Our latest News
KIWI scientists invited to the HTCD 2021
Mark Dörr, plenary speakers at the HTCD 2021
The First International Symposium on High-Throughput Catalysts Design (HTCD 2021) will take place on 14-15.06.2021 in France (digital format).
This first edition of this symposium follows the construction of a collaboration network founded by several european high-throughput robotic platforms dedicated to research in biology (genome foundries, enzyme engineering platforms, microbiology/fermentation platforms, etc.). In order to greatly improve the exchange of knowledge on the use of high-throughput technologies and equipment for catalysts development between both academic and industrial researchers, the HTCD2021 will extend the scientific domain of this network to chemistry and data treament.
Therefore, the HTCD2021 will regroup scientists that study the automated synthesis, the testing and the characterization of chemo-, bio- and hybrid catalysts, as well as the methods recently developed to accelerate these steps with the use of new data treatments and artificial intelligence processes.
Prof. Peter Neubauer (TU Berlin) and Prof. Uwe Bornscheuer (University of Greifswald), coordinator and co-coordinator of the KIWI-biolab, are part of the scientific committee. Dr. Mark Dörr (University of Greifswald) is a plenary speaker. Dr. Stefan Born (TU Berlin) and Dr. M. Nicolás Cruz (TU Berlin) will have oral presentations.
Information about the talks will follow soon.
You can visit the HTCD 2021 website here.
KIWI scientists at ESCAPE-31
Ernesto Martínez will present the KIWI-biolab platform at the ESCAPE-31
The KIWI-biolab member, Prof. Dr. Ernesto Martínez, Professor of Systems and Organizations at the Technical University of Argentina (UTN) and Research Fellow at INGAR-CONICET, will present the KIWI-biolab platform at the 31st edition of the European Symposium on Computer Aided Process Engineering.
You can visit the ESCAPE-31 website here.
More information coming soon.
Faster to new biopharmaceuticals in the Future Lab
Ideation Workshop at the TU Berlin
The development process for new drugs and biotechnologically produced medical devices is lengthy and very costly. In addition to the clinical phases, the R&D area for the selection of new active substances and materials and the strategy for their production, as well as the development of the actual manufacturing process up to the final industrial scale, is particularly critical. This process needs to be dramatically accelerated, especially with regard to the treatment of rare diseases (orphan drugs) and personalised medicine, in order to provide biopharmaceuticals and medical devices for small patient groups or individuals. By efficiently integrating state-of-the-art methods of informatics, digitalisation and laboratory automation, it should be possible to drastically shorten development times and increase the chances of success in selecting an effective active agent.
With this premise in mind, KIWI-biolab members Dr.-Ing. Marie-Therese Schermeyer and Prof. Peter Neubauer have organized, together with the team of the Der Simulierte Mensch – Si-M, Dr. Shirin Kadler and Prof. Roland Lauster, a ideation workshop to discuss the optimisation potential for the production process of biomedical products.
A further collaboration linking the different expertises between the teams is envisaged in a short-term future.
KIWI scientists at the BioProScale 2021
29.03.2021 – 31.03.2021
Talks & posters
KIWI-biolab scientists and partners Dr. Mark Dörr, Dr. Sebastian Hans and Prof. Massimo Morbidelli were leading the session for High-Throughput Bioprocessing and Automation at the BioProScale 2021. Prof. Morbidelli (Politecnico di Milano) open the day with a plenary talk on “Digitalization platform and supervisory control for continuous integrated manufacture of monoclonal antibodies”. Dr. Dörr (University of Greifswald) shared his insights about the use of the high-throughput screening platform LARA for robot and machine learning assisted protein engineering. You can read more about LARA here. Dr. Hans (TU Berlin) gave a talk entitled “Towards an autonomous model based high-throughput bioprocess development and clone discrimination”.
Additionally, KIWI-biolab PhD students Lucas Kaspersetz and Judit Aizpuru presented their posters “Integration of a robotic small-scale bioreactor system
as a prerequisite for a selflearning and autonomous cultivation platform” and “Importance of oxygen signal shape matching for robust parameter estimation in bioprocess development” respectively. You can see the posters here:
KIWI new members, welcome!
Marie-Therese, Lucas, Christoph and Nghia, welcome to the team!
Marie-Therese Schermeyer studied Bioengineering at the Karlsruhe Institute of Technology (KIT). After an exchange with Genentech, she decided to focus her research as a PhD student and postdoc on biopharmaceutical process development at the KIT. Her expertise lies in the area of automated high-throughput process development and protein stability analysis. In addition to her scientific expertise, she will use her communicative skills to build a strong network for the KIWI-biolab.
Lucas Kaspersetz holds a Master´s degree in Molecular Biotechnology from the Bielefeld University. He worked at Eppendorf as Bioprocess Service Specialist and at Novozymes OneHealth as Research Associate. He has a strong background in process development, and will work on the development and application of model-based methods for the monitoring, operation and experimental design of complex nonlinear biological processes.
Christoph Lange holds a Master´s degree in Mathematics from the FU Berlin. He worked at Zalando for some years, were he developed price optimization algorithms and sales forecasts. He has a strong background in supervised learning on large datasets, and he will focus his research on image and signal processing in TF3, working very close with TF1 to develop and apply state-of-the-art algorithms for image recognition.
Nghia Duong-Trung obtained his PhD in Machine Learning from Hildesheim University and worked as a full-time lecturer in the Can Tho University of Technology in Vietnam. He has a strong background in supervised learning and data mining, and many years of experience in deploying learning models in different types of data. He will develop and apply state-of-the-art algorithms for time series forecasting.
KIWI new members, welcome!
Jong, Judit and Tilman, welcome to the team!
Jong Woo Kim got his PhD in February 2020 from Seoul National University. He has a strong background in process optimization and reinforcement learning. He will use his expertise in MPC and MHE to adapt these models to the special conditions in biotechnological set-ups.
Judit Aizpuru studied Physics and holds a M.Sc. in Computational Engineering and Intelligent System from the University of the Basque Country. Her previous works include benchmarking semi-supervised learning algorithms for manufacturing defect detection, feature selection and engineering for energy consumption prediction, and development of model-based recommendation system for process optimization. She will contribute to the KIWI-biolab with her expertise in the development of computational tools and methods for different applications.
Tilman Barz works as senior scientists at the Austrian Institute of Technology GmbH. He has many years of experience in modeling and model calibration, as well as optimal control and experimental design of dynamic systems in (bio)process engineering. He is an expert in data-driven analysis of nonlinear systems and has already played an essential role in the development of novel optimally controlled experiments in the laboratory of Bioprocess Engineering at the TU Berlin.
Launch of the KIWI-biolab
The KIWI-biolab has officially started!
Our project has been selected by the German Federal Ministry of Education and Research (BMBF) as one of the three international artificial intelligence laboratories of the future. The team has received a budget of about EUR 4.5 million for the next three years.
The goal of our Future Lab is to enable an autonomous lab for bioprocess development through research in AI, ML and automation for a more efficient and sustainable production. By doing so, Germany´s leading role in automated high-throughput bioprocess development will be consolidated and further expanded.
To achieve this goal, the KIWI-biolab will bring together 11 international scientists in different fields that will undertake an interdisciplinary approach to develop new digital solutions for the autonomous planning of experiments, the monitoring and control of robotic systems, the analysis and evaluation of the data generated, and the optimization of bioproduction processes.
With the support of the German Government program “AI made in Germany”, the KIWI-biolab will serve in the long-term as a platform to advance biotechnological processes, as this specific area possesses a high potential for improvement by using AI-based tools.