Materials Scientist – Manufacturing (KTP Associate)
Portishead, Bristol £33,951 - £38,784
Job sector
Materials & Chemicals
Job function
Materials Science, Chemistry
Job duration
24 months
Application closing date
29/04/2026
Job description
An exciting opportunity has become available to work on a 2-year Knowledge Transfer Partnership (KTP) between the Centre for Additive Layer Manufacturing (CALM) at the University of Exeter and Q5D Technologies Ltd. The KTP will develop conductive ink technology and processes to enable the automated manufacture of large area complex 3D printed electronics with Q5D Technologies Ltd.
The successful candidate will be employed by the University of Exeter and will spend the majority of their time working at Q5D Technologies Ltd in Portishead, Bristol, with visits to the University of Exeter and other group companies throughout the UK as and when required by the project. This is a full-time role.
Project description
This project will embed materials science expertise to specify and evaluate conductive inks, enabling printing of conductive tracks onto complex 3D shaped parts, using Q5D’s laser platform to create the conductive patterns via laser ablation and sintering
The KTP associate will develop and embed within Q5D:
- Knowledge of the chemistry of conductive inks, adhesives and masks to enable Q5D to apply this to their products and services.
- The ability to scale and enhance existing product lines, as well as supporting future innovations and potential new products and processes.
- Be the materials science subject matter expert at Q5D.
- Explore competing techniques for creating conductive patterns on 3D polymer substrates.
- Develop fast and reliable methodologies for testing and quality control.
This project will enable Q5D to improve current processes and to enable future innovations and products, enabling Q5D to accelerate its strategic goals.
About the business
Founded in 2018, Q5D is a fast-growing company that is developing robotic machinery to add electrical function to products in aerospace, automotive, defence and many other industries, aiming to reduce expense, errors and the fragility of supply chains.
Q5D have developed a range of 5 axis robotic machines which are primarily used to deposit wires onto 3D shapes. We have also developed a 100W laser machine which can be used to pattern shapes into 3D surfaces, such as conductive inks and pastes, thereby forming complex conductive patterns like 3D printed circuit boards and antennas. We are now looking for a material scientist to help us develop our process of creating conductive surfaces on 3D shapes.
More information about Q5D Technologies Ltd can be found here