066 434 Master programme Materials Sciences

  • Show all courses of the academic year of which the selected semester is part of.

2020W-2021S (2008U)

Without semester recommendation

TitlePrecon.HoursECTS
VO Materialwissenschaften
2.03.0
138.053 VO 2021S
Material Science
2.03.0
VO Angewandte Quantenmechanik
2.03.0
132.070 VO 2020W
Applied Quantum Mechanics
2.03.0
VO Organische Chemie und Polymerchemie
1.01.5
163.154 VO 2021S
Organic Chemistry and Polymer Chemistry
1.01.5
VO Physikalische und Analytische Chemie
2.03.0
164.172 VO 2020W
Physical and Analytical Chemistry
2.03.0
VO Festkörperchemie
1.01.5
164.185 VO 2021S
Solid State Chemistry
1.01.5
VO Festkörperphysik I
2.03.0
138.017 VO 2021S
solid state physics I
2.03.0
PR Praktikum aus Festkörperphysik
5.06.0
138.051 PR 2020W
Practical course: Solid state physics
5.06.0
VO Synthese Anorganischer Materialien
2.03.0
165.146 VO 2020W
Synthesis of Inorganic Materials
2.03.0
VO Werkstoffkunde nichtmetallischer Werkstoffe
1.52.0
308.860 VO 2021S
Material Science of Non-metalic Materials
1.52.0
VO Halbleiterelektronik
362.142 VO 2021S
Solid State Electronics
2.0
VU Werkstoffe für MS
366.050 VU 2020W
Materials for Material Sciences
2.0
VU Grundlagen der Tensormathematik für MatWis
1.01.0
101.705 VU 2021S
Introduction to Tensor Calculus for Materials Sciences
1.01.0
VU Grundlagen der Mechanik für MatWis
3.03.0
206.343 VU 2021S
Basics of Mechanics of Materials Sciences
3.03.0
VO Wahllehrveranstaltungen
131.047 VO 2021S
Strongly Correlated Electron Systems
2.0
132.034 VO 2020W
Theoretical Solid State Physics I
2.0
132.054 VO 2021S
Theoretical Solid State Physics II
2.0
132.968 VO 2020W
Phase Transitions and Critical Phenomena
2.0
134.048 VO 2020W
Physical Analytics
2.0
134.169 VO 2020W
Plasma Technology and -Chemistry
2.0
138.024 VO 2020W
Solid state physics ll
2.0
138.033 VO 2021S
Magnetism
2.0
164.196 VO 2020W
Physical Chemistry of Materials
2.0
165.088 VO 2021S
Chemistry of nanomaterials
2.0
165.102 VO 2020W
Chemistry and Physics of Interfaces
2.0
138.034 VO 2020W
Low Temperture Physics
2.0
133.019 VO 2020W
E/ Physics of Magnetic Materials
2.0
134.165 VO 2020W
Surface Physics
2.0
165.009 VO 2020W
Theoretical Chemistry
2.0
360.227 VO 2020W
Quantum Electronics
2.0
VU Wahllehrveranstaltungen
165.089 VU 2021S
Physical and Theoretical Solid State Chemistry
3.5
362.072 VU 2021S
Electronic Devices
3.0
360.228 VU 2021S
Advanced Quantum Electronics
2.0
362.152 VU 2021S
Materials, processes and technologies of microelectronics
2.0
SE Wahllehrveranstaltungen
362.155 SE 2021S
Micro- & Nanoelectronic & Optoelectronic Devices
2.0
362.155 SE 2020W
Mikro- & nanoelektronische & optische Bauelemente
2.0
PR Materialwissenschaftliche Aspekte
VU Introduction to Finite Element Methods in Solid Mechanics
2.03.0
317.039 VU 2021S
Introduction to Finite Element Methods in Solid Mechanics
2.03.0
VO Multiscale Material Modelling
2.03.0
202.649 VO 2021S
Multiscale Material Modeling
2.03.0
VO Leichtbau mit Faserverstärkten Werkstoffen
2.03.0
317.013 VO 2020W
Structural Design with Fiber Reinforced Polymers
2.03.0
