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on electrochemical migration (ECM) failure mechanism and their implications for short-circuiting and functional degradation in power electronics components. The study will specifically examine gas corrosion mechanisms
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. This PhD project focuses on designing and testing a fully integrated, 32-channel neuromorphic BCI system. The system will be designed to scale efficiently to much higher channel counts in the future
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specifically examine gas corrosion mechanisms in connection with copper and silver, while investigation also will be carried out on specific electronic components such as chip resistors, IGBT substrates etc
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emergency managers, robotics developers, and public authorities. Is tested and refined in close collaboration with stakeholders through simulation exercises, workshops, and field studies. The project builds a
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/examination project by approved/not approved: An official written assessment of the thesis or dissertation project from the grade giving institution. The statement must clearly state that the candidate has
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and operation strategies for local energy systems to enhance grid stability and resilience Validate developed schemes through experimental tests, primarily conducted in the Power Electronic Systems Lab
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with your CAPeX colleagues, you will develop, engineer, and test new experimental approaches which push the state-of-the-art fast and sensitive product detection in electrochemical and electrocatalytic
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test digital prototypes with stakeholders Apply metagenomic sequencing to validate microbial contamination trends Analyze microbiome and operational data to identify risk factors Contribute to teaching
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formulation, characterization, and performance testing of packaging systems in food applications. This PhD project aims to develop, characterize, and validate bio-based food packaging materials derived from