Warwick Hyperloop is a student-run team supported by the SoE, WMG, Comsol and MagnetStore. We aim to innovate and test new ideas regarding Hyperloop technology. We have previously competed in the SpaceX Hyperloop Pod Competition hosted by Elon Musk, European Hyperloop Week 2022 and we are looking to compete again in 2023.
We are looking for a variety of students to join our technical and non-technical teams. In particular, we are looking for engineering students for these roles: Mechanical Executive, Electronics & Software Executive, Propulsion & Levitation Executive.
Business Team Roles - Sponsorship, Marketing and Operations Executives
- Helping with legal matters and developing business strategies
Please fill in the form to apply: https://docs.google.com/forms/d/e/1FAIpQLSdCFdM3HWPyezQcL-IVZntuGtybOVflDSbj1Ko7eMqV1CsGFw/viewformLink opens in a new window
Check out our social media pages here: https://linktr.ee/warwickhyperloopLink opens in a new window
If you have any questions, please email firstname.lastname@example.org
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.).
Exploring the link between Arts Interventions and Degenerative Brain Conditions
Tuesday 26 July 2022, 5.00pm - 8.30pm, Telegraph Hotel, Coventry City Centre
Can making and experiencing art help maintain a healthy brain? How might art be used to help people with degenerative brain conditions such as Alzheimer’s or dementia?
We know that great art can stir the emotions, but now it looks like it can actually improve brain function, (raise serotonin levels and impact on your nervous system). And these benefits don't just come from making art, they also occur by experiencing art!
In this free event, hear from our fantastic line up of researchers (in rehabilitation medicine and neuroscience) from the University of Warwick who will be joined by local artists, authors, care home workers and representatives from local charities. All the speakers will ignite discussion around the link between the Arts and the brain, and how the Arts can be used to improve the quality of lives of those that have been affected by degenerative brain conditions.
UKNEST will be offering 12 scholarships to students studying STEM subjects at UK universities and colleges during the academic year 2022/23. The scholarship scheme offers the following benefits:
• A grant of £1,500 per academic year (£500/term)
• Mentoring from a UKNEST member organisation
• A graduate “buddy”
• The potential for work-placements
Applications can be made at the link: https://www.uknest.org/uknest-scholarships/applications/Link opens in a new window, which is also contained in the attached poster.
UKNEST promotes engineering, science and technology on behalf of the Naval sector and is committed to supporting and inspiring young people, students and early career professionals. UKNEST also champions diversity and inclusion and applications are encouraged from students of all backgrounds. The closing date for applications is 12 Sep 22.