| Cyril Schroeder | Using machine learning for organic reaction condition optimization | 2020 | ETH Zurich |
| Leif-Thore Deck | Development of segmented flow platforms for reaction optimization | 2020 | ETH Zurich |
| Isert Clemens | Using machine learning techniques to aid organic synthesis planning, reaction prediction, and reaction optimization | 2019 | ETH Zurich |
| Oliver Schilter | Using machine learning to predict the outcome of reactions | 2019 | ETH Zurich |
| Christina Kuhnle | Calorimetry | 2018 | KIT |
| Alexander Pomberger | Multiphase continuous flow synthesis and separation/APIs in flow | 2018 | University of Vienna |
| Tingliang Xie | Multiphase flows and use of microfluidic devices in extraction and separation | 2018 | Tsinghua University |
| Lorenz Baumgartner | Automated optimization of cross coupling reactions in droplet system | 2016-2018 | Delft University |
| Robbert van Putten | Homogeneous catalysis for sustainable production of fine-chemicals and pharmaceuticals with focus on catalyst deactivation and mechanistic studies. | 2018-2019 (Sept. - Feb.) | Delft University of Technology, Netherlands |
| Esther Chen | Characterization and optimization of the continuous end-to-end synthesis of ciprofloxacin | 2018 (Mar. - Aug.) | ETH Zurich |
| Thomas Kopfmüller | Experimental and Computational Investigations on the Mixing Performance of 3D Metal Printed Mini-Reactors | 2017-2018 (Sept. - Feb.) | Linde Engineering AG |
| Pius Theiler | Modelling and experiments on ligand mediated growth of Quantum Dots | 2017 | Nanotechnology Group, ETH Zürich, Switzerland |
| Kim Duembgen | Synthesis of Indium Phosphide Quantum Dots on a High-Pressure High-Temperature Microfluidic Reactor | 2017 | Avantama, Zurich (CH) |
| Lukas Weimann | Optimization of the End-to-End Synthesis of five API's for Pharmaceuticals on Demand | 2017 | Utrecht University |
| Ramona Achermann | Optimization of the End-to-End Synthesis of Doxycycline for On Demand Pharmaceuticals | 2017 | ETH Zurich |
| Kristina Soeborg Pedersen | Continuous liquid liquid extraction and separation of metals for radiopharmaceuticals | 2017 | Technical University of Denmark |
| Shusaku Asano | Mixing in Microreactors and its Application for Particle Synthesis | 2015-2016 | Kyoto University |
| Filipa Castro | Production of hydroxyapatite and its use in bone extracellular matrix growth | 2011 (Apr.-Oct.) | University of Porto, Portugal |
| Norbert Heublein | Optimization and modeling of chemical reactions in microflow systems | 2011 (Oct. - Mar.) | |
| Alessandro Arione | Optimization of delivery techniques to reprogram human somatic cells into stem cells | 2011 (Feb.-Sept.) | |
| Flurin Silvan Haenseler | Semiconductor nanocrystal formation in tubular microreactors | 2011 (Mar.-Aug.) | ETH Zürich |
| Francesco Venturini | Direct fluorinations with elemental fluorine in microreactors | 2010 (Mar. - Aug.) | Politecnico di Milano (Milan, Italy) |
| Lars Johansen | Packed-bed Microreactors | 2009 (Jan-June) | Technical University of Denmark |
| Ruud Brand | Catalytic Reactions in Microreactors | 2008 | Shell Corporation (April-Oct.) |
| Nora Langhorst | Fluid Delivery Systems | 2008 | Swiss Federal Institute of Technology (ETH), Zurich (April-Sep.) |
| Maurizio Rondanini | 3D modeling of microreactors for catalytic combustion and reforming of hydrocarbons | 2007 (April-Oct.) | Politecnico di Milano (Milan, Italy) |
| Gian Caviezel | High temperature microreaction systems | 2006-2007 (Aug.-Feb.) | Swiss Federal Institute of Technology (ETH), Zurich |
| Veronique Gondoin | Microreactor based controlled nanoparticle synthesis | 2006 (Feb.-Aug.) | Swiss Federal Institute of Technology (ETH), Zurich |
| Ruben Kolfschoten | Biotechnology applications for current cell stimulus, lysis and protein array, and microfluidis for cell growth research | 2005-2006 (Aug.-Feb.) | Delft University of Technology, The Netherlands |
| Nicolas Imlinger | Microreactor development and fabrication; study methods for integrating light paths and detection; evaluation of detection limits among varying techniques; kinetic studies | 2005 (Jan-Dec.) | University of Innsbruck; Wacker-Chemie Gm bH |
| Gerardo Perozziello | BioMEMS applied to fluidic interconnections for microfluidic devices | 2004-2005 (Nov.-May) | Danish Technical University (DTU), Copenhagen |
| Franz Trachsel | Multiphase flow in chemical and biological microsystems | 2003-2004 (Oct.-March) | Swiss Federal Institute of Technology (ETH), Zurich |
| Martina Thalmann | Multiphase flow in chemical and biological microsystems | 2003-2004 (Oct.-March) | Swiss Federal Institute of Technology (ETH), Zurich |
| Tobias Kraus | Multiphase reactions in microreactors | 2002-2003 (Oct.-March) | Technical University of Munich |
| Uwe Hansen | Simulation of CVD processes, particularly molecular dynamics; simulation of fundamental thin film growth processes | 1999 (April-Dec.) | Walter Schottky Institute, Technical University of Munich |
| Joost Driessen | Surface reaction mechanisms underlying chemical vapor deposition (MOCVD) processes using surface spectroscopies, including temperature controlled desorption (TPD), Fourier transform infrared (FTR) and high electron energy loss (HREEL) spectroscopy | 1998 (Jan.-Aug.) | Delft University of Technology, The Netherlands |
| Ester Hurtos | CVD nucleation and reactor studies | 1997 (June-Aug.) | Universitat Autonoma de Barcelona, Spain |
| Søren Eriksen | Chemical vapor deposition (CVD) | 1997 (June-Aug.) | Technical University of Denmark (DTU), Copenhagen |
| Tim Lund | Electronic materials research | 1993 (Aug.-Nov.) | Technical University of Berlin |
