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Field
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systems for wireless communication using light and are looking for support in the implementation on FPGAs. Optical wireless communication uses light for the wireless transmission of information
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Future. Discover. Together. We develop innovative systems for wireless communication using light and are looking for support in implementing them on FPGAs. Optical wireless communication uses light
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environment. The successful candidate will be joining the Optoelectronics group led by Prof. Dr. Valerio Pruneri to focus on FPGA development to implement practical protocols oriented toward the space segment
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Description of the offer : Magnetic Random Access Memories are now commercial products as cache memories or fast/low-power memories such as in FPGAs. Opening new markets such as fast and massive RAM
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how these techniques can support energy-efficient learning mechanisms while also maintaining strong security. A key outcome will be an FPGA prototype demonstrating a small neural network with secure
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, Signal Processing, or Power Electronics. Extensive experience in embedded C/C++ programming for hard real-time systems, including implementation of control algorithms on DSPs and FPGAs. 3–4 years of hands
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learning on microcontrollers (MCUs), and FPGA-based design, and who has a genuine passion for project-based learning and mentoring both small and large student projects. Research Focus: The postdoctoral
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of synchronous sequential circuits, state machines, FPGAs, memories, arithmetic circuits, and computer-aided design. Laboratory involves CAD-based design implemented on a FPGA including elementary interfacing
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with industrial communication protocols (e.g., CAN, Modbus); and experience with embedded C/C++ programming for implementing control algorithms on DSPs and FPGAs. Ability to lead a team and work
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following technology areas: hardware/software co-design, performance optimization with heterogeneous and alternative computing systems (CPU/GPU/NPU/etc.), FPGA design, high-performance computing (HPC