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, such as C or C++, into hardware description languages like Verilog or VHDL. This enables designers to create digital hardware (e.g., ASICs or FPGAs) more efficiently, by working at a higher abstraction
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reliability, or fault-mitigation techniques. Strong programming skills (C/C++, Python; hardware-description languages “e.g., HLS, VHDL” is a plus). Motivation to pursue a PhD and contribute to applied AI
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with fault detection, system reliability, or fault-mitigation techniques. Strong programming skills (C/C++, Python; hardware-description languages “e.g., HLS, VHDL” is a plus). Motivation to pursue a PhD
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optics, ideally, knowledge of electronics, Python and FPGA (VHDL) programming, interest in working with experts on a cross-institute collaboration project, very good written and spoken English language
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optics, ideally, knowledge of electronics, Python and FPGA (VHDL) programming, interest in working with experts on a cross-institute collaboration project, very good written and spoken English language
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basic knowledge of electrical engineering and programming in C, MATLAB, or VHDL You have basic knowledge of digital signal processing (not a must, willingness to learn counts) You work independently and
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, Communication Technology, or a similar field Knowledge or interest in digital signal processing and wireless communication systems (OFDM, MIMO, …) Proficiency in a hardware description language (VHDL or Verilog
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of embedded machine learning, neuromorphic hardware and deep learning accelerators. Want to get more information? Click here. What you will do Responsible for RTL design (VHDL, Verilog) of digital blocks and
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of embedded machine learning, neuromorphic hardware and deep learning accelerators. Want to get more information? Click here. What you will do Responsible for RTL design (VHDL, Verilog) of digital blocks and