Academic Programs and Teaching
Our focus is on the interdisciplinary transfer of knowledge in the fields of medicine, computer science, and (bio)engineering. Students can earn doctorates in medicine (Dr. med.) and medical sciences (Dr. rer. medic.), as well as, in cooperation with TU Berlin, doctorates in natural sciences (Dr. rer. nat.) and engineering (Dr.-Ing.). Charité also offers the opportunity to pursue a PhD program. Teaching duties are carried out through practical training, seminars, and lectures. In addition, faculty members supervise groups using problem-based learning (PBL).
The programme focuses on teaching interdisciplinary skills in the fields of life sciences (medicine), computer science and (bio)engineering.
The programme focuses on teaching interdisciplinary skills in the fields of life sciences (medicine), computer science and (bio)engineering.
Lectures
The following courses are offered:
- Medical Image Processing at TU Berlin
- Fluid Mechanics in Medicine at TU Berlin
Theses and required internships
The institute offers mandatory internships, project work, research projects, bachelor’s theses, master’s theses, and diploma theses in the following areas:
- Imaging & image-based therapy planning,
- Image processing using machine learning methods,
- Data science & machine intelligence,
- Simulations & modeling using physiology-based models,
- Development & application of experimental methods for validating numerical models,
- Fluid mechanics,
- Medical technology, and
- biotechnology.
Interested parties are cordially invited to contact us. You can reach us via email at icm-office@dhzc-charite.de, attaching a current resume, a transcript of grades, and your preference for a numerical or experimental project. Alternatively, you can also reach us by phone at +49 30 450 553882.
We look forward to your inquiry and to exploring together what a potential collaboration might look like.
Doctoral dissertations and postdoctoral theses
Here you will find dissertations and postdoctoral theses dating back to 1995.
Postdoctoral qualifications
| Graduate | Year | Title | |
|---|---|---|---|
| Marcus Kelm | 2025 | Personalised modelling to support decision-making in structural cardiovascular diseases | |
| Marie Schafstedde | 2023 | Precision medicine in paediatric and adult cardiology – medical applications of image-based in silico modelling | |
| Leonid Goubergrits | 2016 | Computational Biofluid Mechanics: development of personalized image-based diagnostic-prognostic methods for clinical use | |
| Ulrich Kertzscher | 2015 | The interaction between flow, wall and blood as a core problem in biofluid mechanics |
Dissertations
| Graduate | Year | ISBN | Title/Link | Order | |
|---|---|---|---|---|---|
| Michael Lommel | 2025 | Experimental Investigation of Blood Damage in Ventricular Assist Devices | |||
| Tim Bierewirtz | 2025 | In silico and in vitro feasibility study of a novel pumping principle for a durable total artificial heart | |||
| Markus Hüllebrand | 2025 | Software Environments for Collaborative Cardiovascular Imaging Research | |||
| Chiara Manini | 2025 | Overcoming missing ground truth and multi-vendor dependent problems in cardiac valves - quantitative evaluation through cardiac magnetic resonance imaging | |||
| Matthias Ivantsits | 2025 | Knowledge-based data-driven segmentation and feature extraction for cardiovascular disease characterization with multi-modal clinical data | |||
| Paul Geus | 2024 | Characterization of a Minimally Invasive Probe to Collect Circulating Tumor Cells from the Bloodstream | |||
| Benedikt Franke | 2024 | Reduced order modeling of aortic valve hemodynamics | |||
| Katharina Vellguth | 2023 | Modeling mitral valve hemodynamics with image-based CFD | |||
| Florian Hellmeier | 2022 | Image-based CFD modeling of surgical aortic valve replacement | |||
| Jan Brüning | 2020 | Statistical analysis of static pressure and wall shear stress distributions in nasal airflow based on computational fluid dynamics | |||
| Bente Thamsen | 2016 | A two-stage blood pump design to reduce blood damage | |||
| Johannes Großhauser | 2015 | Development of a bionic protective device to prevent infections in skin grafts | |||
| Sarah Schneider | 2014 | Development of a method for low-impact, non-invasive, long-term blood pressure monitoring | |||
| Torsten Schneider | 2012 | Stress imaging tomography in fluid flows | |||
| Kerstin Schirrmann | 2012 | Modelling for mechanical ventilation: flow in the pulmonary capillary bed and alveolar interaction | |||
