University of Toronto and Intrepid Labs Inc., Canada
Talk title: Transforming Drug Formulation Development: The Role of AI and Automation
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Bio: Dr. Christine Allen is a full professor at the University of Toronto (U of T) and an internationally recognized leader with more than 180 publications in drug formulation and development. She has received numerous awards, and is a distinguished fellow of prestigious societies including the American Institute for Medical and Biological Engineering, and the Canadian Academy of Health Sciences.
Christine is committed to the translation and commercialization of her research. She is a co-founder and CEO of Intrepid Labs Inc., a company that is accelerating pharmaceutical drug development through integration of AI, automation and advanced computing. Her lab at U of T is deeply engaged in industry partnerships, playing a key role in advancing drugs from early-stage research to clinical trials.
Her leadership has been pivotal in several scientific societies, notably as President of the Controlled Release Society and the Canadian Society for Pharmaceutical Sciences. In academia, her roles have included the inaugural Associate Vice-President and Vice Provost Strategic Initiatives and Interim Dean of the Leslie Dan Faculty of Pharmacy.
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University of Bremen, Germany
Institute of Science Tokyo, Japan
Talk title: The Living Laboratory: Fully Automated Science Powered by AI Agents and Physical AI
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Medra AI
Ecole Polytechnique Fédérale de Lausanne, Switzerland
Talk title: Storms, Drones, and Dolphins in a self-driving laboratory
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Talk title: Navigating Modular Reconfigurable Lab Automation: A Quick to Reconfigure Platform
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Bio: Rodrigo is an Assistant Professor working with easy to reconfigure Lab automation for chemistry synthesis processes at the IT University of Copenhagen. Rodrigo joined ITU in 2020. He holds a PhD in Systems and Computer Engineering from Universidad Nacional de Colombia. He started working in lab automation encapsulating chemical unit operations as part of the BIG-MAP EU project and nowadays continues working on reconfigurable lab automation systems with focus in nanoparticle synthesis. His research interests include AI and machine learning applied to robotics, evolutionary robotics, modular robots and automation. Other projects he is working on include the EMERGE project, an easy to build modular robot system and the MOZART EU project for developing modular surface manipulation.
REAL Lab, IT University of Copenhagen, Denmark