EFFECTIVENESS OF MOOCS INTEGRATED WITH PROJECT-BASED LEARNING ON ACADEMIC ACHIEVEMENT AMONG SECONDARY SCHOOL STUDENTS
Keywords:
Massive Open Online Courses (MOOCs); Project-Based Learning (PBL); Academic Achievement; Secondary Education; Digital Learning; Student Engagement; Quasi Experimental Design; Technology-Enhanced Learning; Curriculum-Based Learning; Educational Outcomes.Abstract
This study examines the effectiveness of integrating Massive Open Online Courses
(MOOCs) with Project-Based Learning (PBL) to enhance academic achievement among
secondary school students. The study proposes a structured MOOC–PBL instructional model
that combines accessible digital learning resources with curriculum-aligned project activities
to support students’ conceptual understanding, knowledge acquisition, retention, and
examination performance. A quantitative quasi-experimental pre-test–post-test control
group design is proposed, involving 305 students from four secondary schools. Academic
achievement is assessed using a standardized 25-item objective achievement test, while
student engagement is considered as a supporting learning variable. The proposed approach
positions MOOCs as supplementary digital learning resources that provide students with
structured subject content and flexible access to learning materials, while PBL provides an
organised classroom framework for applying curriculum-based knowledge through project
activities. The integration of these approaches is expected to create a more structured and
engaging learning environment and contribute to improved academic outcomes. The study is
particularly relevant to secondary education because the combination of digital resources and
project-based instructional practices can support curriculum delivery while providing students
with additional opportunities to reinforce subject knowledge. The research is expected to
provide empirical evidence regarding the effectiveness of the integrated MOOC–PBL approach
and offer practical implications for teachers, schools, and educational planners seeking
technology-supported strategies to improve students’ academic achievement.