| André Berthe | 2012 | Wall-Following Particle Image Velocimetry: Further Development and Applications in Biofluid Mechanics | |||
| Tobias Timmel | 2009 | ISBN 3-8322-8809-0 | Development of an artificial heart valve with a flushing flow for use in cardiac support systems | You can order this book directly at Shaker-Verlag or via amazon.de. | |
| Perrine Debaene | 2005 | ISBN 3-8322-4116-7 | An innovative measurement method for the temporal and spatial characterisation of wall-adjacent flow in biofluid mechanics | You can order this book directly at Shaker-Verlag or via amazon.de. | |
| Axel Seeger | 2002 | ISBN 3-8322-1131-4 | Development of a novel X-ray-based velocity measurement method for bubble columns with high gas content | You can order this book directly at Shaker-Verlag or via amazon.de. | |
| Leonid Goubergrits | 2000 | ISBN 3-89820-131-7 | Blood Flow and Atherosclerosis – Studies of the Human Carotid Branches | ||
| Andreas Ziemann | 1999 | ISBN 3-933346-57-6 | Experimental investigation of the propulsion generated by the rudder blade in a free-running boat | ||
| Klaus Schichl | 1995 | ISBN 3-89574-123-X | Development of a computer-controlled test rig for the hydrodynamic pulsatile testing of artificial heart valves in line with current and future testing standards |
Bachelor's, Master's, and Diploma Theses
Bachelor's, Master's, and diploma theses since 1995
| Graduate | Year | Title |
|---|---|---|
| Pierre Kolingba-Froidevaux | 2022 | Experimental and numerical analysis of airflow leaks in face masks used for protection against aerosols. Implications for mask design. |
| Julia Maria | 2022 | Optimization and validation of a two-phase blood analogue fluid containing deformable alginate microspheres |
| Franka Kurpjuhn | 2022 | Experimental and numerical investigation of aerosol dispersion in indoor environments |
| Artur Baumann | 2022 | Development of a test rig for detecting the Raman scattering of gold nanoparticle aggregates |
| Nina Krüger | 2021 | Deep Learning Support of Transcatheter Aortic Valve Implantation using Neural Network-based Image Analysis |
| Oliver Paegelow | 2021 | Preparation and separation of alginate microspheres as a solid phase for a two-phase blood model |
| Lukas Obermeier | 2021 | Finite volume Simulation of left ventricular Hemodynamics |
| Lara Tek | 2021 | Development of a functional prototype for the non-invasive measurement of heart rate and respiratory rate from photoplethysmographic signals obtained from the facial artery |
| Antje Seydel | 2021 | Experimental investigations into the flow characteristics of an oxygenator prototype |
| Ahmad Hujeirat | 2021 | The prevention of thrombi on artificial surfaces using alternating current |
| Sophia Roth | 2021 | Investigation of theoretical models for determining arterial blood pressure based on pulse wave velocity (PWV) |
| Sindy Quach | 2021 | Numerical analysis of blood flow in a novel oxygenator |
| Linda Reichel | 2021 | Development of a cheek model for validating a novel non-invasive method of blood pressure measurement in the facial artery |
| Henri Wolff | 2021 | CFD study on the influence of various parameters on the efficiency of a method for isolating rare cells from the bloodstream |
| Sona Ghulami | 2021 | Analysis of the haemolytic and thrombogenic properties of paediatric and adult blood compared with bovine, ovine and porcine blood |
| Thomas Hartenstein | 2021 | DL based support of Chest X-Ray interpretation through automatic classification and explainability approaches |
| Jannes Magnusson | 2021 | Predicting Wall Shear Stresses with Geometric Deep Learning |
| Huiqi Yuan | 2021 | Missing value imputation for clinical data using generative adversarial networks |
| Amos Makendi | 2020 | CNN-Based Vessel Wall Assessment in MR Angiographic Image Data |
| Isabell Schulz | 2020 | Development of a test rig and performance of flow simulations to investigate the risk of thrombus formation in various flow geometries, with and without an antithrombotic coating |
| Fenja Alkemper | 2020 | Investigation of left ventricular outflow tract obstruction following mitral valve replacement |
| Adriano Schlief | 2020 | Quantification of the influence of segmentation on haemodynamic biomarkers of cerebral aneurysms |
| Veronica Buckina | 2020 | Development and implementation of an online calculator for assessing the transvalvular pressure gradient in stenotic aortic valves |
