Swedish YouTuber Turns Comedy Robots Into Science Career

For over a decade, Swedish engineer Simone Giertz has been proving that you don't need a traditional science career to change how people think about invention.

She started on YouTube building what she called "shitty robots," deliberately flawed contraptions designed purely for comedy. But that playful approach to engineering attracted 2.5 million followers and launched something much bigger.

Now Giertz tackles everyday annoyances through creative design. Her recent invention addresses a universal problem: clothes that are too clean for the hamper but too dirty for the closet. She created a beautiful chair specifically designed to hold those garments and subtly stow them away when company arrives.

"There's nothing that will make me feel as beaten down and at the same time as incredibly powerful as trying to bring an idea to life," Giertz told Scientific American. "Having a sketch on paper and then being able to hold the object in your hand is magic."

Her secret? Finding a context where her unconventional approach became a strength rather than a weakness. After feeling out of place at traditional tech jobs in San Francisco, she discovered that the internet gave her a stage for randomness and whimsy.

Why This Inspires

Giertz represents a shift in how we think about who gets to be an inventor. She never claims to have all the technical answers, and that vulnerability connects with millions of people who might feel intimidated by traditional science careers.

"It's just a really fun time to have a whimsical brain," she says. With new tools like UV printers expanding what creators can make at home, more people are inventing random solutions to everyday problems than ever before.

Her message is simple but powerful: anyone can question why we use objects the way we do and create something new to make life better. You don't need a PhD or a corporate lab. You just need curiosity and willingness to try.

After 11 years, Giertz feels like she's entering a completely new chapter, diving deeper into product design and manufacturing. From robot comedy to real solutions, she's showing that unconventional paths can lead to meaningful innovation.