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Qualifications: PhD in Chemistry, Material Science, or a related field Expertise in analyzing electrochemical interfaces using in-situ spectroscopy or synchrotron facilities (a plus) Programming language
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supervision of students. Furthermore, you will carry out 3D radiative hydrodynamical simulations with an existing code (written in C language) on supercomputers, and further develop that code to add additional
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academic career; you have skills and knowledge relevant to the research outlined in this job description; you are a good English speaker and writer (the lab’s working language); you can describe the
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activities You will teach one course of your choice per semester (2 weekly hours) in the MAGPW or SiP programs. The working language is English The position is full time (41 hours per week) by default, but
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expected. Your profile You should have a strong research interest in computational genomics, computational biology, bioinformatics, or statistical genomics. Proficiency with a programming/scripting language
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(the lab’s working language) you can describe the knowledge/skills gap you need to fill in order to succeed in your research you have a background in materials science or related discipline you have strong
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language) you can describe the knowledge/skills gap you need to fill in order to succeed in your research you have strong expertise in both antenna design and electronics you have significantly contributed
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robotics (e.g., ROS, forward/inverse kinematics), manufacturing (e.g., Additive or Subtractive Manufacturing), or computer vision/language models is a plus, but not a requirement. This position involves
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. Previous experience doing field work in any of these regions and language proficiency to support it is and advantage." This role supports the coordination of module personnel, reporting and budgets specific