Date: Tuesday, 22 September 2026
Submitted by: Yonatan Solomon Russom
Mathematics Consultant / Independent Mathematics Educator
Proposed Contribution: Mathematics Education, History, Logic, Geometry, and Applications to Science & Technology
The Golden Jubilee of the Revolution School provides an important opportunity not only to commemorate its history and achievements, but also to reflect on the kind of education Eritrea needs for the next generation.
The Revolution School represented a vision that education should contribute directly to the development and future of the nation. As Eritrea looks toward the coming decades, I propose adding a forward-looking Mathematics, Science and Innovation Initiative that builds on that spirit.
My area of contribution is mathematics—its history, foundations, logic, geometry, applications, and relationship with science and technology. My goal is to help make mathematics more understandable, practical, creative, and connected to the real challenges and opportunities facing Eritrea.
Mathematics should not be viewed only as a school subject consisting of formulas and procedures. It is a language for understanding patterns, quantities, structures, space, relationships, logic, and change.
A stronger mathematical foundation can support education and development across many fields:
Mathematics → Science → Engineering → Technology → Industry → Economic Development
The proposed initiative would therefore explore how mathematics can be taught in a way that develops reasoning, problem-solving, creativity, and the ability to formulate new ideas.
Introduce students and educators to the development of mathematical ideas and how mathematical thinking evolved across different civilizations.
Topics could include:
This approach can help students understand not only how mathematics works, but also why mathematical concepts were developed.
A major component would be strengthening logical thinking.
Students could learn to ask:
This would encourage students to become mathematical thinkers rather than simply memorizing solutions.
Geometry provides a powerful bridge between mathematics and the physical world.
The program could explore:
These concepts can eventually connect mathematics with architecture, engineering, physics, computer science, manufacturing, and other fields.
The program could demonstrate how mathematical principles are used in real-world fields such as:
The objective would be to help students see mathematics as a tool for creating and solving problems, not merely a subject to pass in school.
I propose beginning with a small pilot rather than attempting to immediately change the entire education system.
The pilot could include:
Phase 1 — Seminar:
A presentation on the history, foundations, logic, and applications of mathematics.
Phase 2 — Teacher Workshop:
Workshops demonstrating alternative approaches to explaining mathematical concepts and developing reasoning skills.
Phase 3 — Student Program:
Interactive mathematics sessions for selected students, emphasizing problem-solving, geometry, patterns, logic, and applications.
Phase 4 — Evaluation:
Teachers and education professionals evaluate the materials, methods, strengths, and areas requiring further development.
Phase 5 — Expansion:
If the pilot demonstrates educational value, the program could be developed into teaching materials and expanded to additional schools and regions.
An important part of this initiative would be encouraging students to study both Eritrean/African intellectual heritage and global mathematical development.
Where historical connections are proposed, they should be investigated through evidence and scholarly research. This approach can encourage national pride while maintaining academic rigor.
Eritrean students should be encouraged to ask questions, investigate evidence, test ideas, and contribute new knowledge rather than simply receive knowledge created elsewhere.
The Golden Jubilee can become more than a commemoration of the past. It can become a starting point for a new educational conversation:
What mathematics, science, technology, and problem-solving capabilities does Eritrea need for the next 50 years?
I would like to contribute my experience, independent study, mathematical ideas, and educational materials toward that discussion.
My proposed contribution is therefore not to replace the existing curriculum without evaluation, but to work collaboratively with educators, mathematicians, scientists, teachers, and students to examine new approaches and develop practical educational resources.
I respectfully propose that the Ministry of Education and the Revolution School Golden Jubilee organizers consider a seminar or pilot workshop entitled:
“Mathematics for Nation Building: From Mathematical Thinking to Science, Technology and Innovation.”
The program could bring together former Revolution School students, teachers, mathematics educators, scientists, engineers, students, and Eritrean professionals abroad.
The Golden Jubilee commemorates fifty years of educational history. The next step can be to ask how that legacy can inspire the next fifty years of mathematical, scientific, and technological development in Eritrea.
Mathematics is not only something we learn. It is a way of thinking, understanding, creating, and solving problems.
I would be honored to contribute to this national educational discussion and to present my ideas for consideration, evaluation, and possible development in collaboration with Eritrean educators and institutions.
Respectfully submitted,
Yonatan Solomon Russom
Mathematics Consultant / Independent Mathematics Educator
Yonathanmath@gmail.com
“The language of the universe is mathematics.”
