The classroom of the future: 10 trends that will transform education in 2027

In brief

• Artificial intelligence arrives both as support for the teacher and as an object of analysis for the student.
• Personalisation, assessment of the process and human skills all gain prominence.
• The classroom becomes a connected, resilient digital ecosystem.
• The offline-first approach sustains learning when the connection fails.

1. Artificial intelligence, a new support in class

Generative AI is already part of students' environment, and it can also support teachers in preparing activities, adapting explanations or generating examples. According to the OECD, 37 per cent of the lower secondary teachers surveyed used AI for their work in 2024, 57 per cent believe it helps improve lesson plans and 72 per cent point to risks for academic integrity. The conversation has moved on from whether to allow AI to how to use it to improve learning.

Try it in your next lesson: ask the AI for three explanations of a concept and have students compare which one helps most and why; that way AI becomes a tool for thinking.

2. A more personalised learning experience

Digital tools and AI make it possible to work with a wider range of paces, levels and needs. The OECD identifies personalised learning as one of the relevant possibilities of AI in education, always with clear pedagogical guidance. In practice, it comes down to offering several routes towards the same objective.

Try it in your next lesson: take an activity you already have and create three versions: I need help, I am doing fine and I want a challenge.

3. The teacher is no longer the only source of knowledge

The internet already changed this reality and AI is accelerating it. The teacher's value lies increasingly in helping students interpret, question, relate and apply information. UNESCO notes that AI can support learning, and that teachers remain essential for student understanding, human interaction and critical thinking.

Try it in your next lesson: swap three memorisation questions for questions of application, comparison or argument.

4. Learning by doing gains ground

Projects, challenges, experiments and real problems connect content with situations students recognise outside the classroom. This trend answers the need to prepare them to solve complex problems, with flexible, interdisciplinary experiences.

Try it in your next lesson: turn a topic from your syllabus into a question that starts with how might we...?

5. Assessment looks beyond the exam

When students can produce answers with digital tools and AI, assessing only the final result becomes more complex. Processes, projects, portfolios and activities where students explain how they reached a conclusion all gain importance. The OECD warns that completing a task with AI does not mean learning has taken place.

Try it in your next lesson: add a reflection question at the end of an assessment: explain which part you found hardest and how you worked it out.

6. AI literacy, a new competence

Using an AI tool differs from using it well. Students need to ask good questions, verify information, recognise errors, protect their data and decide when it makes sense to use it. UNESCO has an AI competency framework for teachers, and the World Economic Forum argues that AI literacy goes beyond traditional digital literacy.

Try it in your next lesson: ask your students to find a mistake in an AI-generated answer and prove why it is wrong.

7. Human skills gain importance

Critical thinking, creativity, communication, collaboration, empathy and problem solving become even more valuable as tools take on more information and production tasks. The World Economic Forum highlights developing these skills alongside technological literacy. Academic content is still there, with more opportunities to use it meaningfully.

Try it in your next lesson: finish an activity by asking: what other solution could work?

8. Learning happens inside and outside the classroom

Videos, educational platforms, simulations and collaborative projects widen the experience beyond the room. The OECD notes that effective digital education requires adapting pedagogical practice to new environments, which reaches further than moving traditional activities onto a screen.

Try it in your next lesson: choose a short piece of content for students to explore before the lesson and use the in-person time to solve a related challenge.

9. Data helps decide where to step in

There is more and more data about the learning experience: results, participation, frequent mistakes, individual progress. The challenge lies in using the right data to make better decisions. The OECD highlights that technology and AI support the identification of needs, with care for privacy, equity and possible bias.

Try it in your next lesson: after an activity, note the three most frequent mistakes in the class and use them to prepare the next session.

10. The classroom becomes a digital ecosystem

The real change arrives when devices stop being isolated items and become part of a connected ecosystem: devices, interactive content, LMS, collaboration tools, assessment and data. A device on its own is a tool; a connected ecosystem becomes a new way of teaching and learning, linking the before, the during and the after of a lesson.

A device is a tool; a connected ecosystem is a new way of learning.

The LMS at the centre and offline-first resilience

Within this ecosystem, the LMS is far more than a place to store files: it organises content, activities, assessments, communications and follow-up, and it gives learning continuity. Technology works as pedagogical infrastructure, and it frees up teachers' time for teaching. On top of all this comes an essential question: what happens when connectivity fails? An offline-first ecosystem keeps key activities and content available without a stable connection, and syncs the information once the network returns. The underlying goal is for learning to carry on, with a connection and also without one.

The classroom of the future will therefore be a connected, integrated and resilient ecosystem, designed around people and adapted to each institution's real context. The most useful question stops being what the classroom of the future will look like and becomes what learning experience we want to build and what ecosystem we need to make it possible.

At AVACOM we design the classroom of the future today: an educational technology ecosystem with devices, our own LMS, content and applied intelligence, built offline-first, so that learning never stops.