Netherlands Institute for Neuroscience

Amsterdam, Netherlands

The Netherlands Institute for Neuroscience (NIN) is the country's premier fundamental neuroscience research institute, operating under the Royal Netherlands Academy of Arts and Sciences (KNAW).
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Tuition Fees, Cost of Living & Accommodation at Netherlands Institute for Neuroscience

Cost Of Living

€ 12000

Undergraduate Fees International Students

€ 2143

Post Graduate Fees International Students

€ 2168

PhD

  • € 0

Distinguished Alumni of Netherlands Institute for Neuroscience

Step-by-Step Guide to Admission Requirements at Netherlands Institute for Neuroscience

The Netherlands Institute for Neuroscience does not offer Bachelor's or Master's degree programs directly. It is exclusively a research institute that hosts PhD students. To become a PhD candidate at the NIN, applicants must:

Hold a Master's degree (or equivalent) in Neuroscience, Biology, Medicine, Physics, Computer Science, or a closely related field from a recognized university.

Demonstrate excellent academic performance and a strong motivation for research.

Have relevant laboratory research experience, often gained during their Master's thesis project.

Apply for specific, advertised PhD positions, which are highly competitive.

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Netherlands Institute for Neuroscience Corporate Partnership

  • Roche Germany : Students and postdocs are hired through collaborative postdoctoral fellowships and R&D projects focused on neurodegenerative diseases, often leading to full-time positions in their neuroscience discovery departments.
  • Phillips Edison : Collaboration on neuro-imaging technologies; students with expertise in MRI physics or data analysis are recruited for internships and PhD projects, with pathways to roles in medical systems development.
  • Noldus Information Technology : Partners on developing behavioral analysis software; students specializing in ethology and data science are hired to develop and validate new tools, sometimes leading to positions as application specialists or developers.
  • Merck (MSD) : Engages in joint target validation studies; talented PhDs are recruited into their postdoctoral programs and, subsequently, into roles in pharmacology and translational research.
  • Johnson & Johnson : Collaborates on psychiatric and neurological drug discovery; students are hired as interns in screening and assay development, with strong potential for post-PhD roles in their R&D divisions.
  • Erasmus+ Program : While not a company, this major medical center is a key partner; students are hired as clinical researchers or postdocs in joint projects, bridging fundamental and clinical neuroscience.
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Notable Achievements of Netherlands Institute for Neuroscience

Achievements

01.
Development of a Viral Tracing Toolbox

NIN scientists developed and shared a comprehensive set of viral vectors for tracing neural connections, which has become a gold-standard tool used by neuroscientists worldwide.

Year
2015
02.
Launch of the "Sleep & Cognition" Research Theme

The formal establishment of this interdisciplinary theme consolidated the institute's world-leading position in exploring the critical relationship between sleep, memory, and brain health.

Year
2012
03.
ERC Advanced Grant for Visual System Research

A leading NIN professor was awarded a highly competitive ERC Advanced Grant for his innovative research on the mechanisms of visual perception and processing.

Year
2010

Notable Innovation, Research & Development Netherlands Institute for Neuroscience

Notable Innovation

01.
Development of a Novel Gene Therapy for Chronic Pain

Developed a targeted gene therapy approach that silences a key pain-sensing gene in neurons, offering a potential long-lasting and non-addictive treatment for chronic pain.

Year
2020
02.
Identification of a New Type of Brain Cell, the "Gilaform" Astrocyte

NIN researchers identified a novel hybrid brain cell that has properties of both neurons and astrocytes, challenging traditional classifications and opening new avenues for understanding brain function.

Year
2018
03.
Neural Mechanism of the "Visual Snapshot" System in Flight

Discovered how the fruit fly's brain uses a sophisticated algorithm to take rapid "snapshots" of its environment to stabilize flight, providing key insights into sensorimotor processing.

Year
2015

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