The meeting focused on discussing various aspects of abacus-based math education, including comparisons between abacus methods and mainstream math teaching approaches, terminology differences, and the development of educational materials and workbooks for different age groups. The participants reviewed upcoming book publications, discussed strategies for creating engaging math activities and puzzles, and explored ways to promote the educational content through social media platforms. They concluded by planning future meeting logistics and assigning various tasks related to content creation and educational support.

1. Abacus Research and Education Methods
• Limited research on abacus benefits, particularly for adults and aging populations
• Comparison between abacus math and mainstream math teaching approaches
• Discussion of different terminologies: "making" vs "breaking" numbers, regrouping vs borrowing
2. Math Teaching Strategies
• Exploration of Singapore Math (originally Eurocentric math that traveled to Singapore and back)
• Introduction to Vedic math from India using bars and partners
• Significant figures in division and various addition/subtraction methods
3. Educational Content Development
• Creation of educational puzzles, tic-tac-toe activities, and workbooks for children
• Development of first-grade abacus workbook with mazes and number tracing
• Plans for sequential math practice book and two-step equation books
4. Curriculum Planning
• Discussion of book progression: plus/minus 5s, plus/minus 10s, two-step equations, then multiplication
• Strategies for teaching different grade levels and adapting content for younger children
• Integration with existing math curricula like Right Start Math
5. Community Building and Promotion
• Plans to expand membership and build an abacus learning community
• Social media promotion strategies on TikTok and YouTube
• Setting up community sections in learning apps for video sharing
6. Practical Applications
• Using abacus workbooks for dementia engagement
• Creating materials for special education and potentially braille versions
• Balancing equation concepts as fundamental learning principles