Collaborative Learning in Elementary Mathematics

Collaborative Learning Strategy in Mathematics

  • Students work in groups to solve problems, share ideas, construct knowledge.
  • Recognized for boosting discourse, critical thinking, and conceptual understanding.
  • Aligned with Philippine K–12 curriculum emphasis on group learning.

Theoretical Foundations

  • Vygotsky’s socio-cultural theory: learning is social; peer interaction deepens understanding.
  • Piaget’s cognitive development: assimilation & accommodation occur as learners confront varied viewpoints.

Research Design & Context

  • Descriptive single case study.
  • Participants: 1010 Grade-school learners in a public school (Tacloban City, Leyte).
  • Data sources: semi-structured interviews, focus-group discussion, classroom observation.
  • Analysis: thematic coding (Braun & Clarke).

Learners’ Perceptions

  1. Gateway of Knowledge – dialogue widens perspectives, builds confidence, enhances oral communication.
  2. Supplement of Learning – peers clarify difficult topics, foster belonging, and support deeper comprehension.

Contribution to Academic Success

  1. Academic Motivation – mutual help, encouragement, and shared responsibility raise engagement and scores.
  2. Think–Pair–Share Dominance – structured pairing enables reflection, idea refinement, and reduces anxiety.

Overall Conclusions

  • Collaborative learning effectively improves mathematical knowledge, problem-solving, confidence, and social skills.
  • Supports creation of high-expectation, diverse learning tasks.

Key Implementation Challenges (Literature)

  • Teacher readiness & training.
  • Unequal participation / group dynamics.
  • Technology integration.

Recommendations

  • Provide teacher training & resources on group facilitation.
  • Use well-structured tasks with clear roles.
  • Leverage digital platforms for larger or remote groups.
  • Future studies to refine implementation tactics and measure long-term outcomes.