ÌÇÐÄTV

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The Student Experience team are excited to invite International Students to their International Student Roundtable on April 30th, 2025 from 4:15 pm to 6:30 pm at the Central Campus.

This event is a unique opportunity for international students to voice their opinions, discuss their experiences, and shape the future of the international student experience at ÌÇÐÄTV. This roundtable can accommodate 50 international students. Each student will receive a £25 voucher and a chance to enhance the international student experience.

Sign Up For the Roundtable

Themes:

• International student wellbeing
• Community building on campus
• Extra-curricular and social activities
• Planning for life after graduation

EIS Student Insights Exhibition

Event for Mechanical and Materials Engineering students from universities within travelling distance of Coventry University. Attend for FREE to go to Careers Guidance and Networking, Expert Talks and Industry Exhibitions. For more Details and to register visit the

Wednesday 12 March 2025 Frank Whittle Building, Coventry University.

Click on the link to read our final brief newsletter this term as we approach the festive break. Please see a selection of important updates and information about term 2.

Are you a female looking to change the world through AI? Apply now for a prestigious PhD scholarship here at the University of ÌÇÐÄTV.

The Feuer International Scholarships in Artificial Intelligence were established to create a group of extremely talented, academically brilliant, world-leading young researchers who will go on to have careers in the field of trustworthy Artificial Intelligence.

In a male-dominated field, the Feuer Scholarship is specifically looking for female students who can bring their technical skills and innovative approaches to problem-solving to this area.

You can find more about the Feuer Scholarship hereLink opens in a new window. The Feuer International Scholarships in AI offer a generous funding package, including full PhD tuition fees for four years, a maintenance stipend in line with UKRI rates, a Research, Training and Supporting Grant and a research top-up grant.

In order to apply, you should be a female student at ÌÇÐÄTV with a first-class undergraduate degree (or about to graduate), a Masters degree with distinction (or on track to achieve that), or international equivalents. You will need to complete the ‘Further Information’ document and provide a CV by 21/11/22 to feuerscholarships@warwick.ac.ukLink opens in a new window

Feuer Scholarship Further InformationLink opens in a new window

Photovoltaic installations have recently reached the terawatt level and this is almost entirely due to the success of silicon-based solar cell technologies. Silicon PV is low-cost and stable for 25+ years, and cell efficiencies are unrivalled by other mass-market single-junction technologies. Improvements in silicon cells will have a real-world impact on climate change mitigation and improving energy supply security.

An exciting opportunity exists to join the Interdisciplinary Collaboration in Systems Medicine (ICSM) Research Group as a doctoral candidate. Working with an international team of clinicians and engineers, you will develop mathematical models of high-flow nasal oxygen therapy (HFNOT), an advanced form of non-invasive respiratory support that is increasingly widely used in the treatment of acute hypoxic respiratory failure (AHRF). Models will be coded in Matlab and incorporated into the ICSM Cardiopulmonary simulator, a world-leading simulation platform that has been in continuous development by our group for over 25 years [1-5].

To develop a modelling framework to predict and translate the pharmacodynamic interaction in oncology for both tumour growth and safety (e.g. thrombocytopenia). The modelling will provide a better understanding and translation of the nature of the interaction of drug combinations in preclinical experiments. The proposed model-based approach will also inform more informative experimental protocols for the ranking of drug combinations based on the underlying pharmacodynamic interactions.

The primary objective of this research is to develop a method allowing to obtain reliable temperature and concentration maps for key components inside the chemical reactor. Then the catalytic reaction will be studied in real-time to determine the reactant conversion and product yields/selectivity as a function of several process parameters (flow rate, catalyst type, pressure etc.).