| Christian Dransfeld, Hauke Langhoff | 2019 | Development of hybrid test circuits for analysing the hydraulic properties of cardiovascular implants |
| Matthias Ivantsits | 2019 | Automatic detection of landmarks in intra-interventional stereo-endoscopic video streams |
| Giada Confortola | 2019 | Multimodal Deep Learning for Prediction of Postoperative Complications in Cardiac Surgery |
| Agnieszka Pawlak | 2019 | Evaluation of CNN-based Approaches for Automatic Segmentation of Cardiac MRI |
| Minh Vu Ngoc | 2019 | Investigation of the haemodynamics of bicuspid aortic valves |
| Temirlan Mukashev | 2019 | Numerical model of thrombus growth at high shear rates and its validation |
| Theresa Büttner | 2019 | Development of an antifungal drug delivery chamber with defined concentration gradients using flow simulations |
| Felix Hehnen | 2019 | Investigation of the haemodynamically induced deposition of endothelial cells on a cell probe for the diagnosis of cardiovascular diseases |
| Sophie Becke | 2019 | Implementation of dynamic drug concentration gradients in a bioreactor to investigate the development of antibiotic resistance |
| Shayan Essam | 2019 | Design adaptation of a non-invasive blood pressure measurement method and implementation of an analysis algorithm |
| Johannes Schwaderlapp | 2019 | Development of a circulatory model with variable cardiovascular parameters |
| François Schmidt | 2019 | Identification, investigation and development of components for continuous, stationary blood pressure monitoring |
| Sahar Karimkeshteh | 2018 | Pressure and Geometry in a Population Study of the Aorta |
| Tim Bierewirtz | 2018 | Design, construction and commissioning of a transparent left ventricular simulator for PIV measurements |
| Mara Linn Severin | 2018 | Development of a test fluid containing model red blood cells for the investigation of flow effects |
| Vera Froese | 2018 | Development of a two-phase blood model for investigating gap flows in rotary blood pumps |
| Anastasia Strigaleva | 2018 | Investigation of the influence of atrial geometry on the flow characteristics of early diastolic flow through the mitral valve |
| Lea Schürmann | 2018 | Numerical analysis and optimisation of a pulsatile cardiac assist system |
| Charlie Fiebig | 2018 | Experimental investigation of artefacts caused by mechanical heart valve prostheses in 4D MRI flow measurements |
| Hermann Bartels | 2018 | Patient-specific investigation of aortic valve dynamics using an advanced heart valve test bench |
| Benedikt Franke | 2018 | Simulation of the dynamics of an aortic valve prosthesis using patient-specific flow boundary conditions |
| Sarah Smatty | 2018 | Investigation of platelet adhesion to different surfaces in stagnant flow |
| Nele Beier | 2017 | Investigation of a novel inlet valve for a pulsatile blood pump |
| Richard Oeckel | 2017 | Development of a model circuit with cardiovascular characteristics for the investigation of left ventricular assist devices |
| Nele Marie-Luise Beier | 2017 | Investigation of a novel inlet valve for a pulsatile blood pump |
| Benjamin Schulz | 2017 | Development of an Euler-Lagrange method for simulating the movement and adhesion of platelets |
| Malte Linnenschmidt | 2017 | Further development of an implantable cardiac assist device based on the positive displacement principle |
| Roman Opgenorth | 2017 | Design and investigation of a pulsatile blood pump for paediatric use |
| Benjamin Schulz | 2017 | Development of an Euler-Lagrange method for simulating the movement and adhesion of platelets |
| Oliver Paegelow | 2017 | Investigation of platelet adhesion as a function of shear rate in flow chambers |
| Bastian Matthies | 2017 | Geometric, fluid dynamics and experimental analysis of a clinically used rotary pump for cardiac support |
| Katharina Vellguth | 2017 | Numerical Simulation of the Early Diastolic Left Ventricular Blood Flow |
| Malte Mütter | 2017 | Development of a test rig and flow visualisation in a novel rotary blood pump |
| Kay Brosien | 2016 | Investigation of the flow behaviour of an aortic valve prosthesis as a function of the implantation position |
| Marcel Nicolai | 2016 | Numerical flow simulation of an actively magnetically levitated cardiac assist pump |
| Claudia Kopic | 2016 | Non-invasive blood pressure measurement via the temporal artery |
| Alexander Lemke | 2016 | Application of the dye-tracing method for flow visualisation in an enlarged heart pump |
| Friederike Großmann | 2016 | Numerical flow simulation as an alternative to rhinomanometric measurement of nasal resistance |
