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Group Leader or Sr. Postdoctoral Position at Leibniz Institute, Germany

Call for application for post doc job at INM – Leibniz Institute for New Materials, Germany

Study Subject(s):Mechanism-Based Modeling and Simulation
Course Level:Postdoctoral
Scholarship Provider: Leibniz Institute
The award can be taken at: Germany

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Eligibility:
The person hired will have completed the equivalent of a Ph.D. in a relevant field. Experience in continuum based methods of numerical simulation, informed by nanoscopic, microscopic or mesoscopic mechanisms of materials behavior is required. He or she will have plans to perform computational research to have an impact at a fundamental level on the nanomechanics and micromechanics aspects of new materials systems of interest within INM.

Scholarship Open for International Students: Yes

Description: NM – Leibniz Institute for New Materials, Saarbrücken, is a basic and applied research institute in transition to new scientific fields. It has approximately 180 employees, excellent research equipment, and is well supported by public and third-party funding. Its traditional focus is chemical nanotechnology, where the institute holds key patents and has close international links to industry. Under new leadership, this focus is now expanding to include promising novel aspects of materials science, physics and biology. To complement the existing experimental groups, a new research group is being established in the area of mechanism-based modeling and simulation to support the activities of the institute. For this group, we seek to appoint a Group Leader (Mechanism-Based Modeling and Simulation).

The successful candidate will carry out mechanism based modeling and computational simulation in the area of micromechanical or nanomechanical continuum material behavior, preferably in collaborations with other researchers at INM. Current research areas range from functional surfaces (tribological, adhesive, corrosive, …), glass and optics (refractive index engineering, light management), metallic microstructures in bulk and thin films (processing, micromechanics), nanotribology and surface materials (AFM methods, CVD/PVD coatings), structure formation at small scales (colloidal superstructures, polymers) to biomineralization, life science and nanotoxicity

How to Apply: Post

application Deadline: Contact Employer

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