Available Projects
1. Fabrication and characterization of novel antiferroelectric ceramics
Area: Materials Science
Project description
This project aims to develop novel ceramic materials reported to exhibit antiferroelectric order but with the potential for reversible electric-field-induced transitions, making them suitable for energy storage capacitors. These materials have been identified through density functional theory (DFT) calculations, but experimental validation remains limited. Details of the compositions will be disclosed to the successful candidate.
Profile sought
- First-year undergraduate student in Materials Science and Engineering or with a strong interest in materials research.
- Strong teamwork abilities and eagerness to learn.
- Ability to multitask effectively.
- Prior lab experience and skills in conducting experimental work (Desirable).
Benefits
The selected candidate will join an experienced research team and participate in a structured training program, gaining hands-on experience in ceramics processing (ball milling, drying, sieving, solid-state reaction, conventional and fast sintering) and characterization (structural analysis, chemical analysis, microstructure evaluation, dielectric property measurements, etc.). Additionally, they will have opportunities to enhance their CV through potential publications that are expected from the research.
Application and selection process
Interested students should submit an updated CV and a cover letter (maximum 500 words) outlining their background, relevant experience, and justification for their suitability.
All applications to be sent in before the 31st March 2025 to: g.viola@qmul.ac.uk.
The applications will be reviewed as they are received, and suitable candidates will be selected for an interview.
2. Belle 2 inner vertex detector design
Area: Materials Science
Project description
QMUL are members of the Belle 2 collaboration, a cutting-edge particle physics experiment based in Tsukuba, Japan. As a part of this work, we are designing a new silicon vertex detector – requiring engineering know how to solve mechanical and thermal management issues related to the construction and operation of a CMOS based radiation detector that takes images of particle interactions every 25ns. This project will focus on one aspect of the overall design and systematically explore that.
Profile sought
Preferably a first-year student. Skills required include one or more of the following: mechanical FEA, thermal FEA, design capability (e.g. inventor, SolidWorks or similar) and a drive to solve a unique challenge, working as part of a wider research team.
Benefits
Students working on this project will be supervised by Prof. Oliver Fenwick and will have the opportunity to engage with an international research collaboration.
Application and selection process
For the applications, please send a CV and cover letter (max 500 words) outlining their background, relevant experience, and justification for their suitability.
All applications to be sent in before the 17th April 2025 to: g.viola@qmul.ac.uk.
The applications will be reviewed as they are received, and suitable candidates will be selected for an interview.