Mechanical Engineering page 1 / 3

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1 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Mechanical Engineering page / 3 st lecture, eercise ME-M MV-KIMA Principles of Commercial Vehicle Technology Grundlagen der Nutzfahrzeugtechnik eercise 4 (Cs) Prof. Dr. Ing. Christian Schindler (eams in / ) ME-Ma Powertrain Engineering of Commercial Vehicles I: Engines of Commercial Vehicles lecture 3 (Cs) Prof. Dr. Ing. Rudolf Flierl / MV-VKM Fahrzeugantriebe ME-Mb Powertrain Engineering of Commercial Vehicles II: Drives and Gears lecture 3 (Cs) Prof. Dr. Ing. Bernd Sauer MV-MEGT Fahrzeuggetriebe ME-M3a Manufacturing Engineering of Commercial Vehicles lecture as (Cs) Dr. Ing. Frank Lehmann MV-FBK Technologie der Fertigung von Nutzfahrzeugen Prof. Dr. Ing. Jan Aurich ME-M3b MV-FBK Automotive Production Automobilproduktion eercise 4 (Cs) Prof. Dr. Ing. Jan Aurich ME-E MV-KIMA Vehicle Vibrations Fahrzeugschwingungen lecture 3 (Ele) Prof. Dr. Ing. Christian Schindler ME-E MV-MEC Mechatronics Mechatronik eercise 5 (Ele) Prof. Dr. Ing. Steffen Müller ME-E3 MV-WKK Cyclic Deformation Behaviour Schwingfestigkeit lecture 3 (Ele) Dr. Ing. Marek Smaga Prof. Dr. Ing. habil. Dietmar Eifler

2 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Mechanical Engineering page / 3 st lecture, eercise ME-E4 Virtual Product Engineering (of Commercial Vehicles) I lecture 3 (Ele) Prof. Dr. Ing. Martin Eigner MV-VPE Virtuelle Produktentwicklung I ME-E43 Virtual Product Engineering II Lecture 3 (Ele) Prof. Dr. Ing. Martin Eigner MV-VPE Virtuelle Produktentwicklung II ME-E5 MV-use Ergonomics and Vehicle Technology Ergonomie und Fahrzeugtechnik lecture 3 (Ele) Jun. Prof. Dr. Ing. Kerstin Röse ME-E6 MV-AWOK Joining Technologies in Vehicle Construction Fügetechnik in der Fahrzeugtechnik lecture 3 (Ele) Prof. Dr. Ing. Paul Ludwig Geiß / as ME-E Synthetics in Vehicle Technology Kunststoffe in der Fahrzeugtechnik lecture 3 (Ele) Prof. Dr. Ing. Alois K. Schlarb / as ME-E8 0SS-090 Agricultural and Construction Vehicles Land- und Baumaschinen lecture (plus two ecursions) 3 (Ele) Prof. Dr. Ing. Christian Schindler Prof. Dr. Ing. Peter Pickel / as Dr. Ing. Klaus Meissner ME-E9 Durability Load Data Analysis lecture 3 (Ele) Dr. Dressler not yet in KIS

3 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Mechanical Engineering page 3 / 3 st lecture, eercise E0 MV-MEC ME-E MV-KIMA ME-E4 MV-VPE Driving Dynamics Fahrdynamik Regelung Alternative Drive Concepts Alternative Antriebskonzepte eercise Product Lifecycle Management eercise 5 (Ele) Prof. Dr. Ing. Steffen Müller lecture 3 (Ele) Dr. Ing. Peter Kosack 4 (Ele) Prof. Dr.-Ing. Martin Eigner ME-E4 MV-VKM Power- and Torque Development of High Power Engines Leistungs- und Drehmomentsentwicklung von Hochleistungsmotoren Lecture 3 (Ele) Prof. Dr.-Ing. Rudolf Flierl sum of all compulsory subjects 6

