Studiengangsgraphik Chemical Reaction Engineering 1702 5.0 ECTS / 178 Chemical Reaction Engineering 1701 5.0 ECTS / 178 Interface Engineering and Particle Technology 1706 5.0 ECTS / 178 Interface Engineering and Particle Technology 1705 5.0 ECTS / 178 Fluid Mechanics 1711 5.0 ECTS / 178 Fluid Mechanics 1710 5.0 ECTS / 178 Chemical Thermodynamics 1716 5.0 ECTS / 178 Chemical Thermodynamics 1715 5.0 ECTS / 178 Thermodynamics and Mechanics of Materials 1723 5.0 ECTS / 178 Thermodynamics and Mechanics of Materials 1722 5.0 ECTS / 178 Polymer Materials 1726 5.0 ECTS / 178 Polymer Materials 1725 5.0 ECTS / 178 Materials and Structure 1731 5.0 ECTS / 178 Materials and Structure 1730 5.0 ECTS / 178 Electronic Materials 1739 5.0 ECTS / 178 Electronic Materials 1738 5.0 ECTS / 178 Grundlagenfächer 1700 20.0 ECTS / 178 Basics in Advanced Processes 1+2: Unit Operations and Reactor Design, Chemical Analysis and Structure Determination 1751 5.0 ECTS / 178 Basics in Advanced Processes 1: Unit Operations and Reactor Design 1752 2.5 ECTS / 178 Basics in Advanced Processes 2: Chemical Analysis and Structure Determination 1753 2.5 ECTS / 178 Allgemeine Fächer I (Advanced Processes) 1750 5.0 ECTS / 178 Basics in Biomaterials and Bioprocessing 1+2: Biomaterials for Tissue Engineering, Biomaterial Interfaces 1756 5.0 ECTS / 178 Basics in Biomaterials and Bioprocessing 1: Biomaterials for Tissue Engineering 1757 2.5 ECTS / 178 Basics in Biomaterials and Bioprocessing 2: Biomaterial Interfaces 1758 2.5 ECTS / 178 Allgemeine Fächer II (Biomaterials and Bioprocessing) 1755 5.0 ECTS / 178 Basics in Computational Materials Science and Process Simulation 1+2: Particle-Based Methods, Continuum Methods 1761 5.0 ECTS / 178 Basics in Computational Materials Science and Process Simulation 1: Particle-Based Methods 1762 2.5 ECTS / 178 Basics in Computational Materials Science and Process Simulation 2: Continuum Methods 1763 2.5 ECTS / 178 Allgemeine Fächer III (Computational Materials Science and Process Simulation) 1760 5.0 ECTS / 178 Basics in Nanomaterials and Nanotechnology 1+2: Mechanical and Optical Properties, Nanoscale Surface Characterization and Structures 1766 5.0 ECTS / 178 Basics in Nanomaterials and Nanotechnology 1: Mechanical and Optical Properties 1767 2.5 ECTS / 178 Basics in Nanomaterials and Nanotechnology 2: Nanoscale Surface Characterization and Structures 1768 2.5 ECTS / 178 Allgemeine Fächer IV (Nanomaterials and Nanotechnology) 1765 5.0 ECTS / 178 Biomaterials and Bioprocessing 1: Cells, Membranes and Tissue Engineering 1806 7.5 ECTS / 178 Biomaterials and Bioprocessing 2: Applied Biomaterials Synthesis and Cell-Materials Interactions 1807 7.5 ECTS / 178 Schwerpunkt Biomaterials and Bioprocessing 1805 15.0 ECTS / 178 Computational Materials Science and Process Simulation 1: Modelling Electrons, Atoms and Particles 1811 7.5 ECTS / 178 Computational Materials Science and Process Simulation 2: Numerical Fluid Dynamics and Multiscale Simulations 1812 7.5 ECTS / 178 Schwerpunkt Computational Materials Science and Process Simulation 1810 15.0 ECTS / 178 Nanomaterials and Nanotechnology 1: Nanoparticles, Structures and Self Assembly 1816 7.5 ECTS / 178 Nanomaterials and Nanotechnology 2: Properties and Production of Advanced Nano Materials 1817 7.5 ECTS / 178 Schwerpunkt Nanomaterials and Nanotechnology 1815 15.0 ECTS / 178 Advanced Processes 1: Process Technologies, Reactors and Thin Films 1821 7.5 ECTS / 178 Advanced Processes 2a: Catalysis and Adsorption und Advanced Processes 1822 7.5 ECTS / 178 Advanced Processes 2b: Catalysis and Drying Technology 1823 7.5 ECTS / 178 Schwerpunkt Advanced Processes 1820 15.0 ECTS / 178 Miniprojekt 1851 10.0 ECTS / 178 Miniprojekt 1850 10.0 ECTS / 178 Allgemeines Laborpraktikum 1901 2.5 ECTS / 178 Wissenschaftsskills I 1900 2.5 ECTS / 178 Literaturrecherche 1906 2.5 ECTS / 178 Wissenschaftsskills II 1905 2.5 ECTS / 178 Career Development I (Part 1) 1951 2.5 ECTS / 178 Career Development I (Part 2) 1952 2.5 ECTS / 178 Soft Skills 1950 5.0 ECTS / 178 Kolloquium 1997 3.0 ECTS / 178 Masterarbeit 1998 27.0 ECTS / 178 Masterarbeit 1999 30.0 ECTS / 178 Gesamtkonto 2000 120.0 ECTS / 178 Chemical Reaction Engineering 1702 5.0 ECTS / 178 Chemical Reaction Engineering 1701 5.0 ECTS / 178 Interface Engineering and Particle Technology 1706 5.0 ECTS / 178 Interface Engineering and Particle Technology 1705 5.0 ECTS / 178 Fluid Mechanics 1711 5.0 ECTS / 178 Fluid Mechanics 1710 5.0 ECTS / 178 Chemical Thermodynamics 1716 5.0 ECTS / 178 Chemical Thermodynamics 1715 5.0 ECTS / 178 Thermodynamics and Mechanics of Materials 1723 5.0 ECTS / 178 Thermodynamics and Mechanics of Materials 1722 5.0 ECTS / 178 Polymer Materials 1726 5.0 ECTS / 178 Polymer Materials 1725 5.0 ECTS / 178 Materials and Structure 1731 5.0 ECTS / 178 Materials and Structure 1730 5.0 ECTS / 178 Electronic Materials 1739 5.0 ECTS / 178 Electronic Materials 1738 5.0 ECTS / 178 Auflage (lt. Zulassungsbescheid zum Masterstudium) 88888 178 Studiengang 65 178 20172 H