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least one of the following fields: General power electronics and its reliability Multimaterial additive manufacturing Printed electronics Polymer composites and nanocomposites for energy applications
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, printed, bio-, and soft electronics. The present position is part of the Swedish Research Council (VR)-funded project “Biowaste-Based Stretchable Sensor Modules for Sustainable Plant Wearables
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aims to bring fundamental changes in the way the sensors and electronic devices are developed using materials designed for sustainability, and resource efficient printed electronics on flexible
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resource efficient printed electronics on flexible substrates and their innovative use in applications such as robotics, and wearable and interactive systems. Qualifications: The successful candidate
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characterize multifunctional inks capable for printed soft electronics and transducers. Document research accomplishments and reporting work in a peer-reviewed journal. Participate in research on novel
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characterize multifunctional inks capable for printed soft electronics and transducers. Document research accomplishments and reporting work in a peer-reviewed journal. Participate in research on novel
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bridging materials science, interfacial and interconnect engineering, and printed/flexible electronics. Key Responsibilities: Design, fabricate, and characterize stretchable and flexible interconnects
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, wearable systems, printed electronics, packaging technologies or smart textiles is considered a strong asset. Experience with data analysis, signal processing or programming is a plus. Comfortable
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vocational training in electronics or physics. Familiarity with electronic rack types, equipment mounting and cooling schemes, and basic principles of RFI and grounding practices. Experience with printed
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promising laboratory prototype towards a reproducible device concept ready for follow-on clinical evaluation. You will utilise your expertise in flexible electronics, additive manufacturing, printed