Job description
About the role: We have an exciting opportunity for a passionate and ambitious Research Associate to demonstrate their skills in advancing an exotic patterning technique for manufacturing advanced materials and devices. This novel technique, based on laser interference, is called 'Displacement Talbot Lithography' and has rich potential for further development via both computational and experimental research. Over the past few years we have proven and expanded its capability and have supported research collaborations within the UK and Europe with our outstanding knowhow. You will drive the next phase of our research in advancing the technique and supplying materials to our collaborators. You will focus on extending the technique of Displacement Talbot Lithography (DTL) and combining it with other fabrication tools to achieve resolutions down to ~10 nm. You will also demonstrate its application to the integration of III-V semiconductors with silicon in conjunction with the Future Compound Semiconductor Manufacturing Hub, based at Cardiff University. This position is offered on a full-time basis, Fixed Term until September 2024. Whilst the job is available for a short period in the first instance, we anticipate that the position will be extended to around 2025. For an informal discussion about the role, please contact Dr Philip Shields at ps229@bath.ac.uk. Please ensure you submit your application through our website. About you: Our ideal candidate will have: A PhD in a related science or engineering subject Potential and desire to publish in top tier academic journals. Skills in microfabrication or nanofabrication with the ability to learn, characterise and optimise and innovate complex fabrication processes Strong attention to detail An entrepreneurial mind, able to spot new opportunities and be open to new ideas and skills The ability to work well independently and as part of a team A positive approach to problem solving You will have the attributes to develop into a kind and culturally aware leader who fosters an environment where every individual is valued and respected, regardless of their background or identity. You will proactively seek out diverse perspectives, recognizing the richness and creativity this brings to decision-making and problem-solving. You will remain optimistic in the face of challenges, seeing them as opportunities for growth and innovation. You will understand that change is inevitable and necessary, actively encouraging those around you to adapt and evolve. By promoting a culture of openness and inclusivity, coupled with a willingness to listen as well as a readiness to embrace change, you will contribute profoundly to a dynamic and empowered team that can thrive in today's rapidly changing world. About us: This role will be based on campus in the David Bullett Nanofabrication Facility. The University of Bath is set amongst green fields overlooking the world-heritage city of Bath - with the city centre only 1 mile from campus. Our campus has a range of shops, restaurants, cafes, banks and the world-class Sports Training Village. It is an innovative, successful and rewarding place to work and develop your career. Further details: Job Description & Person Specification Terms and Conditions of Employment
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Bath, Somerset
