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Field
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modelling and optimizing energy systems within port environments, with a focus on renewable energy integration, grid management, and hydrogen storage. The ideal candidate will possess expertise in
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from Optimised Hydrogen Lifecycle (SPOHL). We are seeking a skilled researcher to lead our efforts in modelling and optimizing energy systems within port environments, with a focus on renewable energy
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experiments alone or in teams when required, and possess strong experimental validation experience • Familiar with working of renewable energy systems, digital twin, energy storage, optimisation and control
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considered. Job Requirements • Possess a recognised PhD degree in hydrodynamics, marine renewable energy, or a related discipline • Experience with CFD simulations and hydrodynamic analysis
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operational requirements, constraints, and performance objectives. 5. Investigate advanced control strategies and energy management techniques to maximize the utilization of renewable energy sources and
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management techniques to maximize the utilization of renewable energy sources and minimize environmental impact, including making ships hydrogen-ready, ammonia-ready, and compatible with other emerging
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/photovoltaic-and-renewable-energy-engineering/our-research/research-activities/characterisation-defects-machine-learning Skills & Experience: A PhD in Computer Science or a related field. Thorough theoretical
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detection of charged particles to be used with a liquid hydrogen target and the Gamma-Ray Energy Tracking Array (GRETA). In this position, you will initiate research and contribute to the ongoing programs
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departments: Renewable energy systems, Cybernetics and autonomous systems, Robotics and intelligent systems, and Information security. ITS also hosts the Centre for Space Sensors and Systems (CENSSS), which
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for Rare Isotope Beams (FRIB). A primary project will be development of a straw-tube array for detection of charged particles to be used with a liquid hydrogen target and the Gamma-Ray Energy Tracking Array