“There was no learning”: a phenomenon in mathematics education after modular distance learning

Abstract

Modular instruction, limited scaffolding, reduced monitoring, and heavy reliance on home support contributed to what many teachers described as a period where “there was no learning,” resulting in compounded academic and motivational deficits. This study investigated the challenges mathematics teachers faced while transitioning from modular distance learning to face-to-face instruction, particularly the persistent disruptions in classes and the interventions they implemented in response. Using a phenomenological case study design, qualitative data were collected from eighteen elementary and secondary mathematics teachers through interviews, focus group discussions, and classroom observations. Findings revealed that foundational learning gaps, pre-emptive resistance to mathematics, delayed curriculum pacing, teacher overload, and resource scarcity are the products of modular instructions and learning disruptions. Many students lacked mastery of basic operations, struggled with comprehension, and exhibited low confidence, making grade-level instruction difficult to sustain. In response, teachers implemented structured remediation, peer tutoring programs (e.g., math aiders), community-based support mechanisms (e.g., Mobile Learning Hub and Distance Learning Center), localized materials, and extended instructional time. The findings suggest that mathematics learning recovery requires more than content delivery; it demands systematic rebuilding of foundational skills and student engagement. The study stressed the need for structured bridging curricula, flexible pacing policies, sustained remediation programs, and stronger school–community partnerships to ensure resilient and equitable mathematics education.