Mathematics

Curriculum Approach

In our Mathematics programme, we go beyond helping students complete tasks, we develop learners who think, reason, and take ownership of their learning.

While students learn methods and formulas, we place strong emphasis on helping them plan and think through their solutions. Students are guided to:

• Plan their approach before solving

• Select appropriate strategies and representations

• Explore multiple ways to solve a problem

• Explain and justify their thinking

• Adapt their approach when faced with challenges

Students discussing and explaining their thinking with teacher facilitation.

Learning becomes an active process. They are making decisions, testing ideas, and reflecting on their thinking.

To support this, our teachers intentionally design lessons that include:

• Purposeful questioning to deepen thinking

• Opportunities for discussion and collaboration

• Tasks set in meaningful and varied contexts

• Guided facilitation, where teachers support rather than provide immediate answers

Through a balance of clear instruction and skilled facilitation, we build both conceptual understanding and learner independence.

Differentiated Support and Stretch

Lessons are designed to meet diverse learning needs. Teachers provide scaffolds for students who require additional support, while offering more complex and open-ended tasks to stretch others. This ensures that every student builds strong foundations and is appropriately challenged.

Students working together with appropriate support to deepen understanding.

This approach prepares students not only for assessments such as the PSLE, but more importantly, for real-world situations where they need to think flexibly and apply their learning with confidence.

Curriculum Highlights

Experiential Learning

Student-centred and engaging learning experiences are integral to our Mathematics curriculum. Students explore authentic problem-solving situations and work collaboratively to make sense of concepts. With teacher guidance, they challenge assumptions, make connections, and see the relevance of Mathematics in real-life contexts, deepening both understanding and application.

Students engaging in hands-on tasks to explore mathematical ideas in meaningful contexts.

Enrichment Opportunities

Students with strong interest and potential in Mathematics are provided opportunities to further develop their thinking.

• Excellence 2000 Programme (E2K Maths)
  Offered to selected Primary 4 and 5 students, this programme develops higher-order thinking and problem-solving skills.

• Mathematics Competitions
  The school provides administrative support for students to register as private participants for the following competitions:
  
  a. Singapore Mathematical Olympiad for Primary Schools (SMOPS / APMOPS)
  https://apmops.hci.edu.sg
  
  b. Raffles Mathematical Olympiad (RMO)
  https://www.ri.edu.sg/rmo
  
  c. National Mathematical Olympiad of Singapore (NMOS)
  https://www.nushigh.edu.sg/nmos/

Technology in Learning: Powering Up Mathematics Learning with Technology!

Digital tools are purposefully integrated to enhance learning. Platforms such as the Student Learning Space (SLS) provide interactive tasks, timely feedback, and opportunities for self-paced learning. ICT supports visualisation, practice, and reflection, helping students become more independent and engaged learners.

Students engaging in self-paced learning with immediate feedback to improve their understanding.

Useful links

Koobits Learning Portal

https://member.koobits.com (Username: Same as student’s e-mail address)

Portal Introduction (https://www.youtube.com/watch?v=yhMbiJqGHHo)

FAQs & Guides (https://support.koobits.com)