Post-DocApplications Closed

Hayder Amin

Dresden, Germany

Position Details
Apply by Mar 31, 2021
Post-Doc
Dresden, Germany

Application deadline

Mar 31, 2021

Job

Job location

Geocoding

Dresden, Germany

Quick Information

Application Deadline

Mar 31, 2021

Start Date

Flexible

Education Required

See description

Experience Level

Job

Job location

Geocoding

Dresden, Germany

Map

Job Description

This position is focused on developing a real-time bidirectional Brain-Machine interfacing framework, enabling active decoding and communication between a CMOS-chip and a rodent cortico-hippocampal circuit. The successful applicant will develop and implement biomimetic electronics to mimic/integrate the spatiotemporal information transmission within a large-scale hippocampal circuitry empowered by the enhanced computational function of the newly generated neurons. The outcome will profoundly impact science and society – it would offer a better tool for understanding information coding in neural regenerative circuitry and potentially providing novel restorative treatments for neurodegenerative diseases and brain injuries.

Apply here: https://jobs.dzne.de/de/jobs/60681/postdoctoral-researcher-fmd-in-biomimetic-hippocampal-prosthesis-802920211

Requirements

  • Enthusiastic
  • creative team player
  • fluent in English with a strong commitment to research
  • Ph.D. in Biomedical Engineering
  • Physics
  • Computer science or a relevant scientific/technical discipline with a keen interest in hardware implementation and signal processing
  • and a particular focus on neuroprosthetic devices
  • Prior technical expertise and research proficiency in hardware implementation and circuit modeling
  • Experience in modeling
  • biostatistics
  • and complex data analysis methods proven by a GitHub repository or published articles.
  • Experience in programming as well as scripting skills
  • preferably in Python
  • Experience in experimental electrophysiology and neural signal processing of neuronal activity datasets obtained by (i.e.
  • microelectrode arrays
  • extracellular field potential recordings
  • and patch-clamp)

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