Quasi-experimental study finds technology-assisted instruction improved Grade 3 English writing scores at one South Punjab school

A four-week quasi-experimental study at one government school in Rahim Yar Khan, Punjab, Pakistan, found that Grade 3 pupils who received technology-assisted English writing instruction improved more than classmates taught with a traditional approach. The study involved 80 pupils in two intact classes: 40 were assigned to the experimental group and 40 to the control group. It was published in Discover Education in 2026.

The intervention combined simple English writing applications, interactive quizzes, visual prompts, structured writing tasks and animated videos for teaching story sequence. Experimental-group pupils practised spelling, punctuation and sentence completion, arranged events in logical order and used pictures and keywords to compose short paragraphs. The control group received traditional instruction over the same four-week period. Although the study’s stated aim included emerging tools such as Gemini AI, Canva and Google text-to-speech, the methods section describes the implemented intervention as simple writing apps and multimedia activities.

Researchers developed a Grade 3 writing test from content in the class’s English textbook. Its subtopics included syllables, word opposites and meanings, comprehension, uncountable nouns, singular and plural forms, alphabetical order, verb forms and possessive pronouns. Beginning with 33 items, they assessed difficulty, discrimination and distractor power before retaining 26 items. The test’s validity was supported through expert review and item analysis, and a pilot test was conducted with 40 Grade 3 pupils at the same school before the main experiment.

Sixteen lessons were prepared for the technology-supported condition using PowerPoint slides, audio, pictures and activities. The experimental group received guided exercises, interactive quizzes, immediate digital feedback and teacher guidance to edit and improve writing. The researchers framed the intervention through Vygotsky’s Sociocultural Theory, treating the digital activities as mediated tools that provide scaffolding for tasks beyond what pupils could initially accomplish unaided. The conceptual model proposed a direct pathway from technology-enhanced writing instruction to English writing proficiency.

The groups had similar baseline writing performance. On the pretest, the experimental group recorded a mean score of 3.2195 with a standard deviation of 1.4234, while the control group recorded 3.5500 with a standard deviation of 1.63221. An independent-samples t-test gave t = −0.972, degrees of freedom = 78 and p = 0.334, indicating no statistically significant difference before the intervention.

After the intervention, the experimental group’s mean writing score was 5.5000 with a standard deviation of 1.03775, compared with 3.2500 and a standard deviation of 1.67562 for the control group. The between-group independent-samples t-test produced t = −7.220, degrees of freedom = 79 and p = 0.000, indicating a statistically significant difference consistent with the reported direction of the group means. Within the experimental group, the mean increased from 3.2000 before the intervention, with a standard deviation of 1.43581, to 5.5000 afterward, with a standard deviation of 1.03775. A paired-samples test gave t = −9.733, degrees of freedom = 39 and p = 0.000.

The findings are consistent with the authors’ interpretation that structured digital practice can support idea organization, vocabulary use, sentence accuracy and coherence in early English writing. They also cited evidence that automated feedback can assist writing, with one multilevel meta-analysis reporting an average effect of about g = 0.55. Other cited studies associated technology-supported instruction with gains in engagement, grammatical precision and vocabulary retention, while research on generative AI emphasized the need for teacher guidance and safeguards against pupils relying on generated text.

The study’s scope limits how broadly the result can be applied. It examined only 80 Grade 3 pupils in two intact classes at a single institution, and the intervention lasted four weeks, although one passage in the article’s findings refers instead to a six-week intervention. The analysis relied primarily on quantitative measures, with limited qualitative exploration of pupils’ experiences. The researchers therefore called for larger and more diverse samples, longer interventions and mixed-method research to examine long-term effects, engagement and implementation challenges.

The authors recommend that teachers use structured digital writing tools as supports aligned to specific learning objectives, that curriculum developers embed such activities in Grade 3 English teaching with clear assessment criteria, and that policymakers provide sustained teacher training and invest in infrastructure and equitable access. These recommendations follow from the study, but the reported evidence comes from one short-term school-based trial and does not by itself establish whether the measured improvements would persist or transfer to other schools and learners.

Subject of Research: Effects of technology-assisted English writing instruction on Grade 3 pupils in South Punjab, Pakistan

Article Title: Role of emerging technologies in enhancing students’ English writing skill at primary level in the South Punjab, Pakistan

Article References: Pervaiz, M., ul Hassan, M., Aziz, A. A., shahid, M., & Batool, A. (2026). Role of emerging technologies in enhancing students’ English writing skill at primary level in the South Punjab, Pakistan. Discover Education, 5(1), Article 894. https://doi.org/10.1007/s44217-026-01717-1

Image Credits: AI Generated

DOI: 10.1007/s44217-026-01717-1

Keywords: English writing, primary education, Grade 3 pupils, quasi-experiment, South Punjab, Pakistan, educational technology, writing apps, digital learning, Role, emerging, technologies