Abschluss
Master of Engineering
Start
Wintersemester
Typ
Fremdsprachiges Studium
Technische Hochschule Rosenheim (University of Applied Sciences)
Master of Engineering, Mechatronics (ID 271486)
1. Semester
- Advanced FEM (FEM) (5 CP)
- Electrical Motion Control (Servoantriebssysteme) (5 CP)
- Fluid Mechanics (Strömungsmechanik) (5 CP)
- Free-Formed-Surfaces (Freiformflächen) (5 CP)
- Spezialisation Elective Courses (Fachwissenschaftliche Wahlpflichtmodule) (13 CP, W)
- Advanced OpAmp Circuit Design (5 CP, W)
- Applied Didactics (2 CP, W)
- Automotive Software Engineering (AUTOSAR) (3 CP, W)
- Computer Aided Design of Analog ICs (5 CP, W)
- Kalman Filtering in Control Systems and Communications Applications (5 CP, W)
- Microelectronics (5 CP, W)
- Microelectronics Packaging (2 CP, W)
- Power Electronic Circuit Design (5 CP, W)
- Programming of Communication Applications using LabVIEW (5 CP, W)
- RF and Microwave Systems (5 CP, W)
- Satellite Navigation (5 CP, W)
2. Semester
- Advanced Control Systems (Regelungstechnik) (5 CP)
- Advanced Engineering Mathematics (Angewandte Mathematik) (5 CP)
- Master's Project (7 CP)
- Real-Time Systems (Realzeitsystene) (5 CP)
- Reliability of Mechatronic Systems (Zuverlässigkeit Mechatronischer Systeme) (5 CP)
3. Semester
- Master's Project (5 CP)
- Master's Thesi (25 CP)
Master of Engineering, Mechanical Engineering (ID 271487)
1. Semester
- Advanced FEM (FEM) (5 CP)
- Fluid Mechanics (Strömungsmechanik) (5 CP)
- Free-Formed-Surfaces (Freiformflächen) (5 CP)
- Simulation of Technical Systems (Simulation technischer Systeme) (5 CP)
- Spezialisation Elective Courses (Fachwissenschaftliche Wahlpflichtmodule) (13 CP, W)
- Advanced OpAmp Circuit Design (5 CP, W)
- Applied Didactics (2 CP, W)
- Automotive Software Engineering (AUTOSAR) (3 CP, W)
- Computer Aided Design of Analog ICs (5 CP, W)
- Kalman Filtering in Control Systems and Communications Applications (5 CP, W)
- Microelectronics (5 CP, W)
- Microelectronics Packaging (2 CP, W)
- Power Electronic Circuit Design (5 CP, W)
- Programming of Communication Applications using LabVIEW (5 CP, W)
- RF and Microwave Systems (5 CP, W)
- Satellite Navigation (5 CP, W)
2. Semester
- Advanced Control Systems (Regelungstechnik) (5 CP)
- Advanced Engineering Mathematics (Angewandte Mathematik) (5 CP)
- Assembly Technology (Montagetechnik) (5 CP)
- Master's Project (7 CP)
- Reliability of Mechatronic Systems (Zuverlässigkeit Mechatronischer Systeme) (5 CP)
3. Semester
- Master's Project (5 CP)
- Master's Thesi (25 CP)
Master of Engineering, Automation & Control (ID 271484)
1. Semester
- Automation Systems (Automatisierungssysteme) (5 CP)
- Electrical Motion Control (Servoantriebssysteme) (5 CP)
- Industrial Process Control (Industrielle Steuerungstechnik) (5 CP)
- Solid State Elektronics (Festkörperelektronik) (5 CP)
- Spezialisation Elective Courses (Fachwissenschaftliche Wahlpflichtmodule) (13 CP, W)
- Advanced OpAmp Circuit Design (5 CP, W)
- Applied Didactics (2 CP, W)
- Automotive Software Engineering (AUTOSAR) (3 CP, W)
- Computer Aided Design of Analog ICs (5 CP, W)
- Kalman Filtering in Control Systems and Communications Applications (5 CP, W)
- Microelectronics (5 CP, W)
