Projects (6)

Development of high-resolution numerical models to simulate the influence of climate and sea-level on the future of the Mekong delta May 1, 2019 - Jul 31, 2019
The Vietnamese Mekong delta, home to 18 million people, floods annually during the Monsoon, sustaining a suite of ecosystem services that underpin the welfare of the rapidly growing population of the wider area. The longer-term future sustainability... Read More about Development of high-resolution numerical models to simulate the influence of climate and sea-level on the future of the Mekong delta.

EMO-GP: Emission Mechanisms of Giant Pulses Apr 1, 2024 - Mar 31, 2027
The goal of this project is to understand the emission mechanism of ‘giant pulses’ (GPs) from radio pulsars and its connection to the origins of fast radio bursts (FRBs) and radio magnetar outbursts; phenomena for which recent evidence hints at an un... Read More about EMO-GP: Emission Mechanisms of Giant Pulses.

A Statistical Framework for Efficient Evidence Generation in Diagnostics Jan 1, 2024 - Dec 31, 2026
Please note this is a retrospective award that Newcastle University had include Will on without his knowledge, he is happy to carry out the work for this prestigious award but note this is not quite Full Economic Cost due tot he way Newcastle include... Read More about A Statistical Framework for Efficient Evidence Generation in Diagnostics.

Understanding Community Insights into the Impact of GRIP hotspot policing’ Jan 1, 2024 - Mar 31, 2025

AKT: Predictive Manufacturing Optimization using Neural Networks (PROMINN) Mar 25, 2024 - Jun 24, 2024
We propose to bring together knowledge of advanced AI techniques held by the University, with the internationally renowned expertise in laser development and manufacture of Luxinar Ltd. This combination provides an exciting opportunity to apply AI to... Read More about AKT: Predictive Manufacturing Optimization using Neural Networks (PROMINN).

Quantifying the effects of hydrodynamic variability on the Turbidity Maximum Zone of the Humber Estuary May 1, 2024 - Apr 30, 2026
The Turbidity Maximum Zone (TMZ), forms at the interface of rivers and estuaries and controls the transfer of nutrients from land to sea. The Humber estuary is macrotidal with a substantial TMZ both in terms of sediment load and areal extent. Due to... Read More about Quantifying the effects of hydrodynamic variability on the Turbidity Maximum Zone of the Humber Estuary.