PhD Studentship in Model Development to Predict the Effects of Particle Size and Morphology on Energetic Material Sensitivity
Applications are sought for a fully funded PhD studentship position in the School of Chemistry at the University of Birmingham (UoB) in collaboration with AWE Nuclear Security Technologies. The position is suitable for British Nationals Only and carries an enhanced tax-free stipend above UKRI rates of approx. £ 26000/year, subject to annual inflatinoary increase.
The Project: This project will develop a new dimension for predicting the safety characteristics of EMs, with particular focus on enabling the in silico screening of realistic particle systems. This work has potential to transform our understanding of EM reactivity and improve safety across the industry. Working in the group of Dr Adam Michalchuk, and in collaboration with scientists at AWE, you will develop computational models and the corresponding tools to study and predict how crystal size and shape influence the impact sensitivity of EMs. You will work with cutting edge computational chemistry and machine learning tools to study the dynamics and reactivity of EMs. The candidate will also have opportunities to experimentally prepare EMs and validate their predictive models using specialised in-house equipment.
SCHOLARSHIP OPPORTUNITIES
🚨We are happy to support candidates for the 2026 Birmingham Chemistry Scholarship. Details can be found here
Deadline 1 Feb 2026
3.5-year funding (tuition + stipend)
The project topic is flexible and can be discussed with Adam
Email Adam as soon as possible to express interest and discuss application
We are always happy to support students applying for their own funding.
We are happy to support students looking to conduct their MSc thesis research. Students are welcome to discuss projects in line with our group's research topics, and we also always welcome new ideas!