Meet Sjoerd

How would you explain to someone outside of aerospace what you do?

Using advanced mechanical analysis, I predict the behavior of satellite solar arrays before they are even built. By doing this, we can test out different design options to find the best one capable of sustaining the rigorous mechanical loads of a rocket launch. Once the design is actually built, we test the product by simulating those launch vibrations in a lab, which really puts my earlier predictions to the test. Ultimately, my work ensures the most optimal performance of our satellites.

That sounds incredibly complex. What kind of impact do these projects have?

What excites me most is the positive impact our products have. I have contributed to satellite projects that will monitor climate change, as well as missions that will explore the moons around Jupiter. Perhaps the most innovative project I've worked on, though, is for the solar arrays for the European Service Module. This module will provide life support to NASA astronauts returning to the moon for the Artemis missions!

You mentioned the Jupiter mission. What  memories stand out for you? 

I was involved with that solar array system from the early design phase all the way to the final testing verification. I remember when we were performing the vibration testing on it. During the test, I actually saw, heard, and felt the tremendous vibrations that such a large solar array is subjected to. It really made me realize how violent the launch of a rocket can be.

You’ve built an impressive resume here. How did your Airbus journey begin?

 I actually joined Airbus as an intern doing my graduation project because I was intrigued by the technical challenges the company works on. Since then, my career has really evolved. I became a Mechanical Engineer, then a Technical Specialist, and now I'm a Functional Specialist. In each role, I’ve gained more responsibility. I started out performing simple analyses, and now I am responsible for the mechanical engineering knowledge on our site, developing workflows, processes, and methodologies to increase our department's efficiency.

What is the culture like in your team in Leiden?

 When I first started, I was amazed by how many different disciplines come together to build our products. Project teams really collaborate to get the job done together, and I truly experience our Airbus "we are one" mindset.

I also really appreciate our "speak-up" culture. Employees are encouraged to speak up if they encounter anything unethical, non-compliant, or discriminatory, which ensures a safe and healthy work environment. On top of that, Airbus supports a great work-life balance. I don't have fixed starting or ending hours; as long as the job gets done and I can participate in meetings, there is a lot of freedom. Working from home or leaving early for a dentist appointment is never a problem.

What advice would you give to students or early-career professionals hoping to break into the industry?

First, don't feel overwhelmed by the acronyms used in the aerospace industry - I didn't understand half of them myself when I first started! Also, remember that so many disciplines come together here, including non-technical roles. I actually didn't study aerospace engineering; I did a more generic engineering study instead. Nevertheless, I am now working on some of the most exciting space missions!

Any final words of inspiration for our readers?

People thought it was impossible to build a flying machine, place a human in orbit, or land humans on the moon and return them safely - until it was done. Don't let anyone tell you something is impossible. Or, to quote Buzz Lightyear: "To infinity and beyond!"