The Effect Of Online Cooperative Homework On Students Academic Success

In this study, the effect of online cooperative learning homework practices on academic success of students is searched. The experience group of the research consists of 58 students from Anadolu University Education Faculty Education of Computer and Instruction Technology Section. Students in A section are taken to traditional method by neutral appointment; those in B section are taken to online homework practice method. In each class consisting of 29 people, it’s decided that 14 students prepare their homework individually; the rest 15 students prepare their homework with cooperative as triple groups. It’s students’ own choice to prepare their homework individually or cooperatively. There has been a success scale at the end of the teaching period. According to research results, there isn’t statistically considerable difference between students who attend traditional homework practices and online homework practices. According to research results, there isn’t statistically considerable difference between students who attend individual homework practices and cooperative homework practices. The academic success of the students who attend online-based individual homework practices is higher than traditional individual and online based cooperative learning homework practices.

💡 Research Summary

The study investigated whether online cooperative homework influences university students’ academic success, using a sample of 58 sophomore students from the Computer and Instruction Technology section of Anadolu University’s Faculty of Education. Participants were divided into two sections of 29 students each. Section A employed a traditional, face‑to‑face homework approach, while Section B used an online platform for homework delivery. Within each section, students were free to choose between completing assignments individually (14 students) or in cooperative groups of three (15 students). The cooperative groups worked together online, sharing resources and jointly constructing solutions. At the end of the semester, all students completed a “success scale” that combined exam scores, homework grades, and attendance, although the paper provides limited detail on the scale’s construction, reliability, or validity.

Statistical analysis revealed no significant differences (p > 0.05) between traditional and online homework, nor between individual and cooperative homework, indicating that, on average, the four instructional conditions produced comparable academic outcomes. Nevertheless, the mean success score of students who completed online individual homework was higher than that of students who completed traditional individual homework and online cooperative homework. This difference, while not statistically significant, was highlighted by the authors as a noteworthy trend.

Several methodological limitations temper the conclusions. First, the self‑selection of homework mode introduces selection bias; more motivated or technologically proficient students may have gravitated toward online individual work, inflating its apparent effectiveness. Second, the total sample size is modest, and each experimental cell contains only about 14–15 participants, reducing statistical power and increasing the risk of Type II error. Third, the success scale’s psychometric properties are not reported, leaving uncertainty about whether it accurately captures academic achievement. Fourth, the cooperative condition lacks descriptive detail regarding group dynamics, role allocation, communication patterns, and the specific online tools used, making it difficult to assess why cooperative learning did not yield superior outcomes.

Despite these constraints, the research offers an early empirical comparison of traditional versus online homework and of individual versus cooperative formats in a higher‑education context. The observation that online individual homework yielded the highest average performance suggests that digital delivery combined with autonomous study may enhance learning efficiency for some students. Conversely, the lack of a clear advantage for online cooperative homework may reflect insufficient scaffolding of group processes, technical challenges, or inadequate alignment of tasks with collaborative learning principles.

Future investigations should adopt randomized controlled designs to eliminate self‑selection effects, increase sample sizes to boost statistical power, and employ validated, reliable outcome measures with clear reporting of reliability coefficients and confidence intervals. Longitudinal pre‑ and post‑test assessments would allow researchers to track learning gains over time. For cooperative conditions, researchers ought to systematically document group formation procedures, role assignments, interaction quality, and the specific collaborative platforms used, possibly supplementing quantitative data with qualitative interviews or interaction logs. Incorporating covariates such as prior academic achievement, motivation, self‑efficacy, and digital literacy would enable a more nuanced analysis of how individual differences moderate the impact of homework modality. By addressing these methodological gaps, subsequent studies can more definitively determine whether online cooperative homework offers a pedagogical advantage over traditional or individual online assignments in fostering academic success.