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Building Robust Assays for Real-World Workflows

Behind every instrument, assay, and workflow is deep expertise.
In Meet the Experts, we introduce the scientists, engineers, and specialists at SCIENION and Cellenion who develop, adapt, and support solutions that make complex workflows robust and reproducible. For more than a decade, Svenja has been working at the interface of R&D and customer applications, developing assays and solutions that translate advanced technology into reliable, customer-ready results. This is her perspective on our company, her job, and Women in Science.

What is your job at SCIENION?

I’m a Senior Scientist and Project Manager in SCIENION’s R&D team. My work focuses on developing protocols and workflows for our customers, particularly in the areas of biofunctionalization and process upscaling of diagnostic sensors, using sciFLEXARRAYER-based platforms.

Why do you like it?

What I really enjoy is the diversity of tasks I get to do every day: I work with many different diagnostic platforms, technologies, and methods, from early assay development to scalable microdispensing workflows used in manufacturing environments, and I constantly learn new things. I also appreciate working closely with interdisciplinary and international teams, both with my colleagues and our customers.

Which BICO value best represents your work, and why?

That’s a tough one, because our work really requires all of them: At the start of a project, collaboration and trust are essential to build a strong partnership. As the project progresses, focus and grit become especially important to turn ideas into successful outcomes.

What inspired you to pursue a career in science?

It actually started with my chemistry teacher. He was fun, motivating, and made the subject truly interesting. I went on to study chemical engineering and later had the opportunity to expand my experience into biochemistry joining a biotech company.

What do you wish more people understood about your field?

I think many people see science as a collection of established facts, but in reality it’s a dynamic process. There’s a lot of testing, questioning, and revising along the way. Progress often comes with setbacks and ups and downs – that is what makes scientific work so interesting!

What future innovation or discovery excites you the most?

I’m particularly excited about point-of-care devices, especially as advances in precise microdispensing make it possible to bring complex assays closer to patients. They can improve personalized healthcare by delivering faster results directly where they’re needed. Being part of the process of developing and bringing innovative technologies to market is very motivating for me.

What advice would you give to girls and young women interested in science?

I would say: go for it! Follow what you’re passionate about, and don’t let anyone tell you that you don’t belong. Believe in your skills and keep going. We need to empower women in science—because we definitely need more of them.

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