On
October 20, in Astana, Kazakhstan, the world body for chess (FIDE) and
the International School Chess Federation (ISCF) signed a Memorandum of
Cooperation to jointly promote scholastic chess globally as per the
deflation of 2026 as ‘The Year of Chess in Education.’ Accordingly, the
two organisations will launch a series of international school team
tournaments as the flagship event of the ‘Chess in education 2026’
programme.
Well, it’s not as though there’s been no chess in
schools or ‘chess in education’ all these years. Kids even as young as
just three years old have taken to chess for decades if not centuries.
In Sri Lanka, the vast majority of active players are still in school.
Schoolboys and schoolgirls have won the national title on numerous
occasions, some as young as 12! In fact the national team, going back to
the 1970s, always had one or more school going players. If you prefer a
quantitative argument, consider the fact that over 27,000 kids take
part in the age group tournaments organized by the Schools Chess
Association. And that’s from all provinces, all districts and all
educational zones! Sri Lanka boasts of the highest percentage of chess
players in the region.
That said, the FIDE/ISCF move is timely
and significant. Today it is widely recognised that chess is not an
extracurricular activity for schoolchildren. It is co-curricular for
many reasons. Let’s consider.
Chess develops critical thinking.
It is a game, certainly, and has all the attributes one associates with
competition of any kind. And yet, it also trains students to assess
situations, anticipate consequences and make informed and rational
decisions, all of which are core aspects of analytical education.
Chess
enhances problem-solving skills. Yes, every move offers a player a
problem to be solved. So they assess options and pick the most effective
way forward. That’s essentially what mathematical and scientific
reasoning is all about.
Chess develops concentration and focus.
The players have to demonstrate sustained attention and patience. They
must learn to quell distraction of any and every kind. They have to
reduce the dimensions of the universe to 64 squares and the innumerable
permutations therein. Such traits invariably get applied in all
classroom/learning environments, making for better learning and greater
efficiency in the application of knowledge acquired.
Chess
instills patience and resilience. Players have to cope with mistakes and
continue to look for ways of recovery. They have to grind out wins from
seemingly equal positions, pushing a tiny advantage, making it bigger
incrementally until the aggregate yields a clear and winning edge. Takes
time. Requires patience.
Chess supports mathematical and
logical reasoning. There’s geometry involved. There’s
pattern-recognition as mentioned above. There’s calculation too. In
short the reinforcing of foundational STEM skills.

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