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Field
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multi-disciplinary, conducting innovative, internationally recognised research in power electronics systems. We specialise in the design and implementation of hardware and control algorithms for real
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transceiver design Hardware & waveform design: Reconfigurable intelligent surfaces, flexible antennas, power amplifiers, 6G waveform design including Orthogonal-Time Frequency Space modulation and Discrete
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presents significant challenges. These include enormous data bandwidths, sophisticated optical control, advanced rendering pipelines, and new algorithms that can tightly integrate physical hardware, sensors
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subject areas include hardware, algorithms, visual computing, AI, databases, software engineering, information systems, learning technology, HCI, CSCW, IT operations and applied data processing
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environment in Norway, and offer a wide range of theoretical and applied IT programmes of study at all levels. Our subject areas include hardware, algorithms, visual computing, AI, databases, software
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biochemists developing the labeling agents, data analysts developing analysis algorithms and physicists developing hardware. The candidate The candidate should have a firm base in in vivo imaging and cell
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matrix operations, or time-domain simulations is a plus. • Knowledge of modern GPU hardware and architectures is a plus. • Experience with commercial software development and GUI development is a
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with many quantum-related activities. We also have access to real quantum hardware, VTT’s Q50 machine, which sits right downstairs from our offices. Aalto University also offers ample opportunities
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multiphysics approaches and ionic in-body communication instantiated by dedicated microelectronic hardware. Preclinical in-vitro and in-vivo testing of devices and methods will allow real world validation
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modular electronic architectures, with a focus on chiplet-based system design to improve scalability, reuse, and sustainability. The work explores how modular hardware platforms can support adaptable