In this episode, we explore a fundamental shift in how we design structures.

What if a wing is no longer something static but something that can adapt?

Not just withstand forces, but respond to them.

I’m joined today by Roeland de Breuker, full professor within the department of Aerospace Sturctures and Materials and also head of the departement and my second guest is Sherry Wang, she is an assistant professor. Her researchinterests include nonlinear control, aerial robotics, and active morphing structures..

Together, we talk about morphing wings, smart control, and adaptive systems and what it means when structures begin to sense, process, and react.

Because the next step in aviation isn’t just building stronger systems but building systems that can adjust in real time.

Let’s get into the conversation.

In this episode, we explore a different kind of engineer.

One that has been shaping structures, materials and systems long before we ever started designing aircraft.

Nature.

From the strength of bone to the efficiency of cellular structures, nature has spent millions of years refining solutions to challenges we are only just beginning to understand. But what happens when we try to translate thoseprinciples into aerospace?

How do you move from inspiration to application? From complexity to manufacturability? And what does it really take to design materials that are not only strong and lightweight, but fundamentally smarter?

Today, I’m joined by Kunal Masania, full professor at the Department of Aerospace Structures and Materials, with afocus on bio-inspired materials, and Baris Caglar, assistant professor in the same department.

Where Kunal focuses on learning from nature, Baris brings those principles into practical, manufacturable structures.

Together, we explore what it means to learn from nature and what it takes to bring those lessons into the air.

Let’s get into the conversation.

In this episode, we explore a shift that is already happening, but often goes unnoticed.

What if an aircraft doesn’t just fly… but continuously understands what’s going on?

Not after the fact, but in real time.

I’m joined for this episode by Dimitrios Zarouchas he is an Associate Professor and the Director of Center of Excellence in AI for structures, Prognostics & Health Management accompanied by Roger Groves also associate professor and lead a research group in Non-Destructive Testing (NDT) &Structural Health Monitoring (SHM).

Together, we talk about sensors, data, and predictive maintenance and how aircraft are evolving from static machines into systems that can monitor, undersand the data and anticipate on it.

Because the real question isn’t just how we build aircraft but how they start to understand themselves.

Let’s get into the conversation.

In this first episode, we start with a question that feels simple but is anything but simple.

How do we make aviation more sustainable, without stopping the system the world depends on?

Because aviation isn’t something you rebuild overnight.

It’s shaped by decades of engineering, infrastructure, and decisions.

I’m joined by Joris Melkert, head of educational programme within faculty and Rinze Benedictus full professor with the department of Aerospace Structure and Materials

Together, we explore what it really takes to shift a system like aviation. Where innovation starts, where it slows down, and what needs to change to move forward.