4 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Computer Science page / st lecture, eercise CS-M4 INF-30-0-V-3 Foundations of Software Engineering Grundlagen des Software Engineering eercise 4 (Cs) Prof. Dr. Dr. h.c. Dieter Rombach / as CS-M5 INF-33-3-V-6 Safety and Reliability of Embedded Systems Sicherheit und Zuverlässigkeit eingebetteter Systeme eercise 4 (Cs) Prof. Dr. Peter Liggesmeyer / as CS-M6 INF-64-5-V-5 Automotive Software Engineering Software Engineering im Fahrzeugbau eercise 4 (Cs) Dr. -Ing. Mario Trapp / as CS-M7 INF L-5 CVT - Programming Project CVT - Programmier - Projekt project 4 4 (Cs) Juniorprof. Dr. Achim Ebert Roger Daneker CS-E INF Hardware-Software-Systems: Synthesis Hardware-Software-Systeme: Synthese eercise 4 (Ele) Prof. Dr. rer. nat. Klaus Schneider / as CS-E3 not yet in KIS System on Chip Design eercise + 4 (Ele) Prof. Wehn D (E) CS-E4 INF-6-33-V-5 Autonomic Mobile Robots (I/II) Autonome Mobile Roboter (I/II) eercise (Ele) Prof. Dr. rer. nat. Karsten Berns / as CS-E5 INF-6-5- Verification of Reactive Systems Verifikation reaktiver Systeme eercise (Ele) Prof. Dr. rer. nat. Klaus Schneider / as CS-E6 Hardware-Software-Systems: Description languages eercise 4 (Ele) Prof. Dr. rer. nat. Klaus Schneider / as INF Hardware-Software-Systeme: Beschreibungssprachen

5 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Computer Science page / st lecture, eercise CS-E7 INF-3-5- Process Modeling Prozessmodellierung eercise 4 (Ele) Dr. rer. nat. Jürgen Münch / as CS-E8 INF-3-5- Product Line Engineering Technologie von Produktlinien eercise 4 (Ele) Prof. Dr. Dr. h.c. Dieter Rombach Dr. -Ing. Martin Becker CS-E9 INF-40-0-V-3 Networked Systems Vernetzte Systeme eercise 4 (Ele) Prof. Dr. -Ing. Reinhard Gotzhein CS-E0 INF Requirements Engineering Anforderungs - Technik eercise 4 (Ele) Prof. Dr. Dr. h.c. Dieter Rombach Jörg Dörr / as CS-E INF-4-5- Security in Distributed Systems Sicherheit in verteilten Systemen eercise 4 (Ele) Prof. Dr. -Ing. Jens Schmitt / as sum of all compulsory subjects 3 6

6 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Electrical Engineering page / 3 st lecture, eercise EE-M8 EIT-MEA-8- V- Fundamentals of Electric Power Engineering Grundlagen der elektrischen Energietechnik Alternatively: EE-E / EE-E4 eercise (Cs) Prof. Dr. -Ing. Gerhard Huth EE-M9 EIT-EIS-573- Architecture of Digital Systems II Architektur digitaler Systeme II eercise 4 (Cs) Priv. Doz. Dr. -Ing. habil. Dominik Stoffel EE-M0 EIT-RTS-545- Operating Systems Betriebssysteme eercise 4 (Cs) Prof. Dr. techn. Gerhard Fohler EE-M EIT-ISE-70- V-3 Electronics II Elektronik II Alternatively: EE-E44 / EE-E45 / EE-E46 eercise 4 (Cs) Prof. Dr. -Ing. Andreas König EE-E40 EIT-EIS-57- Architecture of Digital Systems I Architektur digitaler Systeme I lecture 3 4 (Ele) Prof. Dr.-Ing. habil. Wolfgang Kunz EE-E44 EIT-RTS-706- Assemblerprogramming Assemblerprogrammierung eercise 4 (Ele) Prof. Dr. techn. Gerhard Fohler Dr.-Ing. Peter Kosack EE-E45 EIT-EMS-708- Mikroelektronik für Nichtvertiefer eercise 4 (Ele) Prof. Dr.-Ing. Norbert Wehn EE-E46 EIT-EMS-657- Synthese und Optimierung mikroelektronischer Systeme I eercise 4 (Ele) Prof. Dr.-Ing. Norbert Wehn

