ethical use, communication, and reflection.

Useful assessment methods include:

• rubrics;
• digital portfolios;
• peer feedback;
• self-assessment;
• teacher conferences;
• project journals;
• draft reviews;
• presentation feedback;
• reflection questions;
• evidence logs.

A Knowledge Creation rubric may include:

This kind of rubric makes assessment more meaningful. It also shows students that creativity and technology must be connected with learning quality.

Digital Citizenship and Ethics

Knowledge Creation requires strong attention to digital citizenship. When students create and publish, they need to understand responsible digital behaviour.

Teachers should guide students on:

• copyright and fair use;
• Creative Commons and open licences;
• citation of sources;
• avoiding plagiarism;
• respectful online communication;
• privacy and consent;
• image and video permissions;
• safe sharing;
• digital footprints;
• responsible use of AI or automated tools;
• respectful representation of people and communities.

For example, if students create a video, they should not include someone’s image without permission. If they use music, they should use permitted audio or create their own. If they quote information, they should cite the source.

Ethics is not an extra topic. It is part of quality digital learning.

Artificial Intelligence and Knowledge Creation

UNESCO’s ICT-CFT Version 3 overview notes that the framework responds to technological developments such as artificial intelligence, mobile technologies, the Internet of Things, and Open Educational Resources. AI tools can support Knowledge Creation, but they must be used carefully.

Teachers may use AI-supported tools to help students:

• brainstorm ideas;
• receive language support;
• generate practice questions;
• compare explanations;
• analyse drafts;
• plan projects;
• reflect on feedback.

However, AI should not replace student thinking. Teachers should set clear rules about when AI use is allowed, how it should be acknowledged, and what parts of the work must be student-created. Students should learn to check accuracy, identify bias, protect privacy, and avoid submitting AI-generated work as their own.

At the Knowledge Creation level, AI can be treated as a support tool for inquiry, revision, and creativity, but human judgement remains essential.

Open Educational Resources and Student Contribution

Open Educational Resources, or OER, are teaching and learning materials that can be freely used, adapted, and shared under open licences. UNESCO’s ICT-CFT-related OER work describes ICT-CFT as a tool for guiding teacher training in the use of digital technologies and emphasises contextualisation for national and institutional goals.

At the Knowledge Creation level, teachers and students may not only use open resources; they may also create and share resources. For example:

• student-teachers create lesson activities for peers;
• students create a glossary for future learners;
• teachers adapt open resources for local language or context;
• a department builds a shared digital bank of assessment rubrics;
• learners create explanatory videos for younger students.

This supports a culture of sharing and improvement.

Primary Classroom Example: Digital Storybook

Topic: Caring for the Environment

A primary teacher wants learners to understand simple environmental responsibility. Instead of only reading a chapter and answering questions, students create a class digital storybook.

Process:

1. The class discusses local environmental problems, such as littering.
2. Groups create characters and story ideas.
3. Students draw pictures on paper or digitally.
4. They write short story pages.
5. The teacher helps record narration.
6. The class combines text, images, and audio into a digital book.
7. Students share the book with another class or parents.
8. Learners reflect on what they learned about the environment and storytelling.

Knowledge Creation features:

• Students create an original product.
• The product communicates a message.
• ICT supports writing, narration, design, and sharing.
• Students reflect on learning.

Secondary Classroom Example: Community Data Project

Topic: Road Safety Around the School

A secondary teacher designs a project in which students investigate road safety near the school.

Process:

1. Students identify a question: “What road safety problems exist near our school?”
2. They collect observations at safe times and locations.
3. They conduct a simple survey of students’ travel experiences.
4. They enter data into a spreadsheet.
5. They create charts and identify patterns.
6. They produce an infographic or short video with recommendations.
7. They present findings to school leaders or the student council.
8. They reflect on the evidence, teamwork, and impact.

Knowledge Creation features:

• Students investigate a real issue.
• They create a knowledge product for a real audience.
• They use data and ICT responsibly.
• They propose improvements.

Teacher Education Example: Reflective E-Portfolio

Topic: Becoming a Reflective ICT-Integrated Teacher

A teacher educator asks student-teachers to build a reflective e-portfolio during teaching practice.

The portfolio includes:

• lesson plans;
• ICT-supported teaching materials;
• photos or screenshots of learning resources;
• assessment tools;
• student work samples where appropriate and permitted;
• teaching reflections;
• peer feedback;
• mentor comments;
• revised lesson plans;
• a final reflection on growth.

Student-teachers do not only submit evidence. They explain how their thinking changed. They identify strengths, challenges, and next steps. They may also share selected resources with peers.

This is Knowledge Creation because student-teachers are constructing professional knowledge about teaching, not only completing assignments.

Organisation and Administration for Knowledge Creation

Knowledge Creation requires supportive organisation. Teachers and schools need systems that allow students and teachers to create, store, share, revise, and reflect.

Important organisational questions include:

• Where will student work be stored?
• Who can view or comment on it?
• How will privacy be protected?
• How will groups manage deadlines?
• What platforms are approved by the school?
• How will digital portfolios be organised?
• How will teachers coordinate interdisciplinary projects?
• How will access be provided for students with limited devices or connectivity?
• What is the backup plan if technology fails?

