PHD Materials and Fluid Flow Modelling

Program Overview

This research-oriented PhD program in Materials and Fluid Flow Modelling delves into advanced techniques and cutting-edge technology, equipping students to contribute to the renowned work of the Materials and Engineering Research Institute (MERI). Graduates have secured prestigious positions at institutions such as Harvard University and the University of Cambridge, and the program prepares individuals for careers in software development, IT, banking, and risk management. The program fosters independent research, laboratory training, and collaboration with industrial partners, providing students with access to high-performance computing hardware and extensive research facilities.

Program Outline

Degree Overview:

This PhD program focuses on Materials and Fluid Flow Modelling, offering a deep dive into the diverse field. It aims to equip students with advanced techniques, cutting-edge technology, and expert tutelage. The program emphasizes contributing to the renowned work of the Materials and Engineering Research Institute (MERI) and fostering a vibrant research community. Students can delve into specific areas within materials and fluid flow modelling, ranging from liquid crystals and polymers to hemodynamics. The program boasts a strong publication record, with a significant portion of MERI's publications recognized as "world leading" or "internationally excellent."

Teaching:

The program is research-oriented, with most work conducted independently. Students receive support and guidance from a supervisory team, including a Director of Studies and a second supervisor specializing in the chosen research area. Indicative topic areas include liquid crystals, self-assembled structures and foods, and students can utilize various simulation methods like molecular dynamics or Monte Carlo. The program incorporates:

• Independent research
• Laboratory training
• Research training, including mandatory ethics and integrity sessions
• Teacher training
• Participation in the MERI Research Colloquium - presenting posters and oral presentations

Careers:

Previous graduates have secured positions at prestigious institutions such as:

• Harvard University
• The University of Cambridge
• The University of Nottingham
• Max Plank Inst Mainz
• Max Plank Inst Gottingen
• Aix-Marseille University
• The University of Pittsburgh
The program also prepares graduates for careers in:
• Software development and management
• IT Systems
• Banking
• Risk management
• Financial data provision

Other:

• The program involves close collaboration with industrial partners, potentially requiring periods of work at their premises.
• Students are part of the University's research community, with opportunities to attend and contribute to presentations, training, and conferences.
• The program utilizes high-performance computing hardware, including a Beowulf Cluster with several hundred cores and a high-speed backplane.
• Students have access to MERI's extensive materials preparation and characterization equipment.

Home students: £2,393 per year International/EU students: £8,605 per year Additional bench fee may be charged depending on project and specialist facilities required. Doctoral student loans: Up to £25,700 available.