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– Bacterially Engineered Concrete Lithification aims to develop a new generation of biomineral composites by integrating synthetic microbiology, concrete chemistry, mineralogy and material engineering to develop
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heterostrucure. a first approach we will use BaTiO3 as FE, Fe as FM1 material, Co40Fe60 as FM2, and NbN as SC. The samples will be grown using the molecular beam epitaxy facilities in the KU Leuven Ion and
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-constrained devices such as wearables, smart sensors, hearables, and IoT nodes. While current deployment methodologies can optimize models before deployment, the resulting software remains static throughout
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autonomous systems, robotics, flexible asset (e.g., storage, electric vehicles) management in smart grids, etc. You will publish scientific articles related to the research project. You will carry out a
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-stationarity. Potential application domains include autonomous systems, robotics, flexible asset (e.g., storage, electric vehicles) management in smart grids, etc. You will publish scientific articles related
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. Potential application domains include gesture recognition, human activity recognition, energy forecasting (e.g., demand, supply, flexibility) in smart grids, etc. You will publish scientific articles related
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smart illumination design and advanced AI-driven data processing. Miniaturization of the sensing platform will be achieved through the use of freeform optics, enabling the integration of multiple optical
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smart‑city systems. AI vision tools can recognize faces, detect objects, track people, and generate synthetic images with ease. These capabilities also introduce major privacy and ethical risks, amplified
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on the design of next-generation wireless communication systems for real-time applications such as robotics, industrial automation, drone swarms, and smart environments. A fundamental challenge in these systems
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(ACC) group at Hasselt University, where you will collaborate in a team of approximately 10 PhD researchers and 10 research technicians. More information can be found on our website: https