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Senior Postdoctoral Research Associate in Materials simulation for batteries (f/m/d)

Employer
Karlsruhe Institute of Technology
Location
Karlsruhe, Baden-Württemberg (DE)
Salary
E14
Closing date
Mar 2, 2021

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Job Details

We seek an outstanding postdoctoral scientist (f/m/d) (physics/chemistry/materials scientist) to develop and apply simulation methods to problems of electrochemical energy storage. You work as a group leader in the EU project BIG-MAP and the Helmholtz-BASF project DigiCAM and coordinate the associated activities. In this context, you will develop a high-impact research portfolio in this area and supervise doctoral students. You will also participate in the formulation of applications for third-party funding. You will develop methods for multi-scale simulation of batteries and investigate new battery types, both in terms of the development of methods and their application. We expect you to publish your research results in leading national and international journals.

Personal qualification:

Following a university degree (diploma (university)/ master's) in physics/chemistry/materials science with a theoretical focus you have obtained an outstanding Ph.D. degree and gathered additional documented research experience. We expect several years of professional experience in the development and application of material science simulations for battery materials and in the simulation of the structure and function of battery materials. We require sound knowledge of electrochemistry, solid state physics/ chemistry as well as knowledge of the corresponding simulation methods, in particular density functional theory/ molecular dynamics. Programming knowledge (C ++, Fortran, Python, parallel algorithms), experience in the acquisition of third-party funds, in staff management, in the supervision of doctoral students and teaching experience complete your profile.

http://www.pse.kit.edu/karriere/joboffer.php?id=75347&language=en

 

Company

Research at the materials simulation group (www.int.kit.edu/nanosim, staff ~ 20) at the Institute of Nanotechnology (www.int.kit.edu) has recently focused on the development of predictive multiscale materials design with applications of organic light emitting diodes, organic photovoltaics, molecular electronics, designer polymers, metal organic frameworks and novel 2D materials, such as graphene. The institute (staff ~300) is a central pillar of the research program Science and Technology of Nanosystems of the Helmholtz Society and offers a stimulating multidisciplinary work environment addressing many topical problems in nanoscience and technology, both experimentally and theoretically.

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