Doctoral Education Meets the AI Revolution: How PhD Candidates Are Affected
How should PhD candidates use AI in their work? Generative AI offers new opportunities for research, yet development is rapid and clear guidelines are lacking. The question is therefore relevant for many doctoral students who want to make use of the technology without compromising research ethics.
To shed light on the issue, SLU and the Sparbanken Skåne Centre for Sustainable Primary Production invited PhD candidates and supervisors to an afternoon seminar on the role of AI in doctoral education. The centre works to promote knowledge-based, sustainable and resilient primary production, and the eight PhD candidates linked to the initiative cover the full breadth of the food system – from genetics and plant breeding to urban farming, governance and energy integration. Together, they contribute new perspectives on how future sustainable food production might take shape.
On the way to completing a thesis, PhD candidates inevitably face the question of how AI should be used. To make the most of these tools, it is essential to understand how generative AI works and what limitations it has.
– To get the most out of it, you need to know how to formulate a prompt – although you can ask AI for help with that as well, says Matt Low, AI trainer at SLU and the event’s keynote speaker.
Generative AI is more reliable when working in areas with extensive existing data. At the same time, it is crucial that candidates critically assess the responses they receive, as AI often expresses itself with great confidence and sometimes with inherent bias.
– If you ask a vague question, you will get a vague answer, says Matt Low. Be detailed, be specific, and above all: keep asking questions and do not accept all answers as true.
AI tools can support idea development, act as a sounding board, or assist with practical tasks such as text editing. However, its use must be anchored in an open dialogue between candidate and supervisor. Both parties need to agree on how AI may be used to ensure that the candidate’s authorship is not undermined.
Doctoral studies also come with the expectation that certain learning processes must be completed. Supervisors need a clear view of which tasks they expect the candidate to carry out independently, and should not be left at the end of the process feeling that the thesis has been produced through shortcuts.
– Students have always received help in various ways, says Matt Low. The question is how much, and what kind of external assistance, is acceptable?
In addition to pedagogical considerations, there are ethical aspects. Sharing personal data or other sensitive information with AI tools can be problematic. There are ways to work with generative AI safely, but doing so requires deliberate choices.
– AI should function as a tool that enhances – but does not replace – critical thinking, analysis and argumentation, says Matt Low. The candidate must be able to explain and defend their perspectives, data, analysis and conclusions.
Eight PhD Students at SLU and Sparbanken Skåne’s Centre for Sustainable Primary Production
• Adrien Vial, Can the integration of ecological theory with quantitative genetics transform disease resistance breeding?
Main supervisor: Aakash Chawade, Department of Plant Breeding
• Ananta Aacharya, Crop cultivation in combination with solar panels on arable land – How does it contribute to the future need for food and energy in a profitable way?
Main supervisor: Daniel Nilsson, Department of Biosystems and technology,
• Andrew Gallagher, Transformative governance for a sustainable food system.
Main supervisor: Fredrik Fernqvist, Department of People and Society
• Laurène Mailhan, From Stench to Scent – Genetic strategies towards bunt-free organic wheat
Main supervisor: Therese Bengtsson, Department of Plant Breeding
• Linda Groot Nibbelink, Back to basics: The potential of Nordic heirloom vegetables for improved national food security and ability to cope with future climate changes
Main supervisor: Lars Mogren, Department of Biosystems and Technology
• Lubos Ríha, Towards a sustainable future with reduced input through enhanced starch yield and tailored starch qualities
Main supervisor: Mariette Andersson, Department of Plant Breeding
• Mina Nesic, Exploring seed quality traits and their genetic regulation in Swedish protein crops for enhanced diversity and nutritional stability
Main supervisor: Cecilia Hammenhag, Department of Plant Breeding
• Yizhi Zhang, Climate impact mitigation and resource use efficiency of rooftop greenhouses for urban food production
Main supervisor: Thomas Prade, Department of Biosystems and technology
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