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Dr Jeremiah Corrigan
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Contact:
Sir Robert Hadfield Building, Mappin St, Sheffield, S1 3JD j.corrigan@sheffield.ac.uk |
Biography
I completed my PhD in Chemical Engineering at Newcastle University in 2021. My PhD research focused on data-driven process modelling and monitoring, with applications in nuclear waste vitrification. This involved developing novel data-driven modelling techniques using machine learning and multivariate statistics, as well as applying data-driven modelling for specific applications to Sellafield Ltd’s nuclear waste vitrification process. The project was funded by the EPSRC and Sellafield Ltd.
I joined the particle technology group as a Research Associate at Sheffield University shortly after completing my PhD in October 2021.
Research
My current research interests focus on particulate process modelling, both mechanistically and data-driven. This includes working with pharmaceutical companies on modelling a twin screw granulator using gPROMS Formulated Products. Additionally, I am working on tablet compaction process and product models as a part of the DDAP project with Professor Litster.
I completed my PhD in Chemical Engineering at Newcastle University in 2021. My PhD research focused on data-driven process modelling and monitoring, with applications in nuclear waste vitrification. This involved developing novel data-driven modelling techniques using machine learning and multivariate statistics, as well as applying data-driven modelling for specific applications to Sellafield Ltd’s nuclear waste vitrification process. The project was funded by the EPSRC and Sellafield Ltd.
I joined the particle technology group as a Research Associate at Sheffield University shortly after completing my PhD in October 2021.
Research
My current research interests focus on particulate process modelling, both mechanistically and data-driven. This includes working with pharmaceutical companies on modelling a twin screw granulator using gPROMS Formulated Products. Additionally, I am working on tablet compaction process and product models as a part of the DDAP project with Professor Litster.