Andreas Knepper
Papers
2
Total Citations
145
H-Index
2
About
Andreas Knepper is a leading figure in bioprocess engineering, specializing in the automation and optimization of microbial cultivation. His research focuses on integrating robotic systems with advanced model-based experimental design to accelerate bioprocess development. Knepper’s major contribution is the creation of a novel framework for online optimal experimental re-design, demonstrated in his most-cited work (104 citations). This framework enables the precise estimation of kinetic growth parameters with minimal experimental effort, offering a systematic solution for rapid model validation in parallel fed-batch processes. He also developed a robotic platform for parallelized cultivation and monitoring of microbial growth in microwell plates (41 citations), significantly enhancing high-throughput experimentation. Knepper’s work is pivotal for reducing time and resources in bioprocess optimization, directly impacting industrial biotechnology and synthetic biology. His achievements exemplify the synergy of robotics, control theory, and bioprocess engineering, making him a key innovator in the field.
Research Focus
Key Achievements
Top Papers
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