Session Information

This page shows the session details and the presentations assigned to this session.

Academic style instruction with U SPArC: findings from two cycles of design research

Abstract

Mastering academic writing style can be a challenge for students (Herelixka & Verhulst, 2014). Although the literature extensively describes the hallmarks of academic literacies (Biber & Conrad, 2019; Hyland, 2009), guidance on how to help students acquire an effective style is scarce. This study makes recommendations for university level style instruction upon evaluating the U SPArC style tutorial. This tutorial introduces five style principles captured in the mnemonic U SPArC, using video-based strategy instruction. Short videos model applying a principle to example sentences, followed by gradually built-up exercises (‘guided practice’). In two cycles of design research, we designed and assessed a first version of the tutorial (cycle 1), refined it based on our findings, and evaluated a second version (cycle 2). 62 and 78 master’s students participated in the two cycles at Delft University of Technology. Results show that students responded positively to the tutorial. They found the five style principles helpful for their writing, though not all principles equally so. Students particularly valued the modelling with examples. Although examples were drawn from diverse technical fields, 75% of students also found them ‘relevant for the writing we do in our study program’. Students preferred video-based instruction supplemented by written materials; few favoured in-class delivery. Finally, we avoided grammar terms in the tutorial’s first version to aid comprehension, but this seems to have unwittingly clouded the instruction. We included basic grammar terms (e.g., ‘subject’) in the second version, and almost all students preferred this. Based on our results, we recommend trying out U SPArC’s style principles, pedagogy of strategy instruction, and video-format at a larger scale. Beyond U SPArC, we recommend pairing example-rich videos with written resources, without eschewing key grammar terms. The study offers practical guidance to instructors and course developers.Biber, D., & Conrad, S. (2019). Register, Genre, and Style (2de editie). Cambridge University Press. https://doi.org/10.1017/CBO9780511814358 Herelixka, C., & Verhulst, S. (2014). Nederlands in het hoger onderwijs—Taalunie: Een verkennende literatuurstudie naar taalvaardigheid en taalbeleid. Nederlandse Taalunie. Hyland, K. (2009). Academic discourse: English in a global context (1st ed.). Continuum. https://doi.org/10.5040/9781474211673

From Higher Education to Secondary Schools: Developing an OER for genAI-Supported Scientific Writing

Abstract

Writing is widely recognised as an epistemic tool in higher education: it structures inquiry, supports knowledge creation, and enables students to participate in disciplinary discourse. These epistemic demands also shape Swiss secondary education, where learners in Berufs-/Maturitätsschulen must produce a propaedeutic research paper as part of their final examinations. The increasing presence of generative AI (genAI) in academic writing introduces challenges across educational levels. While genAI can support idea generation, structuring, and revision, research shows that students often struggle to integrate AI outputs into coherent, genre-appropriate, and epistemically responsible writing processes. This highlights the need for pedagogical designs that scaffold reflective and transparent genAI use throughout the writing process. This paper presents the development of an open educational resource (OER) designed to support genAI-assisted scientific writing in Swiss secondary schools. The OER is part of a broader design-based research (DBR) programme on genAI-integrated writing in higher education but is not itself an iterative DBR cycle. Instead, it represents a transfer of design principles and scaffolding mechanisms from two higher-education DBR iterations of a genAI-supported scientific writing course at the Zurich University of Applied Sciences (ZHAW). The resulting OER includes prompting activities, genre-focused self-study units, and reflective tasks adapted to the BM-/Matura-Arbeit context. It will be introduced to teachers in May 2026 to support implementation in the 2026/27 school year. The theoretical framework draws on writing-process models and genre approaches, conceptualising genAI as a tool to be critically evaluated within the epistemic aims of scientific writing. Methodologically, the OER design draws on analysis of course artifacts (prompting journals, student texts, writing tasks, scaffolds), student surveys from FS24 and FS25, and instructor feedback. Additional insights stem from workshops in 2025, which indicated strong demand for guidance on genAI use, authorship, and academic integrity. Expected outcomes include a modular OER that supports key writing stages while fostering genre knowledge, reflective practice, and epistemic responsibility. The paper contributes to writing research by showing how DBR-informed cross-level transfer can strengthen scientific writing pedagogy and support a smoother transition from secondary to tertiary education.Keywords: genAI-supported writing, scientific writing, writing pedagogy, epistemic practices

Making Research Understandable: Teaching Undergraduates to Communicate Research to Non-Experts

Abstract

This presentation reports on a design-based intervention to help undergraduates communicate research to non-specialists through two coupled genres: the Plain-Language Summary (PLS) and the research poster. At an English-medium U.S. branch campus in the Middle East, for the past two years we helped prepare students for the university's undergraduate poster symposium. In Year 1, we introduced a five-move PLS (teaching statement, problem, methods, findings, takeaway) alongside core poster design principles. In Year 2, we refined the timing by scheduling sessions closer to the event, added assertion-based poster headings (Wolfe & Reineke, 2024), and incorporated a formative feedback session two weeks before the presentations. Our dataset includes 58 PLSs and 58 posters, presentation recordings, and reflective interviews. We evaluated all PLSs and posters using rubrics targeting clarity, coherence, audience-fit, visual hierarchy, and explicit takeaways; all items were double-rated with reconciliation.Our presentation focuses mainly on Year 2, where there were clear improvements. Students produced more coherent PLSs and posters, used plain language more effectively for non-expert audiences, and presented their findings through cleaner, visually accessible layouts. The logistical adjustments to our intervention proved critical, as students had a more developed understanding of their research and were able to successfully leverage the PLS as the basis assertion-based poster headings. As the reflective interviews with students and our analysis of the posters show, this integration strengthened the link between written and visual communication, improving both students’ ability to make sense of their research as they crafted the moves of the PLS and the communicative effectiveness of their posters. We close by outlining adaptable teaching materials, such as PLS models, annotated examples, and poster design guides, that can support programs seeking to help students communicate research effectively to broad audiences. The project demonstrates how writing research can inform practical, scalable strategies for undergraduate research communication.ReferencesWolfe, J., & Reineke, K. (2024). Assertion-based poster headings. IEEE Transactions on Professional Communication.