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Field
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electronics and thermoformed structures. Develop integration technologies for embedding sensors and electronics into textiles and wearable systems. Design and evaluate electrical and mechanical
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with strong enthusiasm and interest in flexible electronics, bioelectronics, neurotechnology, brain-machine-interface research. Biological systems are typically soft and highly dynamic with
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blocks, including sensor interfaces, amplification stages, multiplexing circuits, and data acquisition architectures for flexible electronics platforms. You will design and optimize readout circuits for a
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materials, films, and device interfaces for flexible and bio-integrated electronics, with emphasis on mechanical/strain engineering, adhesion and interface design, and reliable device performance
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researcher in the Centre for Responsible Electronics (REACT), you will make a leading contribution to design of sustainable electronics at a strategic industry/academia research collaboration through
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background in power electronics, and experience with experimental research. Departmental Preferred Experience, Skills, Training/Education: Preferred qualifications include experience with SiC/GaN devices
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electrode matrices for in-ear sensing (dry electrodes for EEG/EOG/EMG). Integrate multimodal sensors (PPG, IMU) into earbud prototypes. Develop integration technologies for embedding electronics in soft
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Application Engineer to join the Power Electronics, Machines and Control Institute (PEMC) at the University of Nottingham. This is a hands-on engineering role at the heart of world-leading research in power
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become an active member of the Energy, Power and Intelligent Control (EPIC) research centre within the School of Electronics, Electrical Engineering and Computer Science (EEECS), contributing to word
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. Characterization: Expertise in the electromechanical, optical, and thermal characterization of composite films, nanofibers, and functional devices. Electronics: Hands-on experience with electronics, including a