Overview of the Research

Join the cutting-edge field of materials science at the University of Bath, where this project aims to identify and develop advanced precursors for atomic layer deposition (ALD) of novel ferroelectric materials. These materials are set to revolutionize memory technology with theoretical energy savings of up to 20%.

Combining ab initio methods with machine learning, this research takes an innovative approach to materials design. The project explores new territories on the periodic table, enabling the discovery of unique ferroelectric compounds with enhanced properties. A key focus is the translation of computational predictions into experimental synthesis, paving the way for real-world applications.

The research comprises two primary objectives:

1. Materials Production: Developing and synthesizing precursors for specific elements to optimize ALD layer coatings, crystal size, and thickness. Post-deposition treatments such as vacuum annealing will be employed to improve material performance.
2. Characterization: Conducting chemical and electrical characterizations to establish structure-activity relationships and align precursor design with industrial deposition processes.

Candidate Requirements

We are hiring motivated individuals with the following qualifications:

• Academic Background: A First Class or high Upper Second Class UK Honours degree (or equivalent) in Chemistry, Material Science, or a related discipline. A master’s degree is advantageous.
• Technical Skills: Knowledge of physical/inorganic chemistry, precursor synthesis, CVD/ALD processes, and analytical techniques.
• Personal Attributes: A strong passion for research, attention to detail, and willingness to work collaboratively in a multidisciplinary environment.
• Language Requirements: Non-UK applicants must meet the program’s English language requirement by the application deadline.

Responsibilities

As a PhD candidate, you will:

• Design and synthesize advanced precursors for ferroelectric material deposition using ALD.
• Conduct experiments to optimize material coatings and crystal properties.
• Collaborate with academic and industry partners to align research outcomes with real-world applications.
• Characterize the chemical and electrical properties of developed materials.
• Publish research findings in peer-reviewed journals and present them at conferences.

What We Offer

This position offers a supportive and stimulating research environment, including:

• A full studentship for 3.5 years covering tuition fees and a stipend (£19,237 per annum in 2024/25).
• Access to world-class research facilities and a training support budget.
• Opportunities to collaborate with Matnex, a leading innovator in AI-driven materials discovery.
• Career development resources, including networking opportunities with industrial and academic leaders.
• A vibrant and inclusive research community that celebrates diversity.

Application Process

Formal applications must be submitted via the University of Bath’s online application portal. Follow these steps to ensure your application is processed efficiently:

1. In the "Funding your studies" section, select ‘University of Bath URSA’ as the studentship for which you are applying.
2. In the "Your PhD project" section, quote the project title “Precursor Development for the ALD of Ferroelectric Materials” and the lead supervisor Dr. Andrew Johnson.

Required Documents:

• Completed application form.
• Academic transcripts and certificates.
• Personal statement detailing your motivation and suitability for the project.
• Contact details of two referees.

Deadline: Applications close on 17th February 2025, but early submission is recommended.

Informal Enquiries

Interested candidates are encouraged to contact Dr. Andrew Johnson for informal discussions.