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Internship / Master Thesis – Quantum Optimal Control Algorithms for Electrochemical NMR Applications
the theoretical and computational infrastructure to employ quantum optimal control methods, where simulated spin models are directly used to engineer NMR experiments. At the core of this project stands the Python
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Your Job: To further develop the high-temperature electrolysis and fuel cell technology (Solid Oxide Cell, SOC), you will take over management of the merged departments "Electrochemistry" and
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and the ability to work in a cooperative manner Ability to show initiative and work independently in a structured, organized way Fluent command of written and spoken English Our Offer: We work on the
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be: Experience with high-level programming languages, e.g. Python A good command of written and spoken English; knowledge of German is desirable or the willingness to learn/improve it The ability
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languages, e.g. Python A good command of written and spoken English; knowledge of German is desirable or the willingness to learn/improve it The ability to work independently, along with a highly motivated
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Program Conduct and disseminate world-class research via publications and conferences Your Profile: You have a university degree (diploma/university/master`s degree) in a natural science or engineering
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research via publications and conferences Your Profile: You have a university degree (diploma/university/master`s degree) in a natural science or engineering discipline; preferably with a doctorate A strong
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information, training and advice events Your Profile: You have a postgraduate degree, preferably doctorate / Masters`s degree or equivalent, in a relevant field of natural sciences or engineering You have
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, cooperation and project management Your Profile: Master and/or PhD degree in physics, chemistry, engineering, materials science or related fields Relevant experience in experimental work and analysis