Tell us a little about your background and what led you to position of Lab Engineer at Cellfion

I have a strong passion for addressing real-world challenges through innovation, which led me to pursue a Bachelor's degree in Materials Design. During my studies, I became captivated by the versatility of polymer design and its wide-ranging applications. This fascination drove me to specialize in Macromolecular Materials for my Master's degree. I am currently working on my master's thesis focusing on cationic ion exchange membranes for Cellfion. In my current role as a Lab Engineer, I am involved in optimizing and designing the upscaling of lab processes. I also work on modifying cellulose nano fibrils and creating CNF membranes, building upon my expertise.

What does the position entail? How do you envision yourself growing and developing within the company in the next few years?

With Cellfion being in a growth phase, my responsibilities involve refining processes, enhancing designs, and contributing to the development of innovative solutions. I look forward to further honing my problem-solving skills and gaining a deeper understanding of interconnected systems. I am excited to bridge the gap between theoretical concepts and practical applications, particularly as I observe the transition from laboratory settings to industry practices.

What do you enjoy doing outside of work?

In my spare time, I enjoy bouldering and engaging in various forms of physical activity. I also find pleasure in board games, gaming, and I used to be quite involved in parkour. When it comes to getting around, I prefer using a longboard over a bicycle.

What do you think the future of sustainable materials within energy storage and clean technology looks like?

The trajectory of sustainable materials within energy storage and clean technology is promising. For the energy sector to genuinely earn the label of "sustainable" and "clean," every aspect of it, including the materials used, needs to be environmentally conscious. I believe the integration of sustainable materials is not only imperative but also inevitable for the advancement of energy storage and clean technology. Additionally, it's crucial to plan for the end-of-life of these materials, with the minimum goal being recovery and, if possible, recycling.

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