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/education/admission-and-guidance. Applicants must possess skills in written and spoken academic English at a high level. If deemed necessary, the department may request that applicants document their language
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of code to utilize GPU-acceleration on DTU’s high-performance computing cluster or other HPC systems. You will also analyze realistic physical implementations of the architectures you explore, with a
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biocompatibility and a high surface area for bioelectrochemistry. Your main contribution in this project will be the design and microfabrication of the 3D carbon electrodes, exploring processes such as
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. Establish robust, high-resolution electron microscopy protocols to identify and quantify interfacial structural phenomena. Correlate interfacial structure with adsorption performance, contributing to a
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and components with high surface quality requirements. Despite the trends towards increasing automation and higher productivity, the polishing of complex geometries is still normally performed manually
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for SSM-SNN cores Integrate RISC-V processors using SoC flows Perform full-chip simulation, verification, and prototyping Publish and present research in high-impact venues Qualifications Applicants should
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environments with high international impact. We perform world-class research, which contributes with solutions to solve essential societal challenges within the green transition: food production and veterinary
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industry. We expect you to be able to handle and have an interest in experimental laboratory and formulation work. Experience with coatings may be an advantage. You are high performing, visionary and thrive
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energy-efficient CMOS blocks implementing SSM-based LLMs. Prototype hardware blocks on FPGA and prepare for ASIC tape-out. Benchmark performance and comparison with transformer accelerators. Work with
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, who’s focus is high-resolution profiling of respiratory mucosal immunity in vaccine responses using transcriptional and spatial platforms (VAXXAIR). The VAXXAIR initiative (funded by Novo Nordisk