The James Hutton Institute
6 days ago
PhD in Decoding Dynamic Plant Meristems: Carbon Signalling, Floral Transition, and Computational Modelling The James Hutton Institute in United Kingdom
Degree Level
PhD
Field of study
Computer Science
Funding
Competition-funded PhD project for students worldwide. The studentship provides an annual stipend above the BBSRC minimum, plus £5,500 per year for department laboratory fees and £700 for books, conferences and travel. Tuition fees are paid by the Foundation. The stipend level for 2027/28 will be £26,212. An additional up to £3,000 may be claimed to cover extra expenses for a six-month placement at another university/institute in year 3 or 4.
Deadline
Nov 20, 2026
Country
United Kingdom
University
The James Hutton Institute

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About this position
PhD opportunity at The James Hutton Institute in Dundee, United Kingdom, on Decoding Dynamic Plant Meristems. The project sits at the interface of plant biology, developmental biology, molecular biology, genomics, bioinformatics, biotechnology, and computational modelling.
The research focuses on the shoot apical meristem (SAM), a dynamic population of pluripotent cells that drives aerial plant development and floral transition. The project asks how carbon availability is linked to meristem reorganisation, gene expression, hormone signalling, and flowering-time networks. The student will work with Arabidopsis as the model system and aims to build an interactive, cell-resolution model of SAM dynamics with potential relevance to crop species.
Methods include advanced microscopy, molecular biology, metabolite analysis, transcriptomics, fluorescent reporters, FRET-based biosensors, and spatial computational modelling. The project also mentions AI-assisted hypothesis generation and iterative model refinement, giving the student experience across experimental and computational approaches.
Supervision is by Dr Vanessa Wahl (The James Hutton Institute) and Prof Henrik Jönsson (computational morphodynamics expertise). The post invites students who are curious, motivated, and interested in developing their own scientific ideas at the interface of plant developmental biology and quantitative modelling.
This is a competition-funded PhD open to students worldwide. Funding includes an annual stipend above the BBSRC minimum, £5,500 per year for laboratory fees, £700 for books/conferences/travel, and tuition fees paid by the Foundation. The stipend level for 2027/28 is stated as £26,212, with up to £3,000 additional support for a required research stay at another university/institute.
Interested applicants should register interest through FindAPhD or contact the supervisors directly before 2026-11-20. A CV and short motivation letter are requested.
Funding details
Competition-funded PhD project for students worldwide. The studentship provides an annual stipend above the BBSRC minimum, plus £5,500 per year for department laboratory fees and £700 for books, conferences and travel. Tuition fees are paid by the Foundation. The stipend level for 2027/28 will be £26,212. An additional up to £3,000 may be claimed to cover extra expenses for a six-month placement at another university/institute in year 3 or 4.
What's required
Applicants should be curious and motivated, with an interest in plant developmental biology and computational morphodynamics. The project welcomes students who want to develop their own scientific ideas and work across biological scales. Applications should include a CV and a short motivation letter explaining interest in the project, relevant background, and suitability for the PhD.
How to apply
Register interest via the FindAPhD platform or contact the supervisory team directly by email before the deadline. Submit a CV and a short motivation letter describing your interest, background, and fit for the project.
More information can be found here
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