UE Multiscale Material Modelling
2.02.0
202.650 UE 2021S
Multiscale Material Modeling
2.02.0
VU Computereinsatz in der Werkstofftechnik
1.02.0
308.886 VU 2020W
Computer Use in Materials Technology
1.02.0
UE Auslegung von Composite-Strukturen
2.02.0
317.509 UE 2021S
Design of Composite Structures
2.02.0
VO Wahllehrveranstaltungen
134.089 VO 2021S
Electronic Structure of Solids and Surfaces
2.0
202.019 VO 2020W
Engineering Biochemoporomechanics
2.0
212.010 VO 2020W
Modelling and Analysis of Structural Concrete
1.5
317.013 VO 2020W
Structural Design with Fiber Reinforced Polymers
2.0
VU Wahllehrveranstaltungen
138.058 VU 2020W
Computational Materials Science
4.0
317.508 VU 2020W
Composites Engineering
3.0
360.033 VU 2021S
Device Modeling
2.0
202.064 VU 2020W
Computational Biomaterials and Biomechanics
2.0
360.223 VU 2021S
Selected Topics - Microelectronic Devices, Simulation
4.0
317.531 VU 2020W
Lightweight Structures
4.0
325.085 VU 2020W
Mechanics of Slender Structures canceled
2.0
UE Wahllehrveranstaltungen
202.024 UE 2021S
Engineering Biochemoporomechanics
2.0
LU Wahllehrveranstaltungen
317.520 LU 2021S
Lightweight Structures Lab
2.0
360.229 LU 2020W
Methods of Calculating in Quantum Electronics
2.0
PR Projektarbeit Leichtbau und Finite Elemente
5.0
317.512 PR 2021S
Project Work Design Project Light Weight Structures and Finite Element Methods
4.05.0
317.512 PR 2020W
Project Work Design Project Light Weight Structures and Finite Element Methods
4.05.0
SE Wahllehrveranstaltungen
VO Atomistic Materials Modelling
2.03.0
308.882 VO 2020W
Atomistic Materials Modelling
2.03.0
VU Werkstoffcharakterisierung und Zerstörungsfreie Prüfung
2.53.0
308.129 VU 2020W
Materials Characterisation and Nondestructive Testing
2.53.0
VO Oberflächenphysik und -analytik
2.03.0
134.192 VO 2020W
Surface Physics and -Analytics
2.03.0
VU Schadensanalyse
2.03.0
308.130 VU 2020W
Damage analyses
2.03.0
VO Physikalisch-chemische Methoden der Materialcharakterisierung
165.140 VO 2021S
Physicochemical Methods of Materials Characterization
2.0
VO Wahllehrveranstaltungen
133.293 VO 2021S
Electron Microscopy: Principles & Fundamentals
2.0
138.057 VO 2020W
Spectroscopy of Solids
2.0
141.242 VO 2021S
Neutron and X-ray Diffraction
2.0
163.110 VO 2020W
Polymer characterization
2.0
164.182 VO 2020W
Surface and Interface Analysis
2.0
134.326 VO 2021S
Experimental Methods in Surface Physics
2.0
308.140 VO 2021S
Examination of material failures in production plants
2.0
PR Elektronenmikroskopie
5.0
138.049 PR 2021S
Electron microscopy
4.05.0
138.049 PR 2020W
Electron microscopy
4.05.0
LU Wahllehrveranstaltungen
308.120 LU 2021S
Fracture Mechanics
2.0
308.693 LU 2021S
Methods for material assessment
2.0
308.693 LU 2020W
Methods for material assessment
2.0
308.859 LU 2020W
Materials Testing 2
1.0
VU Wahllehrveranstaltungen
308.870 VU 2021S
Materials Diagnostics
2.0
362.136 VU 2021S
Selected Topics - Microelectronic Devices Lab-course
4.0
308.128 VU 2021S
Materials Testing
4.0
EX Exkursion zur techn. Gesteinskunde
LU Praktikum aus Tieftemperaturphysik
4.04.0
SE Wahllehrveranstaltungen
