By using mathematical models and artificial intelligence, even complex experiments can be conducted completely automatically at the KIWI Biolab. To date, the KIWI Biolab has focused on processes involving microorganisms. In future, cell cultures will also play a role, which is why a research group is now relocating to the Si-M Research Center, a joint project between TU Berlin and Charité – Universitätsmedizin Berlin. The vision is that computers and artificial intelligence (AI)-controlled robots will work together with state-of-the-art analytical instruments to plan, conduct, and evaluate laboratory experiments largely autonomously. ⁽¹⁾

The KIWI Biolab focuses on automated methods and model-based bioprocess engineering for biotechnology. Here, pipetting robots and liquid-handling stations are combined with machine learning. This enables highly complex tasks to be performed quickly and precisely—tasks that would not be possible manually. The developed models are used for both process monitoring and process control (model predictive control).

With its pipetting robots, integrated laboratory equipment, and software solutions, the KIWI-Biolab offers an ideal ecosystem for developing and testing sophisticated applications. It has developed extensive expertise to support every step of the automation and digitization process. ⁽²⁾

Sources and further information:
(1) https://idw-online.de/de/news869305
(2) https://www.tu.berlin/bioprocess/einrichtungen-associates/arbeitsgruppen/kiwi-biolab