- Microelectronics Packaging (2 CP, W)
- Power Electronic Circuit Design (5 CP, W)
- Programming of Communication Applications using LabVIEW (5 CP, W)
- RF and Microwave Systems (5 CP, W)
- Satellite Navigation (5 CP, W)
2. Semester
- Advanced Digital Communication (Nachrichtenübertragung) (5 CP)
- Electrodynamics (Elektrodynamik) (5 CP)
- Integrated Circuit System Design and Test (IC-Systementwurf und -test) (5 CP)
- Master's Project (7 CP)
- Mixed Signal Systems (Mixed-Signal-Systeme) (5 CP)
3. Semester
- Master's Project (5 CP)
- Master's Thesi (25 CP)
Master of Engineering, Communication Technology (ID 271485)
1. Semester
- Digital Signal Processing (Digitale Signalverarbeitung) (5 CP)
- Electromagnetic Compatibility (Elektromagnetische Verträglichkeit) (5 CP)
- Solid State Elektronics (Festkörperelektronik) (5 CP)
- Spezialisation Elective Courses (Fachwissenschaftliche Wahlpflichtmodule) (13 CP, W)
- Advanced OpAmp Circuit Design (5 CP, W)
- Applied Didactics (2 CP, W)
- Automotive Software Engineering (AUTOSAR) (3 CP, W)
- Computer Aided Design of Analog ICs (5 CP, W)
- Kalman Filtering in Control Systems and Communications Applications (5 CP, W)
- Microelectronics (5 CP, W)
- Microelectronics Packaging (2 CP, W)
- Power Electronic Circuit Design (5 CP, W)
- Programming of Communication Applications using LabVIEW (5 CP, W)
- RF and Microwave Systems (5 CP, W)
- Satellite Navigation (5 CP, W)
- Wireless Communication Systems (Drahtlose Kommunikationssysteme) (5 CP)
2. Semester
- Advanced Digital Communication (Nachrichtenübertragung) (5 CP)
- Electrodynamics (Elektrodynamik) (5 CP)
- Integrated Circuit System Design and Test (IC-Systementwurf und -test) (5 CP)
- Master's Project (7 CP)
- Mixed Signal Systems (Mixed-Signal-Systeme) (5 CP)
3. Semester
- Master's Project (5 CP)
- Master's Thesi (25 CP)
Master of Engineering, Plastics Engineering (ID 271488)
1. Semester
- Automatisation of Polymer Processing Machinery (Automatisierung polymerverarbeitender Anlagen) (5 CP)
- Materialwissenschaften) (5 CP)
- Selected topics of Polymer Chemistry and Materials Sciences (Ausgewählte Themen der Polymerchemie und (5 CP)
- Spezialisation Elective Courses (Fachwissenschaftliche Wahlpflichtmodule) (13 CP, W)
- Advanced OpAmp Circuit Design (5 CP, W)
- Applied Didactics (2 CP, W)
- Automotive Software Engineering (AUTOSAR) (3 CP, W)
- Computer Aided Design of Analog ICs (5 CP, W)
- Kalman Filtering in Control Systems and Communications Applications (5 CP, W)
- Microelectronics (5 CP, W)
- Microelectronics Packaging (2 CP, W)
- Power Electronic Circuit Design (5 CP, W)
- Programming of Communication Applications using LabVIEW (5 CP, W)
- RF and Microwave Systems (5 CP, W)
- Satellite Navigation (5 CP, W)
- Statistics (Statistik) (5 CP)
2. Semester
- Advanced Engineering Mathematics (Angewandte Mathematik) (5 CP)
- Advanced Injection Molding (Spritzgusstechnologie) (5 CP)
- Advanced Phenomena of Heat Transfer (Phänomene der Wärmeübertragung) (5 CP)
- Master's Project (7 CP)
- Modeling and Simulation of Polymer Materials (Modellierung und Simulation von Polymermaterialien) (5 CP)
3. Semester
- Master's Project (5 CP)
- Master's Thesi (25 CP)
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