308.114 SE 2021S
Service Strength
2.0
308.114 SE 2020W
Service Strength
2.0
362.041 SE 2020W
Electronic properties of nanostructures
2.0
308.075 SE 2021S
Master thesis colloquium
3.0
308.075 SE 2020W
Master thesis colloquium
3.0
VO Halbleiterphysik
2.03.0
362.106 VO 2020W
Semiconductor Physics for Materials Engineering
2.03.0
VU Computational Material Modelling
2.53.0
202.054 VU 2020W
Computational Material Modelling
2.53.0
VO Functional Materials
2.03.0
138.056 VO 2021S
Functional Materials
2.03.0
VO Hochleistungscheramik
3.04.5
164.164 VO 2020W
High Performance Ceramics
3.04.5
VO Glas und Glaswerkstoffe
2.03.0
206.145 VO 2021S
Glass and Glass Materials
2.03.0
VO Biokompatible Werkstoffe
2.03.0
308.106 VO 2020W
Biocompatible Materials
2.03.0
VO Materialien der Mikroelektronik, Photonik und der Mikrosystemtechnik
362.143 VO 2020W
Materialien der Mikroelektronik, Photonik und der Mikrosystemtechnik
2.0
VO Prozesstechnologien der Mikroelektronik, Photonik und der Mikrosystemtechnik
362.144 VO 2020W
Prozesstechnologien der Mikroelektronik, Photonik und der Mikrosystemtechnik
2.0
VU Materialien, Prozesse und Technologien der Photonik
362.154 VU 2021S
Photonics materials, processes and technologies
2.0
VO Verbundwerkstoffe und Verbunde
3.0
164.295 VO 2021S
Composites and compounds
2.03.0
VO Wahllehrveranstaltungen
141.685 VO 2020W
Superconductivity
2.0
164.167 VO 2021S
Technology of Nanostructured Materials
2.0
164.176 VO 2021S
Technology of Functional Materials
2.0
165.093 VO 2021S
Molecule-based and self-assembled materials
2.0
308.032 VO 2021S
Light Metals
2.0
308.107 VO 2021S
Polymers for Special Applications
2.0
308.119 VO 2021S
Biomaterials
2.0
202.057 VO 2020W
Mechanical properties of biological tissue
2.0
308.101 VO 2021S
Metallic High Temperature Materials
2.0
317.029 VO 2021S
Sandwich Structures
2.0
138.032 VO 2021S
Physics of thin films
2.0
308.878 VO 2021S
Materials Selection
2.0
366.087 VO 2020W
Actuators
2.0
366.090 VO 2020W
Micro- and nanoelectromechanical systems
2.0
VO Continuum biomechanics in soft tissues
4.06.0
202.671 VO 2020W
Continuum biomechanics in soft tissues
4.06.0
VO Cellular and tissular mechanobiology
4.06.0
202.672 VO 2021S
Cellular and tissular mechanobiology
4.06.0
SE Wahllehrveranstaltungen
206.089 SE 2020W
seminar for deeper knowledge in building material sciences
2.0
317.108 SE 2021S
Seminar in Light Weight Structures
2.0
362.082 SE 2020W
Semiconductor electronics and devices
3.0
362.089 SE 2021S
Technology and Materials, Seminar
3.0
362.089 SE 2020W
Technology and Materials, Seminar
3.0
366.091 SE 2021S
MEMS Technology and Devices
2.0
UE Wahllehrveranstaltunge
2.0
138.035 UE 2021S
Physics of thin films
2.02.0
138.035 UE 2020W
Physics of thin films
2.02.0
366.088 UE 2021S
Lab Microsystems Technology
2.02.0
366.088 UE 2020W
Lab Microsystems Technology
2.02.0
VU Wahllehrveranstaltungen
362.083 VU 2021S
Solid state electronics and solid state devices
4.0
362.088 VU 2020W
Integrated circuits
2.0
360.233 VU 2020W
Microelectronic Relibility: Devices
2.0
362.135 VU 2020W
Selected Topics - Nanoelectronics and Information Technology
