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PhD-level research distinguished by industry interaction. EngD: 4-5 years full-time; 8 years part-time; Apply now Overview Overview The Engineering Doctorate in Sensor and Imaging Systems is four
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for scientific R&D. Silson are constantly looking to expand their product range for their global market. The aim of this project is to allow Silson to diversify into the supply of devices (such as pressure sensors
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Job Purpose You will manage the overall running of ‘GCR Neuranics Advanced Manufacturing Capacity for Sensor Technology’ an ambitious and critical project for the Glasgow region’s dynamic advanced
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), sensors, and system integration. Additionally, you will work on short-term demonstrators developed in collaboration with our industrial partners, which provide extensive learning opportunities across
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educational resources and practices that support replication. Desirable: F1 Experience in analog circuit design, e.g., RF circuits, power electronics, sensor interfaces etc. F2 Software skills including one
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and microscopy E3. Experience with a broad array neuroscience/neuroimmunology techniques. E4. Proven ability to deliver quality outputs in a timely and efficient manner. E5. A track record of
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and pressure measurement and optical methods. E3 Extensive relevant experience with large array high-speed data acquisition systems. E4 Extensive relevant experience of working in a high technology
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, path finding and routing algorithms, sense of direction, human computer interaction, cognitive navigation, intelligent mobility, and artificial intelligence. Sensor fusion and Signals of Opportunity We
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(Japan). Resources Our in-house research facilities include: The Glasgow Laboratory for Advanced Detector Development (GLADD) developing the next generation of advanced sensor systems for particle physics
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: Electronics Photonics Novel Light Sources Structured Photonics Ultrafast Nonlinear Optics RF and Microwave Photonics More information: Photonics Quantum & Nano Technologies Quantum Sensors Quantum Circuits Spin