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Field
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Supervise and mentor research associates, engineers, and PhD students working on the project Collaborate with perception, controls, systems, and hardware teams to guide integration of learned policies
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recovery and extended use of satellite hardware. About the SEEC and University of Surrey SCCE is internationally recognised for its research strengths in electrochemical engineering, digital twins for clean
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dominated power systems, including mode identification, source detection, dynamic event classification, hardware-in-the-loop validation, research publication, and grant-supported project delivery. Supervision
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systems with applied experience in developing, testing, and demonstrating power electronic systems hardware. Preferred Qualifications: Experience with advanced microscopy techniques such as transmission
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experience in, for example, machine learning, high-performance computing, reconfigurable hardware, cloud computing, compiler engineering, distributed systems, or DevOps are encouraged to apply, as
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experience, in laboratory-based or hardware-based testing, validation or prototyping of simulation, robotic, AI or battery-related systems. Ability to work effectively both independently and as part of a
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, or the capacity to develop experience, in laboratory-based or hardware-based testing, validation or prototyping of simulation, robotic, AI or battery-related systems. Ability to work effectively both independently
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experience in, for example, machine learning, high-performance computing, reconfigurable hardware, cloud computing, compiler engineering, distributed systems, or DevOps are encouraged to apply, as
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platforms. The project is carried out in close collaboration with clinicians, with the aim of bringing the technology into real clinical use. About the role You will lead the hardware and circuit system
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on a subset of the participating devices. Aggregate computing provides a unifying foundation for developing these systems, avoiding a centralised server and obtaining deployment on multiple hardware