4.0
362.136 VU 2021S
Selected Topics - Microelectronic Devices Lab-course
4.0
362.138 VU 2021S
Selected Topics - Biophysics
4.0
362.145 VU 2021S
Heterostructures for Nanoelectronics and Photonics
2.0
362.152 VU 2021S
Materials, processes and technologies of microelectronics
2.0
366.085 VU 2021S
Microelectromechanical systems (MEMS)
2.0
366.086 VU 2021S
Materials, processes and technologies for MEMS
2.0
308.880 VU 2020W
Corrosion
3.0
LU Mechanische Eigenschaften biolog. Gewebe
2.0
202.058 LU 2020W
Experimental determination of the mechanical properties of biological tissues
2.02.0
VO Werkstoffkunde metallischer Werkstoffe
2.03.0
308.862 VO 2020W
Materials Science of Metallic Materials
2.03.0
VO Polymerwerkstoffe
2.03.0
163.109 VO 2021S
Polymer Materials
2.03.0
VU Entsorgungstechnik
1.52.0
VO Werkstofftechnik der Stähle
1.52.0
308.863 VO 2021S
Materials Science of Steels
1.52.0
VU Fachvertiefung - Werkstoffe Electronic Materials
4.05.0
VO Ingenieurwerkstoffe
2.0
308.868 VO 2020W
Engineering Materials
1.52.0
VO Wahllehrveranstaltungen
138.030 VO 2020W
Technology of thin films
2.0
138.065 VO 2021S
Crystal Growth: Theory and Practice
2.0
164.160 VO 2021S
Materials failing, corrosion and fatigue
2.0
164.163 VO 2020W
Powder Metallurgy and Sintered Materials
2.0
308.098 VO 2020W
Joining Technology
2.0
308.117 VO 2020W
Plastics Processing
2.0
164.162 VO 2020W
Matallurgy and Materials Processing
3.0
308.875 VO 2021S
Surface Technology
2.0
355.674 VO 2020W
Removal and recycling in electrical engineering
2.0
366.071 VO 2020W
Sensor Systems
2.0
LU Wahllehrveranstaltungen
164.289 LU 2021S
Advanced ceramics and electrochemistry
5.0
164.305 LU 2021S
Metals and material processing
5.0
VU Wahllehrveranstaltungen
308.865 VU 2021S
Additive Manufacturing Technologies
2.0
308.869 VU 2021S
Life cycle of materials
2.0
366.074 VU 2020W
Selected Topics - Microsensortechnology
4.0
362.147 VU 2020W
Nanostructuring of low domenional systems
2.0
PR Vorb. Prakt. Siliziumtechnologie
8.0
362.060 PR 2021S
Labcourse on silicon technology
8.08.0
362.060 PR 2020W
Labcourse on silicon technology
8.08.0
SE Wahllehrveranstaltungen
308.094 SE 2021S
Materials for Mechanical Engineering
2.0
308.094 SE 2020W
Materials for Mechanical Engineering
2.0
308.867 SE 2021S
Materials Processing
2.0
308.867 SE 2020W
Materials Processing
2.0
366.096 SE 2020W
Seminar Technology of Electronic Assemblies
2.0
UE Wahllehrveranstaltungen
3.0
362.084 UE 2021S
Semiconductor Technology Labcourse
2.03.0
362.084 UE 2020W
Semiconductor Technology Labcourse
2.03.0
PA Wahllehrveranstaltungen
308.118 PA 2021S
Materials Selection
4.0
308.118 PA 2020W
Materials Selection
4.0
308.124 PA 2021S
Materials Processing
4.0
308.124 PA 2020W
Materials Processing
4.0

Legend

Courses belong to the introductory and orientation phase ("Studieneingangs- und Orientierungsphase")
Courses belong to the introductory interview ("Studieneingangsgespräch")
Courses require the completion of the introductory and orientation phase
Courses require the completion of the introductory interview STEG