The Jülich Computational Neurology Postdoc offers a two-year research contract in Germany. The position combines scientific data management with computational modelling. Applications are invited through Forschungszentrum Jülich’s recruitment portal.
The team works on motor control across species and biological scales. The role supports CRC 1451 and its research-data infrastructure. Applicants need a relevant doctorate and strong quantitative programming experience.
Jülich Computational Neurology Postdoc Details
The vacancy belongs to the Systems Neuroscience and Computational Neurology research environment associated with Professor Silvia Daun. Its Project INF responsibilities connect research data and computational models across the collaborative programme.
The research setting includes human and mouse data, with modalities such as fMRI, EEG, TMS and electrophysiology. The aim is to support scientifically usable data and modelling rather than provide clinical training.
Programme / vacancy | Jülich Computational Neurology Postdoc |
|---|---|
Official host | Forschungszentrum Jülich |
Location | Jülich, Germany |
Level / route | Postdoctoral employment |
Duration / start | 2 years |
Verified support | 2-year research contract |
Deadline status | 2026-11-05 |
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Jülich Computational Neurology Postdoc Benefits
The advertised contract lasts two years and is based on a 39-hour working week. Remuneration follows the stated TVöD Bund EG 13 classification; no single guaranteed cash salary is published in the vacancy.
The employer lists 30 days of annual leave and a year-end special payment of 75% of a monthly salary under the applicable arrangements. International advisory support is available through the research centre’s services.
For a related alternative, compare Jülich Operando X-ray PhD. Check its own subject, nationality and application conditions before choosing a route.
Jülich Computational Neurology Postdoc Eligibility
Candidates need a relevant master’s background and an outstanding doctorate. Listed fields include computer science, computational neuroscience, physics, mathematics and biomedical disciplines.
The profile calls for data-driven modelling, scientific programming and evidence of research output. Applicants should show how their work connects computational methods to complex research datasets.
Applicants considering other routes can review Macquarie Variational Learning PhD. Its requirements and funding arrangements are separate from this opportunity.
Requirements and Documents
Use the recruitment portal’s current document requirements. The vacancy profile provides the technical criteria but should not be turned into an invented universal checklist of references or certificates.
Your application should make quantitative methods and data-management experience easy to assess. Where the portal asks for research evidence, connect it to the advertised neuroscience and collaborative-data setting.
How to Apply
Apply through the official vacancy identified as 2026T0792. The position is based in Jülich, with a start at the next possible date according to the listing. Read the official application instructions before completing the form.
Use the role’s actual research-data and modelling responsibilities to assess fit. Questions about a start date or exact pay step should go to the employer before committing to relocation.
Application Deadline
The official closing date is 5 November 2026. The vacancy does not publish a submission time or timezone alongside that date.
The advertised next-possible start date is separate from the application deadline. Do not assume that the vacancy remains open beyond the stated closing date.
A further option is UCL Foundational AI PhD Studentship 2027. Compare the official eligibility and timing rather than assume that similar subject labels mean identical programmes.
Frequently Asked Questions
The answers below address the main funding, eligibility and application questions raised by this opportunity. They follow the current official programme or employer information.
Where a rate, deadline or document rule is not confirmed, the answer preserves that uncertainty. The official application page remains the place to check later notices.
What is the contract duration?
The employer advertises a two-year fixed-term contract. The stated working week is 39 hours.
Is a doctorate required?
Yes. The profile calls for an outstanding doctorate in a relevant quantitative or biomedical discipline.
What does Project INF contribute?
It supports research-data management and computational modelling within the CRC 1451 collaboration.
Which data types are relevant?
The research environment includes human and mouse data and modalities such as fMRI, EEG, TMS and electrophysiology.
Is the salary a published fixed euro amount?
No single cash figure is published. The vacancy specifies TVöD Bund EG 13 remuneration under the applicable contract conditions.
When does the application close?
The official date is 5 November 2026. No submission time or timezone is stated with it.
Conclusion
The Jülich Computational Neurology Postdoc combines quantitative research with collaborative neuroscience data infrastructure. Applicants should demonstrate both scientific modelling ability and the discipline needed to work with complex datasets.
Submit through the official recruitment portal before 5 November 2026. Confirm the precise start and contract arrangements with Jülich if your application progresses.