| Sinem Dogan | 2016 | Experimental flow analysis of a novel pulsatile Ventricular Assist Device |
| Anna-Dorothea Heller | 2016 | Numerical modelling of platelet adhesion using STAR-CCM+ |
| Mike Rekus | 2016 | The influence of flow resistance on haemolysis measurements in blood pumps |
| Clara Menzen | 2016 | High-speed stereo PIV measurements on a blood pump model |
| Miriam Theresa Riebeck | 2016 | Fluid dynamics optimisation of a cardiac support system using the adjoint method |
| Mario Thürling | 2016 | Investigation of the concept of a catheter-based jet pump to improve venous haemodynamics in Fontan patients |
| Nadine Smolka | 2016 | Development of a Taylor-Couette turbulence chamber for investigating blood damage |
| Julia Gäbler | 2016 | Experimental and Numerical Investigation of the Operating Characteristics of a Magnetically-Levitated Radial Blood Pump |
| Timo Schütze | 2015 | Development of a non-invasive blood pressure measurement method for patients affected by thalidomide |
| Kevin Harry Lausch | 2015 | Optimisation of the impeller of a blood pump using experimental flow visualisation via a dye-tracing method |
| Nina Bahr | 2015 | Drive mechanism for a novel implantable blood pump based on the positive displacement principle |
| Katarina Preikschat | 2015 | Numerical study of hemodynamic changes following biological aortic valve replacement in combination with a vascular prosthesis |
| Daniel Frommhold | 2015 | Development of a vascular model for experiments on blood pressure measurement using pulse transit time with dynamically adjustable volumetric elasticity |
| Shajia Ali | 2015 | Numerical flow studies of design variants of the second stage of a two-stage blood pump |
| Tobias Horbrügger | 2015 | Design of a test bench and application of a dye-tracing method for the experimental flow analysis of a multistage heart pump |
| Paul Geus | 2015 | Design and Flow Characterization of a Test Bench for Investigating Turbulence-Induced Hemolysis |
| Deborah Becker | 2015 | Development of a low-stress circulation model for testing blood pumps |
| Sebastian Reuter | 2015 | Flow analysis of a 1:4 scale model of the Heartmate III pump using the dye-flushing method |
| Felix Hehnen | 2015 | Development of a novel pulsatile pump |
| Alya ben Mosbah | 2015 | Development and manufacture of prototypes of pneumatically driven micropumps based on the bubble-interface and membrane-interface principles |
| Kai Riemer | 2015 | Development of a microfluidic system for a photonic sensor |
| Chade Neeman | 2015 | Construction of a model of a single-chamber heart with a jet pump serving as the right ventricle |
| Martin Szeponik | 2015 | CFD simulation of blood flow in the aorta before and after aortic valve replacement |
| Geerthi Tharmadas | 2015 | Investigation of platelet deposition in stagnation point flow using multiple flow chambers |
| Edyta Beyer | 2015 | Development of a cardiovascular model for testing a cardiac actuator |
| Anna Degenkolb | 2015 | Flow studies on a scaled-up model of a heart pump using the dye-bleeding method |
| Eric-Marcel Klockow | 2014 | Development of a test bench in accordance with DIN EN ISO 9906 for the experimental testing of small-sized pumps |
| Florian Hellmeier | 2014 | Modeling of blood flow following aortic valve replacement in patients with aortic stenosis |
| Max Kossatz | 2014 | Measurements on a 1:3 scale model of the Heartmate II pump using the laser Doppler anemometry method |
| Tamer Karakaya | 2014 | Flow visualization on a heart pump using the dye-tracing method |
| Pavlo Yevtushenko | 2014 | Numerical analysis of the flow in miniature centrifugal pumps for blood delivery |
| Linda Kampe | 2014 | System integration and optimization of a novel method for noninvasive, low-stress blood pressure measurement |
| Stacy Rau | 2014 | Study of platelet adhesion in stagnant flow for materials testing |
| André Brandewiede | 2014 | Development of a microfluidic channel system for a photonic sensor |
| Philip Preikschat | 2014 | Design Variation and Experimental Analysis of a Semi-Axial Heart Pump |
| Jennifer Männig | 2014 | Development of a microfluidic system for a biosensor using optical micro-ring resonators |
| Signý Stefánsdóttir | 2014 | Experimental Study of the Deposition of Platelets in a Stagnation Point Flow |
| Jan Osman | 2014 | Investigation of pressure loss due to aortic stenosis |
| Pia Praefcke | 2013 | Platelet adhesion at different shear rates |
| Ludwig Zabel | 2013 | Work on the system integration of noninvasive blood pressure measurement |
