Assistant Professor Position in Clinical Neurophysiology
Temporary
temporary
€4,492 - €6,986
28 Oct 2024
Enschede
Verified by Turrior
Content + Source + Freshness • 17 Dec 2025 • 95% confidence
78 / 100
Offer value
A solid opportunity due to the esteemed university's reputation and a competitive salary range, but temporary employment may deter some candidates.
- Competitive salary: €4,492–€6,986/month
- Research opportunities at a prestigious university
- Mentorship roles for students
- Temporary position with limited job security
Pros
- Opportunity to conduct impactful research in a leading university
- Competitive salary within the European academic market
- Chance to mentor students at various academic levels
Cons
- Temporary position, potentially less job security
- High expectations for both research and teaching duties
- Location may be less appealing for some candidates
Who it's for
Early Career • On-site
Good fit
- Researchers in experimental neurophysiology
- PhD holders looking to jumpstart their academic careers
- Enthusiasts of teaching and mentoring students
Not recommended for
- Candidates not willing to engage in teaching
- Those seeking permanent positions only
- Individuals lacking background in neurophysiology
Motivation fit
Desire to contribute to critical research in healthcareInterest in working within an academic environmentMotivation to engage in interdisciplinary collaboration
Key skills
Research methodologyTeaching and curriculum designExperimental design in neurophysiologyStatistical analysis
Score: 78/100 AI verified analysis
About the job
The Clinical Neurophysiology group is seeking an Assistant Professor with a background in (applied) physics, electrical engineering, or biomedical engineering, and proven expertise in experimental neurophysiology.
You will contribute to our research on neuronal dynamics during metabolic stress, with a particular focus on in-vitro research related to hypoxic/ischemic injury and stroke. This research aims to elucidate the underlying neuronal dynamics during metabolic stress, and various forms of stimulation to improve recovery, with the ultimate goal of translating these findings to clinical practice.
In addition to research, you will play an active role in education, including teaching neurophysiology and biophysics to students of the Technical Medicine and Biomedical Engineering programs, as well as supervising Bachelor’s and Master’s students.
Our research is highly translational, addressing clinical challenges in metabolic stress and epilepsy with a strong focus on enhancing our understanding of pathophysiology, improving diagnostics and prognostication, and developing innovative treatments. We utilize biophysical modeling alongside clinical data, with experimental work involving cultured neurons on multi-electrode arrays (MEAs). The group also maintains strong national and international collaborations with clinical and preclinical research groups.
You will contribute to our research on neuronal dynamics during metabolic stress, with a particular focus on in-vitro research related to hypoxic/ischemic injury and stroke. This research aims to elucidate the underlying neuronal dynamics during metabolic stress, and various forms of stimulation to improve recovery, with the ultimate goal of translating these findings to clinical practice.
In addition to research, you will play an active role in education, including teaching neurophysiology and biophysics to students of the Technical Medicine and Biomedical Engineering programs, as well as supervising Bachelor’s and Master’s students.
Our research is highly translational, addressing clinical challenges in metabolic stress and epilepsy with a strong focus on enhancing our understanding of pathophysiology, improving diagnostics and prognostication, and developing innovative treatments. We utilize biophysical modeling alongside clinical data, with experimental work involving cultured neurons on multi-electrode arrays (MEAs). The group also maintains strong national and international collaborations with clinical and preclinical research groups.