A school that supports Knowledge Creation may develop shared folders, portfolio templates, project calendars, publishing guidelines, digital citizenship policies, and teacher collaboration spaces.

Teachers as Innovators

In the UNESCO ICT-CFT matrix, Knowledge Creation is linked with the idea of the teacher as innovator. This does not mean every teacher must invent a new technology. It means teachers use professional judgement and creativity to improve learning.

A teacher as innovator may:

• adapt tools for local needs;
• redesign lessons for inquiry and creativity;
• create open teaching resources;
• test new assessment methods;
• support colleagues with ICT integration;
• reflect on student learning evidence;
• participate in teacher networks;
• share successful practices;
• revise methods based on feedback.

Innovation can be small and practical. A teacher who changes a worksheet into a collaborative investigation is innovating. A teacher who builds a digital portfolio routine is innovating. A teacher who helps colleagues use feedback tools effectively is innovating.

Professional Learning at the Knowledge Creation Level

At the Knowledge Creation level, teachers become active contributors to professional learning. They do not only attend training; they create, share, mentor, research, and reflect.

Examples include:

• writing reflective blog posts about teaching practice;
• presenting a webinar for colleagues;
• creating open lesson resources;
• mentoring new teachers in ICT integration;
• participating in action research;
• sharing digital assessment rubrics;
• building a professional e-portfolio;
• contributing to online communities of practice;
• co-designing interdisciplinary projects.

This professional learning is continuous. It reflects the idea that teachers are lifelong learners and knowledge workers.

Challenges of Knowledge Creation

Knowledge Creation can be powerful, but it is also demanding. Teachers should be aware of common challenges.

1. Too Much Focus on Product Appearance

Students may spend too much time on colours, animations, or design effects and too little time on understanding. Teachers should use rubrics that prioritise learning, evidence, clarity, and reflection.

2. Unequal Access

Some students may have better access to devices, internet, or support at home. Teachers should design tasks that can be completed fairly, provide school-based access where possible, and allow alternative formats.

3. Weak Source Use

Students may copy information without understanding. Teachers should teach citation, paraphrasing, source evaluation, and ethical use.

4. Group Work Problems

Some students may do most of the work while others participate less. Teachers should use roles, progress checks, peer feedback, and individual reflection.

5. Privacy and Safety

Publishing student work requires care. Teachers must follow school policy and protect learners’ identity, images, and personal information.

6. Teacher Workload

Knowledge Creation projects require planning and feedback. Teachers should start small, reuse templates, collaborate with colleagues, and build routines over time.

Starting Small with Knowledge Creation

Teachers do not need to begin with a large multimedia project. They can start with small Knowledge Creation tasks.

Small tasks can gradually build a culture of creation.

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 ICT-CFT and OER resources for teacher professional development.

UNESCO’s official ICT-CFT Version 3 publication presents the framework’s three levels and six aspects, including Knowledge Creation as the level associated with policy innovation, knowledge society skills, self-management, transformation, learning organisations, and teachers as innovators. UNESCO’s overview page explains that the framework guides pre-service and in-service teacher training and responds to newer technologies such as AI, mobile technologies, the Internet of Things, and Open Educational Resources.

Key Takeaways

• Knowledge Creation is the third level of the UNESCO ICT-CFT.
• It focuses on creativity, innovation, inquiry, collaboration, publishing, reflection, and student-generated knowledge.
• Students become creators, designers, researchers, communicators, peer teachers, and reflective learners.
• Teachers become learning designers, facilitators, mentors, innovators, and professional knowledge creators.
• ICT supports digital portfolios, multimedia projects, student publishing, inquiry, collaboration beyond the classroom, and professional learning.
• Knowledge Creation does not require expensive technology. Simple tools can support powerful learning when pedagogy is strong.
• Assessment should consider the learning process, final product, evidence, collaboration, digital ethics, and reflection.
• Digital citizenship, privacy, copyright, source use, and responsible AI use are essential at this level.
• Knowledge Creation helps prepare learners for lifelong learning and meaningful participation in knowledge societies.

Flashcard

What makes Knowledge Creation different from Knowledge Deepening?

Tap to reveal

Answer

Knowledge Deepening focuses on applying knowledge to problems and inquiry, while Knowledge Creation goes further by helping learners create, publish, innovate, reflect, and contribute knowledge to a wider audience or learning community.

Reflection Questions

1. In your subject or grade level, what could students create that would show deep understanding?
2. How could digital portfolios help learners reflect on their growth over time?
3. What is one safe and appropriate way students could publish or share their work beyond the teacher?
4. How can you ensure that creative digital projects are assessed for learning quality, not only appearance?
5. What digital citizenship skills do students need before publishing or collaborating online?
6. How can students use feedback to revise and improve their digital products?
7. What small Knowledge Creation activity could you try before designing a larger project?
8. How can teachers in your school share their own innovations and professional learning with one another?