Enhancing Paragraph Writing Performance through Flipped Learning and Process-Oriented Writing Instruction among First-Year Engineering Students

Abstract

The study investigates the impact of integrating flipped learning with process-oriented writing instruction on first-year engineering students' paragraph writing performance. The study adopted a qualitative-dominant mixed-method research design and was conducted within a compulsory Communicative English course at a technical institution. Fifty first-year engineering students participated in an eight-week instructional intervention. Instructional content was delivered before class through videos and model paragraphs using a flipped learning approach. At the same time, classroom sessions emphasized process-oriented writing activities, including brainstorming, drafting, peer feedback, and revision. Data were collected from students’ paragraph writing samples, classroom observations, and learner reflection journals and analyzed using thematic analysis and rubric-based writing assessment. The findings reveal clear improvements in paragraph organization, coherence, and idea development, along with increased learner autonomy, higher engagement, and positive perceptions of the instructional approach. The study concludes that integrating flipped learning with process-oriented writing instruction is an effective strategy for enhancing paragraph writing skills among first-year engineering students in higher education.