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carrying out development plans. This includes defining the design of experiment, defining the in-line characterization strategy, following-up the processing in the imec pilot line, and analyzing and
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on N28 node technology development and transfer. What you will do Support process integration efforts focused primarily on N28 FEOL and BEOL, by helping define, collect, and analyze electrical test data
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Optimization: Define and implement process splits in collaboration with characterization and process step engineers. Analyze interactions between FEOL modules and guide development based on electrical and
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advanced features and process innovations. Drive circuit design, simulation, verification, and layout for analog, mixed-signal, or digital blocks. Define specifications and measurement strategies for test
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specifications. Create CPU subsystems including peripherals, memories etc. Create a software environment for the CPU subsystem code development. Work closely with architects and system engineers to understand
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for hybrid HPC + AI applications What you will do You will investigate software-hardware codesign innovations for next-gen artificial intelligence high performance computing systems. The Compute System
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: Define, organize, set up and validate new edge trim and dicing processes. Look for specific metrology solutions to characterize these processes. Actively contribute to the research programs (e.g. 3D
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memories and understand their role in next-generation AI/ML accelerators. You have worked in multi-disciplinary teams, ideally interacting with hardware designers, software engineers, and technology experts
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Photonics Integrated Circuit (PIC), the high-speed photonic devices such as modulator (EO conversion) and detector (OE conversion) devices are critical in defining the maximum data rate, footprint, and the
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with custom or commercial electronics, optics, mechanics, fluidics, and both embedded and application-specific software and algorithms. Our goal is to validate these systems in real-world environments