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includes analysing the economic feasibility of the proposed processes (WP1-5) using the Techno-Economic Assessment (TEA). Outcomes will be assessed through a sensitivity analysis as well as a risk analysis
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topologies, identify suitable topologies for detailed modelling, and collect data to enable future comparison of the modelled polygeneration systems with regards to the three core elements of sustainability
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approval, survey dissemination, analysis of findings and drafting of working papers and other outputs. Applicants must have proven experience of conducting online survey work and must demonstrate relevant
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. - statistical and machine learning techniques for data analysis - atmospheric chemistry research - materials chemistry research - designing and conducting experimental test procedures. Achievement
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. The appointee will have a key role in qualitative data analysis, writing up case studies and contributing to a range of outputs, including working papers and academic publications. The completion of work tasks to
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modelling framework aimed at supporting the decarbonisation of the Irish electrical grid, with a specific focus on the industrial sector. This role involves the integration of high-resolution data
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, and a Research Assistant. The post-doctoral researcher will undertake empirical participant fieldwork, mixed methods data collection and analysis with associated writing up informed by the relevant
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experience, in research with optical cavities, gas handling, relevant data analysis, report and proposal writing is highly desirable. Know-how in atmospheric sciences will be an advantage. Previous experience
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, local development and social economy organisations. The appointee will have a key role in qualitative data analysis, writing up case studies and contributing to a range of outputs, including working
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and Rehabilitation, under the direction of the Principal Investigator, Professor Suzanne Timmons. The successful candidate will contribute to trial design, data collection, analysis, and dissemination