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Job Title: Research Associate / Research Fellow in FPGA Systems Design (SPEAR Centre) Department/School: School of Computing, Engineering & Intelligent Systems Campus: Derry~Londonderry campus
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Role: Research Associate / Research Fellow in FPGA Systems Design Department: School of Computing, Engineering and Intelligent Systems Grade: Appointment at Research Associate level - Grade 6/7
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-focused hardware accelerators, FPGAs, optimized low-level algorithms, and experimental compilers. Duties: Execute on tasking given to support ongoing projects within the Advanced Computing Lab, which could
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National Institute for Research and Development in Microtechnologies - IMT Bucharest | Romania | 26 days ago
applications using FPGA technology. Romanian citizen or citizen of another European Union member state; Resident in Romania; Very good (written, spoken) knowledge of Romanian and English. Specific Requirements
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energy efficiency bounds of modern CPU, GPU and FPGA devices at performing set operations in the context of combinatorial applications; Investigation of current trends in programming FPGA accelerators and
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-focused hardware accelerators, FPGAs, optimized low-level algorithms, and experimental compilers. Duties: Execute on tasking given to support ongoing projects within the Advanced Computing Lab, which could
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-focused hardware accelerators, FPGAs, optimized low-level algorithms, and experimental compilers. Duties: Execute on tasking given to support ongoing projects within the Advanced Computing Lab, which could
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(Netherlands) on PIC packaging, PCB, and FPGA development. Working with IMEC (Belgium) on integrating multi-wavelength light sources into the PCB platform. Working with TU Eindhoven (Netherlands) on interfacing
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in the following areas: digital systems (FPGA) and microcontrollers, electric circuits and embedded systems. Salary & Benefits: Minimum starting salary of $70,000; commensurate with experience
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of computing systems—driven by edge devices, AI accelerators, and domain-specific architectures—has created unprecedented hardware heterogeneity. Modern platforms combine CPUs, GPUs, FPGAs, ASICs, and emerging