| Max Müseler | 2013 | Development of a test bench for cardiac assist pumps |
| Marvin Schönlau | 2013 | Development of a vascular model with adjustable volumetric compliance for experimental studies on blood pressure measurement using pulse transit time |
| Avia Linke | 2013 | PIV flow analysis in a stenotic aorta |
| Tanja Brenning | 2013 | Design of an experimental setup for investigating platelet adhesion in a shear flow |
| Michael Lommel | 2013 | Design and Analysis of a Low-Stress Blood Pump |
| Charlotte Lamotte | 2012 | Controller design for the continuous non-invasive blood pressure measurement |
| Benjamin Kaebe | 2012 | Design and testing of a coaxially mounted, counter-rotating axial centrifugal blood pump |
| Florian von Gosen | 2012 | Contrast agent distribution in cerebral vessels with aneurysms |
| Thies Wölken | 2012 | Numerical study of flow changes caused by clipping a cerebral aneurysm |
| Jennifer Bayer | 2012 | Development of a cuff holder for long-term blood pressure monitoring on the wrist |
| Bente Thamsen | 2012 | Numerical flow analysis of a low-stress blood pump |
| Florian Hellmeier | 2012 | Image analysis of platelet deposits in a stagnant-point flow |
| Michael Gärtner | 2012 | Development of a measuring device for determining tensile forces in the novel CAPD peritoneal dialysis catheter |
| Richard Arnold | 2012 | Investigation of contrast agent distribution in a cerebral aneurysm model using a color washout method |
| Moritz Ringelstein | 2012 | Wall-PIV studies of flow changes caused by flow diverters in a cerebral aneurysm |
| Hansjörg Schlüter | 2012 | Development of methods for compensating for motion artifacts in noninvasive blood pressure measurement |
| Markus Birkhof | 2012 | Design, engineering, and manufacturing of an axial pump for a cardiac assist system |
| Aaron Rodemerk | 2012 | Design of a measuring device for determining the tensile stress in the protective sleeve of a novel skin puncture device |
| Katharina Höll | 2012 | Platelet deposition under shear flow |
| Daniel Strommenger | 2012 | Development of a cuff pressure control system for noninvasive blood pressure measurement |
| Julian Schoppmann | 2011 | Development of a tomographic method for measuring the velocity field behind an artificial heart valve |
| Mirko Spitalny | 2011 | Design and conduct of experiments to study blood flow in microcapillary models |
| Christian Hitzel | 2011 | Design of a stretching device for flexible capillary network models |
| Jonas Kusch | 2011 | Challenges in Applying Stress Optics Tomography to Channel Flows |
| Nadja Wagner | 2011 | Feasibility study of a non-invasive cardiac support system based on the impedance pump principle |
| Patrice Touré | 2011 | Investigation of the oscillometric blood pressure measurement method using an arterial model |
| Nils Wiegmann | 2011 | Experimental flow study of treatment options using a model of a basilar artery at risk of aneurysm |
| Nicolai Enke | 2011 | Camera Integration into a Time-of-Flight Tomography Measurement Setup Using LabVIEW |
| Benjamin Kaebe | 2011 | Design of a seamless implantable heart valve and the associated implantation tools for aortic valve replacement |
| Adrian Wisniewski | 2010 | Development of a circulatory model for the investigation of noninvasive blood pressure measurement methods |
| Sarah Gärtlein | 2010 | Flow analysis of a pulsatile blood pump using three optical measurement methods |
| Pascal Kaap | 2010 | Experimental Study of Fluids with Birefringent Properties |
| Frieda Probst | 2010 | Quantification of platelet adhesion following a pulsatile shear stress |
| Sebastian Vagt | 2010 | In vitro study of kinetic therapy following subarachnoid hemorrhage |
| Jan Osman | 2010 | Characterization of wall shear stresses in the right coronary arteries of three patient groups |
| Kerstin Loewenhoff | 2010 | Further development of a method for the experimental investigation of flow-induced platelet deposition |
| Daniel Fobo | 2010 | Design of a Seamless Implantable Heart Valve |
| Kai Wissner | 2010 | Development of a microperfusion system for cell cultures |
| Bente Thamsen | 2009 | Experimental Study of the Effect of Coils on the Flow Near the Wall in an Aneurysm Model |
| Julija Peter | 2009 | Experimental and numerical color washout to investigate residence times in an aneurysm model |
| Robert Paeschke | 2009 | Development of a measurement setup for displacement tomography |
