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that can actively control temperature (via infra-red heating lamps and soil warming cables) and atmospheric CO2 (via the addition of CO2 gas). A bespoke microprocessor-based feedback control system will be
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: • Identifying circular business models, collaborative consumption models, infrastructure needs, social enterprises, financial incentives and systems that could be developed to support and scale-up the transition
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construct field-based open-top plant growth chambers that can actively control temperature (via infra-red heating lamps and soil warming cables) and atmospheric CO2 (via the addition of CO2 gas). A bespoke
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of the GlycoShape 3D glycan structure database (https://glycoshape.org ) and use molecular simulations to characterise recognition of bacterial glycans and immune signalling response via Toll-like Receptor (TLR
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modelling, and real-time graphics programming. Proficiency in programming languages such as C++, C#, Python, or JavaScript. Strong understanding of UX/UI principles for immersive experiences. Experience in
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, multi-agent systems, and agent based modelling) and energy systems (energy modelling, renewable energy, energy management, and energy in agriculture). The position will be under the direction of Dr. Karl
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laboratory, field and modelling studies related to atmospheric chemistry, air quality and climate. This research project is called Partnership for Evidence and Action on Clean Air (PEACE-Air) and is supported
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that provides data-driven prediction model and an automated dynamic decision model. This is a research focused role, where you will conduct a specified programme of research supported by research
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) Frontiers for the Future Programme. The project aims to include the expansion of the GlycoShape 3D glycan structure database (https://glycoshape.org ) and use molecular simulations to characterise recognition
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of the research group is to model genetic diseases using gene editing tools such as CRISPR/Cas9 to gain a better understanding of the mechanisms at play and to find alternative treatments. Based on previous work in