The Essence of the Finnish Revolution in Education
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Finland not only canceled subjects-it radically rethought the very philosophy of learning. Instead of isolated lessons of mathematics, history, or biology, Finnish schools began to introduce a “phenomena” system (Phenomenon-Based Learning).
The principle is simple: rather of studying individual disciplines, students study complex topics that require knowledge from various fields. For example, the theme of the “European Union” combines geography, history, economics, political science, and languages. The study of “climate change” includes physics, chemistry, biology, mathematics, and social studies.
This approach reflects the realities of the 21st century,where most professions require interdisciplinary knowledge and skills. An engineer shoudl understand not only technical aspects but also the economic, environmental, and social consequences of their decisions.
Why Did Finland Take This Step?
The decision to refuse subject-based learning was not spontaneous.Finnish teachers and researchers have long observed how the traditional education system loses its connection with the needs of students and the requirements of the time.
Studies have shown that many graduates, despite good grades in individual subjects, have difficulties solving complex problems that require the use of knowledge from different fields. They know how to solve equations but cannot calculate a family budget; they know ancient dates but do not understand causal relationships in society.
In addition, Finnish teachers noticed a decrease in students’ motivation. Many children did not see the connection between school subjects and real life, which led to formal memorization without a deep understanding.
How the New System Works
As part of the interdisciplinary approach, Finnish schools work with thematic modules lasting 6-8 weeks. Each module is devoted to a certain phenomenon or problem, the study of which requires the integration of knowledge from various fields.
The role of the teacher changes dramatically: from a knowledge transmitter, it turns into a facilitator that helps students independently explore the topic. teachers of various specialties work in teams, planning and conducting classes together.
Pupils receive more freedom in choosing methods for studying the material. Some prefer to work with texts, others with visual materials, and others learn information best through practical activities. This approach takes into account the individual characteristics of each child.
Assessment has also undergone changes.Rather of separate assessments in subjects, students receive a complete assessment for a project or research that reflects their ability to apply knowledge from different areas to solve a specific problem.
The First Results of the Experiment
The experience of pilot schools that have introduced the new system shows mixed results. On the one hand, teachers note an increase in students’ motivation and their interest in learning. Children have begun to more actively participate in the educational process, ask questions, and look for connections between various phenomena.