Alex Cavanagh Email & Phone Number

Oxford, England, United Kingdom

- Conduct CFD simulations and analysis to evaluate aerodynamic performance of various vehicles and products. - Collaborate with the design team to develop innovative aerodynamic solutions that improve vehicle and product performance and efficiency. - Interpret and present CFD results to the design team and management, highlighting key findings and recommendations for further improvements. - Work with the experimental testing team to ensure CFD results match experimental data, and vice versa. - Contribute to the development of simulation methodologies and tools to improve the accuracy and efficiency of CFD simulations. - Keep up-to-date with the latest aerodynamic trends, technologies, and regulations.

Glasgow, Scotland, United Kingdom

- Awarded EPSRC Studentship for duration of PhD- Prospective PhD title ‘Study of vortex stability in swept wing configurations’ and focusses on investigating vortex dynamics for the purpose of bio-inspired drones andmicro air vehicles

Glasgow, Scotland, United Kingdom

- Worked with Undergraduate and Postgraduate students to achieve ongoing improvements within laboratory experiments- Assisted in delivering effective educational programmes utilizing remote online learning facilities- Built confidence in students participating in BEng and MEng programmes by imparting research and argumentation skills to encourage ingenuity and independence- Marked BEng and MEng coursework and examinations

Glasgow, Scotland, United Kingdom

- Worked with the Heads of Aerodynamics on implementing a new CFD strategy based on my experience as expertise in CFD modelling- Led full-car CFD simulations for the Aerodynamics team- Head of new ‘Wind Tunnel and Testing’ team aiming to implement new wind tunnel and improved track testing- Delivered an improved CFD tutorial, focussing on improving understanding oftheoretical methods

Doctor Of Philosophy - Phd, Aerospace Engineering

Activities and Societies: UGRacingMy PhD is titled 'Study of vortex stability in swept wing configurations' and focusses on investigating.

Master'S Degree, Mechanical Engineering