7 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Electrical Engineering page / 3 Block Mechatronics EE-E EIT-MEA-03- EE-E3 EIT-LRS-504- V-3 EE-E4 EIT-EN- EE-E5 EIT-LRS-43- EE-E6 EIT-RTS-540- EE-E7 EIT-RTS-54- Electrical Drive Technology I Elektrische Antriebstechnik I Alternatively: EE-M8 Linear Control Systems (Control Engineering I) Lineare Regelungen (Regelungstechnik I) Fundamentals of Power Systems Grundlagen von Energiesystemen Alternatively:EE-M8 CAE in Control Engineering CAE in der Regelungstechnik Real-time Systems I Echtzeitsysteme I Real-time Systems II Echtzeitsysteme II Block Sensoric and Diagnostics eercise eercise lecture 3+ eercise eercise eercise 4 (Ele) Prof. Dr. -Ing. Gerhard Huth 5 (Ele) Prof. Dr. -Ing. Steven Liu 5 (Ele) Priv. Doz. Dr. -Ing. habil. Christian Tuttas 4 (Ele) Priv. Doz. Dr. -Ing. habil. Christian Tuttas Prof. Dr. -Ing. Steven Liu 4 (Ele) Prof. Dr. techn. Gerhard Fohler 4 (Ele) Prof. Dr. techn. Gerhard Fohler st lecture, eercise / / EE-E30 EIT-LRS-508- S-7 Model based Diagnosis in Commercial Vehicles Modellbasierte Diagnose bei Nutzfahrzeugen seminar 3 (Ele) Prof. Dr. -Ing. Steven Liu EE-E3a EIT-ISE-65- Technology and Concept of Integrated and Mied Analog -digital Circuitry and Systems (TESYS) Technologie und Entwurf integrierter gemischt analogdigitaler Schaltungen und Systeme (TESYS) eercise 5 (Ele) Prof. Dr. -Ing. Andreas König EE-E3b EIT-ISE-650- Production Process and Concept of Integrated Sensor Systems (HEIS) Herstellungsverfahren und Entwurf integrierter Sensorsysteme (HEIS) eercise 5 (Ele) Prof. Dr. -Ing. Andreas König / as

8 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Electrical Engineering page 3/ 3 st lecture, eercise EE-E3 EIT-ISE-- Sensor Signals Processing Sensorsignalverarbeitung eercise 5 (Ele) Prof. Dr. -Ing. Andreas König EE-E33 EIT-EMS-657- Synthesis and Optimization of Microeletronic Systems Synthese und Optimierung mikroelektonischer Systeme eercise 4 (Ele) Prof. Dr.-Ing. Norbert Wehn / sum of all compulsory subjects 6

9 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Social Sciences page / st lecture, eercise Block Industrial Societies und Labor SoSc-E34 SO V- Introduction into the Sociology Einführung in die Soziologie lecture 3 (Ele) Prof. Dr. Hajo Weber SoSc-E35 Sociology of Industrial Relations: Theory, Method, Empiricism (Political Sociology) seminar 4-6 (Ele) Prof. Dr. Hajo Weber SO S-3 Soziologie industrieller Beziehungen: Theorie, Methode, Empirie (Politische Soziologie) SoSc-E36 SO S-6 Companies in Comparison - USA, Japan, y Gesellschaften im Vergleich - USA, Japan, Deutschland seminar 4-6 (Ele) Prof. Dr. Hajo Weber Block Organization and Management SoSc-E37 SO V- Introduction into Organizational Sociology Einführung in die Organisationssoziologie seminar 3-6 (Ele) Prof. Dr. Hajo Weber SoSc-E38 INF--5- Knowledge Management Wissensmanagement eercise 4 (Ele) Prof. Dr. Andreas Dengel Block Philosophy and Ethics SoSc-E39 SO S-4 Types of Ethical Theories / Economic Ethics I Typen ethischer Theorien / Wirtschaftsethik I seminar 4-6 (Ele) M.A. Romy Albrecht Number of Mandatories Watch out: the social sciences subjects up here are eemplary. Social sciences subjects are free to choose. Just pay attention to reach credits by your selection.

10 Commercial Vehicle Technology (Masters Program) - Curriculum (effective WS 03) Supplementary Modules page / SM-P Languages (DSI-certificate) intensive SM-P CVT - Introduction into C++ Programming CVT - Einführung in die Programmierung in C++ eercise in total about 300 non regular appointments Supplementary module (Sup) st none (Cs) (Sup) Juniorprof. Dr. Achim Ebert lecture, eercise Annotations: P is prerequisite for M7. General Annotations: subjects have to be done by every student. According to individual educational background and upon permission by the mentor single Cs can get dropped (maimum 0 ). These subjects have to be replaced by supplementary modules. Elective subjects have to be taken in engineering fields with 8 credits all together. The rest of the needed 4 credits can be chosen freely. In the electrical engineering field 8 credits have to be taken by one of the deepening blocks. The Supplementary modules catalogue gets continually epanded. Project Work ( Semester) and Master Thesis ( Semester) are also part of the curriculum. Please see information in the Module Handbook.