Top schools set to compete in Nyanza Region Youth Chess Championship in Kisumu
Unique Sports
By
Washington Onyango
| Jul 14, 2024
Anticipation is high as Kassagam Secondary School gears up to host the Nyanza Region Kenya National Youth Chess Championship this Sunday.
This event, organized by Chess Kenya and Victoria Chess Club under the leadership of tournament director Andrew Owili, is set to highlight the region's premier young chess talents.
Owili, the driving force behind the tournament, shared his confidence in the meticulous preparations.
"We have been working tirelessly to ensure that everything is in place for a successful event. The players have been training rigorously, and we expect a high level of competition," Owili stated.
READ MORE
How new KRA guidelines will impact income tax calculation
Job loss fears as Mbadi orders cost-cutting in State agencies
Diversifying Kenya's exports for economic prosperity
State defends livestock vaccination programme
Amazon says US strike caused 'no disruptions'
State warns millers against wheat imports
Tanzania firm now eyes other sectors after Bamburi acquisition
HF Group raises Sh6.4b from the rights issue
An impressive lineup of schools, including Makini School, Mudasa Academy, Kings and Queens Academy, Jalaram Academy, Kisumu Senior School, Goldfields School, and M.A Junior School, will be participating.
With such formidable competition, spectators can look forward to exhilarating matches and strategic battles on the chessboard.
To advance to the nationals, participants in the Nyanza Region qualifiers must win at least three out of six rounds.
This requirement ensures that the matches will be fiercely contested as young chess enthusiasts vie for their chance to compete on a larger stage.
After the Nyanza Region qualifiers at Kassagam Secondary School, attention will turn to the Victoria East African Classical Tournament, scheduled for late August.
Both events are eagerly awaited and are expected to play a significant role in nurturing young chess talent in the region.