Postdoctoral Research Fellow

Main duties and responsibilities

Postdoctoral Research Fellow on Multiscale Modelling of Drug Release from Tablets

De Montfort University (DMU) is an ambitious, globally-minded institution with a relentless focus on delivering high quality teaching and learning. We are a culturally rich university with strong commitment to the public good, providing a stimulating and inclusive environment where staff and students are able to thrive. The university is a vibrant, multicultural hub of learning, creativity and innovation that never surrenders to convention.

Faculty / Directorate

The Faculty of Health & Life Sciences is home to a vibrant academic and research environment: Allied Health Sciences, Applied Social Sciences, Nursing and Midwifery, and Leicester School of Pharmacy. A particular strength of the Faculty is cross-disciplinary work and engagement with a range of external partners from the private, public and voluntary sectors. By joining our faculty, you will help prepare and develop entrant industry professionals with the knowledge and expertise to make a significant difference to lives, health, wellbeing, communities and society.

The Role

You will work on a multi-disciplinary research project funded by the EPSRC and a consortium of industrial partners, focussing on developing predictive models for predicting the drug release profile of an immediate release tablet in simulated gastrointestinal environments. You will play a key role in the consortium on developing experimental systems and data collection and analysis. It will also involve the multiscale model development, spanning from micro to macroscales, to predict the drug release profile of a tablet in different environments.

The role is on a fixed term contract for 19 months. You will be appointed at the bottom of the salary range. 

Ideal Candidate

For this role, we require a talented researcher to undertake both experimental and model research work. Working knowledge of tablet design, imaging data collection and analysis, computer modelling, numerical analysis, particle technology and pharmaceutical engineering and software packages (e.g., BIOVIA Materials Studio, ANSYS CFD and MATLAB) for modelling of particulate systems (such as crystallisation processes and granulation processes) is highly desirable.

For more information about the role, please click here to view the job description and person specification. 

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