Airbus Seeks Bright Minds for Innovations in Aircraft Cabin Power
Toulouse, Sunday, 24 August 2025.
Airbus is inviting master’s students to innovate in cabin power electronics, essential for eco-friendly aviation. The focus is on efficient systems aligning with European green standards.
Exploring the Future of Cabin Power Electronics
Airbus Operations has launched a new initiative inviting master’s students to engage in innovative research surrounding cabin power electronics. Located in Hamburg, Germany, this opportunity targets students specializing in Power Electronics and aims to propel advancements in creating eco-friendly and efficient power systems for aircraft cabins. This effort aligns with the company’s strategic direction towards sustainable aviation technologies [1].
Technical Scope and Responsibilities
Participants in the program will be at the forefront of innovation, tasked with supporting the development of state-of-the-art power electronics solutions. The students will conduct critical trade-off studies on topologies, semiconductors, and switching frequencies for AC-DC converters. They will also engage in modeling semiconductors and control circuits to develop simulation models using MATLAB, and finalize PCBs in KiCAD. This hands-on experience is designed to integrate the principles of engineering with sustainability goals [1].
Efficiency Metrics in Focus
Efficiency is a cornerstone of this program, with students expected to analyze the conversion efficiency, specific power, and power density of converters. These metrics are crucial as they directly impact the operational efficiency and environmental footprint of Airbus’s next-generation aircraft. Enhancements in these areas can lead to substantial reductions in energy consumption and emissions, key targets for Airbus and its commitment to leading aerospace sustainability [1][2].
Aligning with European Standards
The initiative also emphasizes compliance with European standards, which are increasingly stringent regarding energy efficiency and emission reductions. Mastering these regulations ensures that tomorrow’s engineers and their solutions are designed to meet and exceed these requirements, facilitating smoother transitions into real-world applications while reinforcing Airbus’s standing in the global market [1].