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Field
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to contribute to our groundbreaking research. The project focuses on enhancing RNA detection on microarrays through the development and optimization of novel biochemical strategies. Key Responsibilities: Conduct
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opportunity opens up for you: Explore the potential of Reinforcement Learning to address challenges in the fields of autonomous aviation, traffic optimization, or fundamental research. In close collaboration
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technical support of the FIB systems Active participation in international research projects in close collaboration with scientific users Co-development and optimization of new sample preparation techniques
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actions and optimized lifecycle management of CI assets. Objectives DC4 will develop an integrated BIM-SHM framework for real-time structural performance monitoring and dynamic visualization in critical
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engineering, space engineering, internet of things, optimization under uncertainty, process monitoring, production engineering, robotics, team psychology, decision psychology More information on the ten
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Your Job: Become part of the Microscale Bioengineering working group! We will tailor your individual research project to your technical expertise and personal interests. Development and optimization
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optimize and ex-ante evaluate different components of an architecture for improving global public good provision that is sketched here . The architecture consists of two components, tax clubs and reward
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under small temperature gradients (ΔT ≤ 30 K). Design and Optimize novel fabrication techniques to achieve high packing densities in thermoelectric generators (TEGs) for powering IoT sensor networks
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superparamagnetic and ferromagnetic nanoparticles suitable for biomedical use. Modify nanoparticle surfaces for compatibility with hydrogels and biological components. Optimize magnetothermal properties
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apply your knowledge in practice alongside your studies Attractive framework conditions: Flexible working hours to optimize the compatibility of study and practice If you are interested in putting your