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reusable launchers, autonomous robotics, and advanced materials could redefine how we design space structures. The ability to remotely assemble orbital systems from multiple launcher payloads would allow
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, bioengineering, chemical engineering, microbiology, or other relevant backgrounds are preferred. You will have the opportunity to collaborate with multiple academics and early career researchers in biofilm
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Science or German Diplom, preferably in biology, chemistry/biochemistry, psychology, medicine, physics, engineering, or informatics neuroscientific knowledge and interest in an interdisciplinary research
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, which are highly relevant, for instance, in quantum chemistry. Your research will be embedded in international collaborations with renowned experts, offering plenty of opportunities for close cooperation
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environmental challenges while achieving high biomass yields, optimal fiber and chemistry attributes, net positive carbon sequestration, and improved soil health. Through understanding crop physiology, along with
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. Minimum Qualifications: Ph.D. or equivalent terminal degree, or foreign degree equivalent, from an accredited institution in Chemistry, Physics or Engineering. A minimum of two (2) years postdoctoral
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microfabrication engineering, chemistry, molecular biology, and cellular biology. Selected candidate will work in a team environment and join NRC internationally recognized research activities to contribute
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resulted in many models of limited effectiveness. This project proses to take a Systems Architecture and Systems Engineering approach to neuropathic pain. Systems Architecture and Engineering is used