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innovative hardware architectures and design methodologies, and disseminating research outcomes through publications, collaborations, and open-source contributions. Key Responsibilities: Conduct independent
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/ FPGA design skills. Good understanding of CPU architectures Relevant academic or industrial research experience in either: Hardware accelerated custom computing. RISC-V design/prototyping. This is
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; Renewable energy and energy storage systems. Experience with simulation tools such as MATLAB/Simulink, PLECS, PSCAD, or equivalent software. Experience in power converter hardware design
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experimental particle physics, which may include experimental data handling and analysis, software development, and/or detector related hardware design, construction, and operation. The appointed researcher will
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robotic platforms. The project is carried out in close collaboration with clinicians, with the aim of bringing the technology into real clinical use. About the role You will lead the hardware and circuit
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, researchers and industry. Read more: https://wasp-sweden.org/graduate-school/ Project description The project focuses on the design and analysis of modes of operation for symmetric-key cryptography
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ASIC design and/or SDR platforms(e.g., Zynq SoC, RFSoC,) Knowledge of fixed-point design and hardware constraints Strong programming skills (C/C++, Linux environments) When interested in the higher
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, operations planning, space hardware, electronics, embedded system development, and NASA procedures and practices; Experience in the design, development, and testing of space instruments, payloads, or
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with hybrid missions, operations planning, space hardware, rad-hard electronics, embedded system development, and/or NASA procedures and practices; Experience in practical software design, development
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Optimization: Resolving hardware-specific performance and numerical precision challenges across diverse GPU environments. Architecture Design: Leading the design of new loss functions, model architectures