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research on open-source processor architectures and hardware accelerators, including RISC-V based designs. Design, implement, and evaluate digital ICs using Verilog/SystemVerilog and related hardware
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, developing innovative hardware architectures and design methodologies, and disseminating research outcomes through publications, collaborations, and open-source contributions. Key Responsibilities: Conduct
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of customized self-driving laboratory (SDL) hardware systems, with a strong emphasis on additive manufacturing, 3D printer-based system development, mechanical design, and mechatronics. The role involves
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University, Wallumattagal Campus, North Ryde Pioneer the future of AI-driven hardware design within a world-class silicon research lab. Are you an early career researcher passionate about the intersection
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of algorithm-hardware co-design, especially for robotics or edge AI deployment. Strong programming skills in C, C++, and Python, with experience in deep learning frameworks such as PyTorch or TensorFlow
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on secure and open-source processor architectures. The incumbent will undertake advanced research on the design, implementation, and integration of cryptographic hardware accelerators within the RISC-V CVA6
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, and radiation effects studies. Group members include professional staff in electronics, mechanical engineering, cryogenic design, and machinists, as well as graduate and undergraduate students. Local
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. The role includes supporting the hardware and software infrastructure required to acquire high-quality health data, ensuring system reliability, and advising on improvements through the integration of novel
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and to accelerator design. This is expected to be a supplementary element with a primary focus on hardware system development. Rapiscan Rapiscan are the world’s leading provider of security screening
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neuromorphic mixed-signal/near-analog circuits for next generation edge-AI systems. You will gain skills in custom chip design, artificial neural networks and edge-AI system implementation. The work combines