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About

Stephan Noack is a prominent bioprocess engineer whose research sits at the intersection of automated bioprocess development, microbial phenotyping, and systems biotechnology. Based at Forschungszentrum Jülich, he has made transformative contributions to the field of high-throughput bioprocess development by pioneering microbioreactor (MBR) systems that combine experimental throughput with sophisticated monitoring and control capabilities — work that has garnered over 176 citations and become a foundational reference in the field. Noack's research has consistently pushed toward greater automation and efficiency in bioprocess workflows. His development of robotic integration for stirred tank bioreactors and automated mini pilot plant systems has dramatically reduced manual bottlenecks in microbial cultivation experiments. More recently, he has advanced automated adaptive laboratory evolution (ALE) platforms, applying them to industrially relevant organisms such as *Corynebacterium glutamicum* and *Pseudomonas taiwanensis* to engineer improved substrate utilization and stress tolerance traits critical for sustainable biomanufacturing. His work on ¹³C-labeling workflows further underscores his commitment to deep metabolic phenotyping at scale. Across his career, Noack has helped redefine how microbial cell factories are developed, making the process faster, more reproducible, and increasingly autonomous — essential advances for the future of industrial biotechnology.