Professor Yvonne Späck-Leigsnering delivered the keynote speech at the Hessian state final of the nationwide school competition “Jugend präsentiert” at the Ricarda-Huch-Schule in Dreieich. Around 160 students and guests attended the event.

The keynote focused on a current research topic in the field of electromagnetic compatibility (EMC): safeguarding modern eBike systems through numerical simulations. Yvonne Späck-Leigsnering demonstrated how electronic components in complex systems can be ensured to work together without interference – a key aspect in the development of connected and electrified mobility solutions.

The professor from the Department of Electrical Engineering and Information Technology (etit) illustrated how closely simulation, systems engineering and practical applications are linked in engineering research. Using clear and relatable everyday examples, she explained how EMC analyses contribute to the development of safe and reliable electronic systems.

EMC Research in the Context of Modern Mobility

Electromagnetic compatibility plays a crucial role in the development of electric drive systems. Today’s eBikes are highly complex systems in which power electronics, sensors and control units interact closely with one another. Numerical simulations make it possible to identify and prevent potential interference already during the development phase.

This research topic demonstrates how work carried out at the Department of Electrical Engineering and Information Technology (etit) at TU Darmstadt contributes to solving practical engineering challenges.

Strengthening Presentation Skills in STEM

The “Jugend präsentiert” competition aims to strengthen students’ science communication skills. The focus is not only on scientific accuracy, but also on the ability to explain complex topics clearly and appropriately for different audiences.

More than 9,500 students from across Germany took part in the competition this year. Four students from the Ricarda-Huch-Schule qualified for the national final in Berlin with presentations on nerve cells. The final will take place on 27 September 2026.

The state final highlighted the importance of communicating scientific content within STEM education. Alongside the students’ presentations, the keynote offered direct insight into current engineering research at the etit department and demonstrated how scientific findings can be communicated clearly within broader social and educational contexts.