| Ann-Kathrin Pulm | 2009 | Investigation of a new method for non-invasive long-term blood pressure measurement |
| Marco Bonfantini | 2009 | Rheological characterization of oil-water model and particle image velocimetry investigation on bifurcation |
| Ann-Christin Ifsen | 2009 | Feasibility study of a low-burden, non-invasive method for long-term blood pressure monitoring |
| Marnik Verdonck | 2008 | Comparison of experimental dye washout and cine angiography in a coronary artery |
| Sarah Weber | 2008 | Experimental and Numerical Investigation of Wall-Bound Flow in Aneurysm Models |
| Jens Hettrich | 2007 | Experimental Study of Flow Around Water Droplets in Oil-Filled Channels |
| Torsten Damerow | 2007 | Experimental flow studies using test models of the pulmonary capillary bed |
| Christian Müller | 2006 | A method for building lifting using sand injection |
| Santhosh Seshadhri | 2006 | Improvement and Investigation of a Cardiac Valve Tester |
| Mojtaba Nik Akthar | 2005 | Testing and further development of a system for noninvasive, low-impact, and continuous blood pressure measurement |
| Grischa Gabel | 2005 | Optimization of the tensioning device for a bionic skin conduit |
| Christina Noack | 2004 | Performance measurements of an electrohydraulic drive in two application scenarios |
| Isabella Guido | 2003 | Evaluation of thrombogenicity of left ventricular assist device |
| Christoph Hennig | 2003 | Development of a portable bicycle ergometer |
| Christine Klein | 2002 | Model studies of the inflow process into an artificial ventricle |
| Jenny Torres Sierra | 2002 | Development of a composite material based on RTV1 silicone rubber for medical applications |
| Murat Bayram | 2001 | Development of a system for transmitting patient measurement data via a GSM modem |
| Ünal Sever | 2001 | Development of a LabVIEW program for capturing and displaying patient measurement data transmitted via telephone |
| Perrine Debaene | 2001 | Etude des écoulements d'un système extra-corporel d'assistance ventriculaire de type "Berlin heart" |
| Thomas August | 2000 | Visualization and analysis of the flow behavior of different stent geometries in the near-wall region |
| Mario Scheckel | 2000 | Development and testing of a series of flushing valves for a cardiac assist system |
| Steffen Bruck | 2000 | Development and testing of a series of flushing valves for a cardiac assist system |
| Markus Schade | 1999 | Investigation of a New PIV Method for Measuring Wall Shear Stress |
| Axel Hentrich | 1999 | Optimization of an artificial maternal circulation system for an artificial uterus |
| Mathias Häusler | 1999 | Experimental Study of Gas Exchange from an Aqueous Phase Across Polysulfone Membranes for the Arterialization of Blood |
| Christoph Lederer | 1999 | Design of a prosthetic heart valve for a cardiac assist system |
| Tobias Timmel | 1999 | 3D design of a blood pump for a cardiac support system |
| Frank Rothe | Drive for a pneumatic cardiac assist system | |
| Axel Seeger | 1998 | Bioimpedance measurements for the assessment of the transcellular fluid transfer during dialysis |
| Matthias Lambertz | 1998 | Study of a New Heart Valve for a Cardiac Support System |
| Oliver Holberndt | 1997 | Investigation of Flow in a Novel Blood Pump Using Particle Image Velocimetry |
| Gernot Jehle | 1997 | Development of a model for simulating mass transport in the blood vessel wall in relation to atherogenesis |
| Ali Kilic | 1997 | Further development of a circulatory model for normothermic organ perfusion |
| Alberto Ojeda | 1997 | Study of the ICAS Left Ventricular Assist Device |
| Rudolf Zimmer | 1996 | Optimization of an extracorporeal pneumatic drive for a cardiac support system |
| Lars Heller | 1996 | Development and testing of a miniaturized measurement system for determining the viscosities of suspensions and emulsions |
| Sandro Borgwardt | 1996 | Study of the flow of the transmitter fluid in an artificial heart drive |
| Jörn Lehe | 1996 | Study of a connecting System between the blood circulation system and a heart assist device |
| Andreas Fischer | 1995 | Computer simulation of cerebrospinal fluid drainage through a two-stage hydrocephalus shunt |
| Axel Huber | 1995 | Mathematical model of a cardiac assist system |
Related Links
- Campusnet: Campusnet is the portal for students and faculty at Charité – Universitätsmedizin Berlin
- Blackboard: The learning management system at Freie Universität Berlin
- Charité eLearning Team: Teaching and learning with digital media in medicine
