Research Associate/Fellow in Optimisation for 3D Printing (Fixed Term)
University of Nottingham School of Humanities
Summary
This post is part of the EPSRC Programme Grant “Dialling Up Performance for On Demand Manufacturing”. This project aims to develop a TOOLKIT to enable the rapid formulation of 3D printable materials into products. This toolkit will be composed of an integrated suite of software and experimental tools and will be informed by the collection of data en route to the development of advanced 3D printed products. The focus of this specific role is the development of software tools that support the development of TOOLKIT: to develop and use optimisation techniques to determine new geometrical configurations suitable for a range of products. Initially this will be aimed at biocatalytic flow reactors, but it is anticipated that other applications may be considered. This is an interdisciplinary collaboration that will require working with researchers across engineering, catalysis, optimisation and computational modelling.
Job description
Your role will be to develop and advance the computational framework describing biocatalytic flow reactors to enable design optimisation to be performed, and new, more efficient designs to be proposed and manufactured. You will aid in writing publications, present research at national and international conferences and liaise with collaborators. You will be given support to develop and shape your future career, and hence this position may be particularly attractive to those looking to develop their research independence and leadership skills in a supportive and team-oriented environment.
You must have (or about to complete) a PhD in engineering, physics or a related discipline. A demonstrable ability to use scientific languages and packages, such as Python or Matlab, is essential and a knowledge of 3D printing and related techniques is desirable. You will have good interpersonal skills and the ability of working in a team to tight deadlines. The CV and/or cover letter should clearly exemplify how you meet the criteria highlighted herein and in the Role Profile and describe your motivation for applying for this position.
The post is for a period of 18 months and is based in the Faculty of Engineering at the University of Nottingham. The position is available from 1st November 2026, or as soon as possible thereafter. This is a full time (36.25 hours/week) position, but flexible working times and a small amount of home working are possible to support those with specific requirements.
Requirements
- PhD in engineering, physics or a related discipline (or about to complete)
- Demonstrable ability to use scientific languages and packages, such as Python or Matlab
- Knowledge of 3D printing and related techniques (desirable)
- Good interpersonal skills
- Ability to work in a team to tight deadlines
Benefits
- Flexible working times
- Small amount of home working
- Support for career development
Company overview
The University of Nottingham School of Humanities is a multi-disciplinary academic school within the University of Nottingham, a prestigious Russell Group public research university in Nottingham, England. The School comprises five departments: Classics and Archaeology, History, Music, Philosophy, and Theology and Religious Studies (TRS). Together, these disciplines offer diverse perspectives on the most significant aspects of human life and culture, including ethics, knowledge, evidence, and the individual's place in society. The School is known for its rigorous academic programs that develop transferable skills highly valued by employers, including critical thinking, analytical reasoning, and effective communication. Located on the University Park Campus, the School of Humanities engages in world-class research and provides undergraduate and postgraduate education across its disciplines. Its graduates are sought after across various sectors due to the versatile skills acquired through humanities education. The School is led by Professor Jonathan Tallant, Head of School, and serves as a vibrant intellectual community dedicated to exploring profound questions about human experience.