Post-DocApplications Closed
Dr. Hayder Amin
Dresden, Germany
Position Details
Apply by Apr 30, 2021
Post-Doc
Dresden, Germany
Application deadline
Apr 30, 2021
Job
Job location
Dresden, Germany
Quick Information
Application Deadline
Apr 30, 2021
Start Date
Flexible
Education Required
See description
Experience Level
—
Job
Job location
Dresden, Germany
Job Description
The position focused on developing a brain-inspired computational model using parallel, non-linear algorithms to investigate the neurogenesis complexity in large-scale systems. The successful applicant will specifically develop a neurogenic-plasticity-inspired bottom-up computational metamodel using our unique experimentally derived multidimensional parameters for a cortico-hippocampal circuit. The project aims to link computational modeling to experimental neuroscience to provide an explicit bidirectional prediction for complex performance and neurogenic network reserve for functional compensation to the brain demands in health and disease.
Requirements
- The ideal candidate should be/have
- Enthusiastic
- creative team-player
- fluent in English with a strong commitment to research
- Ph.D. in Biomedical Engineering
- Physics
- Computer science or relevant scientific/technical discipline with a keen interest in computational neuroscience and a particular focus on modeling.
- Experience in modeling
- biostatistics
- and complex data analysis methods proven showcase by a GitHub repository or published articles.
- Experience in programming & scripting skills
- preferably in Python
- Demonstrated scientific knowledge in experimental electrophysiology and neural signal processing of neuronal activity datasets obtained by (i.e.
- microelectrode arrays
- extracellular field potential recordings
- and patch-clamp)
Job
Job location
Coordinates pending.
Dresden, Germany
Related Seminars
Seminar60%
SSFN Webinar - Depression and antidepressants
neuro
Apr 27, 2025
Sahlgrenska Academy
Seminar60%
Reading Scenes
neuro
Apr 28, 2025
Ludwig-Maximilians-Universität München
Seminar60%
Unlocking the Secrets of Microglia in Neurodegenerative diseases: Mechanisms of resilience to AD pathologies
neuro
Apr 30, 2025
UC Irvince