Role

This ATI (ADEPT) project aims to show a set of new technologies applied to the air and heroic dynamic design of the fan, led by vertical space and close cooperation with many other academic and industrial partners in the United Kingdom. It focuses on developing suitable experimental and digital tools to improve design and evaluation processes for the next generation fans, intended for takeoff and vertical depression of electrical applications in urban air. The project provides a unique opportunity to work closely with industrial partners and academics to make a tangible impact on the UAM community, and to contribute to sustainable aviation. You will join a team of researchers who motivate it, consisting of experts from the University of Bristol and the vertical space.

What will you do?

This assistant role has a calculation focus. As a successful candidate, the team will be guided by taking advantage of the numerical tools of mixed pressure, including analytical/semi-analytical models of a poetic method of Bettikman, to examine the fan in unilateral and multiple. By working closely with a researcher in experimental work, you will implement a strong and fast engineering model to assess the fan performance of the results with results and knowledge from both numerical and experimental studies, applicable to various fan designs and operating conditions. The results are expected to improve significantly. Our understanding of the fanatic and antenna dynamics for cars in UAM vehicles, which puts the foundation for fan design tools from the next generation. The results of the project are expected to be published in the upper magazines in the field.

You must apply if

• You have a PhD in air dynamics (or a relevant field) or work towards one, you have a good knowledge of experimental aerodynamics, antennas, calculations dynamics, and some research experience in applying numerical and halal methods (such as limited size, poetic-baking, and vortex methods).
• You have post -processing skills and analyzes that have been well developed using Matlab or Python or a similar programming language and progress in developing code.
• You are self -excited, you can communicate effectively with partners, and you want to take initiatives to work in a cooperative environment.

Additional information

For unofficial inquiries, please call:

Professor Mahdi Azzarbvand, M.Zarpeyvand@bristol.ac.uk

To learn more about what looks like work in the College of Engineering, and how the college supports people to achieve their potential, please see our staff blog:

https://enGineering.blogs.bristol.ac.uk/category/enGineERING-INCLDES-ME/

Contract type: fixed period until 03/31/2026

This announcement will be closed at 23:59 in the United Kingdom on Wednesday, October 8.

The interviews are expected on Monday October 20.

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Bristol University aims to be a place in which everyone feels to be themselves and do their best in A comprehensive work environment where all colleagues can flourish and reach their full potential. We want To attract, develop and preserve individuals Through different experiences, backgrounds and perspectives – especially colored people, gay, bilateral, dual and disabled – because the diversity of ideas and ideas is still an integral part of our distinction as a global civil institution.