Jan Benedict Spannenkrebs

Norwegian University of Science and Technology

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About

Jan Benedict Spannenkrebs is a pioneering synthetic biologist whose work centers on the automation and optimization of biological systems through robotic integration. His primary research areas include synthetic biology, metabolic engineering, and the development of autonomous experimental platforms. Spannenkrebs’s major contribution lies in establishing a closed-loop, test-learn cycle that enables robotic platforms to autonomously characterize and optimize bacterial genetic parts in real time. His landmark 2025 paper, "Closing the loop: establishing an autonomous test-learn cycle to optimize induction of bacterial systems using a robotic platform," has garnered 5 citations and represents a significant leap toward predictable, time-resolved characterization of biological assemblies under relevant conditions. This work addresses a core challenge in synthetic biology: ensuring that well-characterized parts behave reliably in complex genetic circuits. By automating the iterative process of testing and learning, Spannenkrebs has laid the groundwork for high-throughput, data-driven biological discovery. His achievements are particularly notable for bridging robotics and molecular biology, offering a scalable solution that accelerates the design-build-test cycle. For students and researchers, Spannenkrebs exemplifies how interdisciplinary approaches can transform foundational biological questions into practical, automated workflows.