SimCell Brings the Future of Bioprocessing to HTW Berlin

AnalysisMode took a step into the academic world, bringing the transformative power of AI-driven bioprocessing to students at the MBA & Engineering in Life Science Management Programme at HTW Berlin, Germany. Our co-founder, Belma Alispahić, had the privilege of delivering a guest lecture that explored the evolving role of artificial intelligence in reshaping the biopharma industry.

A return to the university setting brought a wave of nostalgia and inspiration. The students’ engagement, curiosity, and interaction with SimCell, our AI-powered digital bioprocessing solution, created a dynamic energy that filled the lecture hall.

What We Learned:

💡 Inspiring Future Innovators
The students’ enthusiasm and insightful questions reaffirmed the importance of fostering curiosity and innovation within academic spaces. Their perspective provided fresh ideas and underscored the need to encourage the next generation to embrace AI in bioprocessing.

💡 Building Industry-Academia Bridges
This experience highlighted the value of collaboration between startups and educational institutions. By bringing real-world applications to the classroom, we create opportunities for a free flow of ideas that benefits both students and professionals, driving progress in the industry.

💡 Equipping a Future-Ready Workforce
As the biotech industry evolves, hands-on exposure to AI tools like SimCell prepares students to navigate future challenges with confidence. Bridging academia with cutting-edge technology ensures the workforce of tomorrow is well-prepared to lead advancements in bioprocessing.

We’re incredibly grateful to Henning von Horsten and the HTW Berlin team for the opportunity to inspire and be inspired. Bringing SimCell to the classroom was a reminder of the power of education to ignite progress.


📩 Let’s Collaborate!
If you’re an academic institution or an industry leader interested in bringing SimCell to your students or team, we’d love to connect. Together, we can shape the future of bioprocessing.