Ali Khodadadi is an aerospace engineer and doctoral researcher in the field of composite materials at the University of Manchester.
Ali is a motivated and committed STEM researcher currently pursuing a PhD in Aerospace Engineering at the University of Manchester.
His work sits at the intersection of aerospace engineering and advanced simulation, combining practical design experience with computational modelling. He has a strong background in drone design, and his current research focuses on predicting the mechanical and vibrational behaviour of both textile-based and conventional hybrid composites, as well as 3D-printed composite materials. This work is further enhanced through the integration of machine learning techniques to improve accuracy and efficiency in multiscale modelling.
He is deeply passionate about the conceptual and structural design of aircrafts and drones, with experience in developing several designs.
From Loaf to Litres.
A sustainable fuel venture transforming the UK’s annual bread waste into fuel-grade bioethanol for E10 petrol blending. Baker Fuel reimagines food waste as a valuable energy resource, replacing imported ethanol with a locally produced, low-carbon alternative. By closing the loop between waste and energy, the project reduces CO₂ emissions while supporting the UK’s transition towards a more resilient and net-zero fuel infrastructure.
Aerospace Engineering
The University of Manchester
Aerospace & Aeronautical
The University of Manchester (First Class Honours)