糖心直播

AI literacy for doctoral students and supervisors

This seminar series is designed to support supervisors and doctoral students navigating the fast-changing landscape of generative AI for research.

Are you curious or confused about generative AI in doctoral research? 

Generative AI, genAI, has become an important part of research and research education thanks to the ever-expanding range of tools and applications becoming available all the time. At the same time AI poses challenges to research with relation to data management, privacy and even hallucinations. Within research education there is an expectation that doctoral candidates should produce their own text, which can be difficult to assess when powerful AI tools are used.

During 2026 and 2027, this series will lift up questions around use of generative AI in doctoral research that are relevant to all faculties and 糖心直播al Sciences. Doctoral students, supervisors, other researchers and anyone interested are all welcome.

Information about the seminars will be updated continuously on this website. Seminars will be recorded and available on this webpage shortly after the event.

Producing a doctoral thesis 鈥� creation, translation and prompting with genAI tools

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Doctoral research takes many forms 鈥� fieldwork, experiments, archives, quantitative or qualitative data. But, at some point, the practical work of research must be transformed into a text, a thesis, that can be defended and examined. GenAI tools offer a range of assistance with this process of creating a text, from translation to brainstorming to revising to writing.

How much can we use genAI tools to create a thesis and still be considered the author of the thesis? Who is responsible for the text in the case of queries 鈥� student, supervisor, institution or Co-pilot?

Watch the recording of the seminar held 3 September 2026, Campus Norrk枚ping.

Summary of the discussions from the seminar: Producing a doctoral thesis

Seminar 2: Producing a doctoral thesis 鈥� creation, translation and prompting with genAI tools, Campus Norrk枚ping, 3 September 2026.

This text summarises some of the main discussion points that came up during the interactive part of the seminar following the presentations.

AI as a research tool

Participants discussed how AI can support research beyond translation. Examples included using AI to bounce ideas, create outlines, identify repetition in writing, navigate large amounts of literature, identify potentially relevant research or gaps, and support engagement with diffi cult or extensive texts. It was noted that useful applications vary considerably between disciplines. At the same time, participants raised questions about the limits of such support, particularly regarding the use of generative AI for analysis. A related question concerned whether researchers can use AI to generate ideas and connections without allowing the systems to condition or shape their thinking too strongly.

糖心直播 and learning

Another part of the discussion revolved around learning and the development of skills and one鈥檚 academic voice. Participants questioned whether using AI necessarily makes learning more effi cient and discussed the possibility of 鈥渃ognitive debt鈥� when tasks are outsourced to AI. Developing one鈥檚 own voice and working through diffi cult problems were highlighted as important parts of learning. This led to a broader discussion about AI in education. Participants noted that traditional forms of homework and assessment may need to change as students increasingly use generative AI. Suggestions included placing greater emphasis on narration, imagination, process, and demonstrating learning in diff erent ways. An example illustrated how students may become discouraged when AI can quickly produce results that appear better than something they have worked hard to create. Participants also discussed the importance of the process of solving problems and the pride and enjoyment that can come from 鈥渃racking the code鈥� rather than simply producing an outcome.

Transparency and methodology

The discussion addressed transparency and how AI use should be accounted for in academic work. AI-use statements are increasingly seen in doctoral theses and often required by journals, yet participants noted that there is little consensus about what should be disclosed and how. It was also discussed whether such statements will continue to remain meaningful as AI becomes more integrated into academic practice. This was connected to methodological questions about researchers who use AI extensively to get feedback or in a role resembling a supervisor. Participants discussed whether and how this should be refl ected in a thesis or methodology chapter.

Finding the way 鈥� On generative AI use in doctoral research and education

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Finding the way 鈥� On generative AI use in doctoral research and education

Uncertainty and anxiety about the 鈥渞ight鈥� way to use generative AI tools in research often lead to a desire for guidelines or rules. How can we set up a productive discussion between doctoral students, supervisors and other researchers on appropriate use of these tools in a rapidly evolving context?

