Simulation Enabled Design of Propulsion Machine for Hydrogen-Powered Electric Aircraft towards Net-Zero.
Supervisor: Dr Wenjuan Song
School: Engineering
Description:
This project offers an exciting opportunity for engineering students (primarily Mechanical engineering, EEE and Mechatronics background) to explore cutting-edge aviation technology through advanced electric motor simulation. Participants will delve into NASA’s innovative concept of a superconducting electric aircraft, gaining insights into the significant role that next-generation electric propulsion plays in advancing the aviation industry toward its sustainability goals. In addition to NASA’s pioneering efforts, similar initiatives are already underway in the aerospace industry. Major companies such as Airbus and GKN Aerospace are actively developing projects focused on highly efficient, superconducting electric propulsion systems. This alignment with industry leaders underscores the relevance and timeliness of the project, bridging academic learning with modern technological trends.
Within project, students will learn the model and simulation driven design for propulsion motors using Finite Element Analysis. With a focus on electromagnetic and electromechanical performance, participants will study how superconducting materials can be game changer for aviation industry. The project is designed for those in engineering field but students with good background knowledge of numerical simulation are also encouraged to apply.
By working on this state-of-the-art concept, you will not only expand your technical skills but also deepen your understanding of emerging trends in aerospace and electric energy technology. This hands-on learning experience aims to prepare you for future challenges in the rapidly evolving aviation sector, equipping you with the practical tools and theoretical knowledge to help shape the future of sustainable air travel.