Here to help us find our way through the maze of policies, technologies and anecdotes are Eva 脜kesson and Rachel Forsyth, both from Lund University.

Watch the recording of the seminar held 5 May 2026, Campus Valla.

Summary of the discussions from the seminar: Finding the way

Seminar 1: Finding the way – On generative AI use in doctoral research and education, Campus Valla, 5 maj 2026.

This text summarises some of the main discussion points that came up during the interactive part of the seminar following the presentation. The summary is based on audience responses to a Mentimeter survey prepared by the guest speakers, Eva Åkesson and Rachel Forsyth, in which hypothetical scenarios involving genAI use were shared and audience opinions on the “correct” course of action discussed.

Academic practice

Grounded in a case example involving fabricated references discovered in a successfully defended thesis, the discussion revolved around how to handle such a situation. When participants were presented with the options of “do nothing”, “rerun defence”, and “take away doctorate”, the vast majority (52) voted to rerun the defence. The point was made that incorrect references are not uncommon in thesis bibliographies, but for some participants the difference lay in the word “fabrication”, which, they argued, raised further concerns about whether anything else might have been fabricated in the thesis. Similarly, others highlighted the importance of academic rigor and honesty and how such instances might undermine trust in academic work.

Additionally, some added that the options of doing nothing or revoking the doctorate both seemed too extreme, and as a result they had opted for the only middle ground which was to rerun the defence. Ultimately, a desire for more contextual and nuanced ways of responding to this type of situation was expressed.

Acceptable uses of genAI

Participants also discussed (non)acceptable uses of genAI - from students using it for thesis work to supervisors generating feedback to said thesis work. Across multiple scenarios there seemed to be no clear consensus on definite acceptable uses, with many Mentimeter responses clustering around “maybe”. However, participants seemed generally more tolerant towards using genAI for administrative tasks, for translation purposes, or as potential support for dyslexic or neurodivergent persons. Participants were less optimistic about using genAI for direct academic tasks or for supervisory specific tasks such as generating feedback for drafts of thesis chapters or preparing opponent material for defenses.

The conversation also reflected some epistemic and disciplinary specificities. While the Mentimeter responses were anonymous, the discussions that followed indicated that what is deemed as (non)acceptable use of genAI, e.g. when drafting a literature review or summarising your own work, varies significantly based on one's disciplinary background.

Data ethics and privacy issues

Concerns about data ethics and privacy issues came up consistently throughout the conversations, ranging from scenarios of supervisors uploading student drafts to generate feedback to persons using it for medical and mental health support. Despite data fed into LiU systems is not to be trained on by genAI, some distrust was expressed in relation to whether this would in fact never happen.

The promise of more time

Another topic of debate surrounded “the promise of more time”. Optimistic perspectives argued that these tools could be a clever solution to time-consuming and tedious administrative tasks and thus help free up time for what academia is really about - learning, thinking, engaging with your peers. This was however met with a degree of scepticism by some participants who expressed concerns over whether this was in fact realistic, especially within academia. Where would this new-found time actually go? Participants discussed the notion of having to move faster, meet higher expectations, and the risk of burnout.

Broader societal impacts

The broader impacts of genAI were also a topic of debate. Concerns about work displacement were brought up with participants discussing whether this was a natural development of modern society - arguing that new types of jobs would be created accordingly - or whether it begged for more critical attention to the impacts of these technologies and how they play a role in our lives.

Additionally, sustainability and the environmental impacts of genAI was also raised as a genuine concern. Here, the conversation revolved around the severity of the environmental impacts (compared to other IoT technologies), questions of when it was justifiable to use genAI (e.g. for scientific purposes vs. personal use), and others expressed a need for increased scrutiny towards these technologies and the infrastructures they sustain (See also Seminar 3 which will continue the conversation on sustainability in November 2026).

Upcoming seminars fall 2026

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