STUDY PLAN CSE (BPO 2013)

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1 P. 1 Last name, first name Matr. No Year of Enrollment Date Specialization: Language Certificates: CE ME GER: DSH Language of inst. Other MCS EE ENG: TOEFL IELTS Language of Inst. Other BASIC CORE COURSES BCC ENG // 3 modules (1 course in each) BCC MCS // 3 modules (1 course in each) ELECTIVE CORE COURSES ECC ENG // 3 modules (1 course in each) ECC MCS // 3 modules (1 course in each) IN-DEPTH COURSES IDC LEC // 3 modules (1 course in each) IDC PRO // MASTER THESIS // Please pay attention to the registration and submission procedure, you may not start beforehand.

2 P. 2 CONTENTS OF MODULES // BASIC CORE COURSES ENGINEERING & MATHEMATICS AND COMPUTER SCIENCE (BCC-ENG & BCC-MCS) BCC-ENG //Select 1 course per chosen module (total: 3) BCC MCS // Select 1 course per chosen module (total: 3) Sol Solid Mechanics Initialed & Dated by FLU Lineare Kontinuumsmechanik (De Lorenzis) ( ) Fluid Mechanics PDE-1 Introduction to PDE s Einführung in partielle Differentialgleichungen und numerische Methoden (WiRe) ( ) Initialed & Dated by EMF 1 Fluid Mechanics (Akkermans) ( ) Fundamentals of Electromagnetic Fields TENC Tensor Calculus Matrizen- und Tensorrechnung (Böl) ( ) GCP Electromagnetic Fields I (Enders) ( ) General Continuum Physics General Continuum Physics (Krafczyk) ( ) ODE-1 Introduction to Scientific Computing Einführung in das wissenschaftliche Rechnen (WiRe) ( ) SYS Systemics Systemics (Schumacher) ( ) ALG Algorithms and Data Structures THM Thermodynamics Thermodynamics and Statistics (Köhler) ( ) / Algorithms and Programming (Krafczyk) ( ) Algorithmen und Programme (Winkelbach) ( ) FADD Analog Digital Design / SEM Fundamentals of Analog and Digital Design (Adi) ( ) Semiconductor Technology PRG-1 Intermediate Programming -LAB Weiterführendes Programmieren (Krafzcyk) ( ) Halbleitertechnologie (Wehmann) ( )

3 P. 3 ECC-ENG // Select 1 course per chosen module (total: 3) CONTENTS OF MODULES // ELECTIVE CORE COURSES IN ENGINEERING (ECC-ENG) Modeling of Solids CON Continuum Mechanics Initialed & Dated by BEAM Kontinuumsmechanik und Materialtheorie (Böl) ( ) Modelling of Beam Structures Stabwerksmodelle (Kowalsky) ( ) PLANE MSD Modelling of 2D Structures Flächentragwerke (Dinkler) ( ) / MAT EMF-2 VLS Modelling of Solid Dynamics* Part 1&2 Strukturdynamik (Dinkler) ( ) *Goes over a period of 2 semsters with 2 exams Material Modeling Non-Linear Solid Mechanics (De Lorenzis) ( ) Plastizitätstheorie und Bruchmechanik (Böl) ( ) Numerische Methoden in der Materialwisschenschaft (Bäker) ( ) Introduction to Fracture Mechanics (De Lorenzis, Kruse) ( ) Advanced Electromagnetic Fields Electromagnetic Fields II (Enders) ( ) Fundamentals of VLSI Design Circuits VLSI Design I (XXX) ( ) Digitale Schaltungen (Michalik) ( ) DDP Digital Data Processing Digitale Signalverarbeitung (Fingscheidt) ( ) Mustererkennung (Fingscheidt) ( ) FSCD Sprachkommunikation (Fingscheidt) ( ) Fundamentals of Computer System Design Rechnerstrukturen I (Ernst) ( ) CRYP Cryptology Cryptology (Adi) ( ) Network Security (Adi) ( ) NSED Numerical Simulation of Electronic Devices Numerische Bauelemente - und Schaltkreissimulation (Meinerzhagen) ( ) Computational Methods TCOM Telecommunication Advanced Topics in Telecommunication (Jukan) ( ) ROB Fundamentals of Robotics Robotik I Technische/Mathematische Grundlagen (Steil) ( ) FEM- 1 Fundamentals of Computational Solid Mechanics Introduction to Finite Element Methods (Kowalsky) ( ) Finite Elemente Methoden 1 (Horst) ( ) FEM- 2 Advanced Computational Solid Mechanics Tragwerksanalyse mit der FEM (Dinkler) ( ) Nichtlineare FE- Theorie und Anwendung (Böl) ( ) Finite-Element-Methoden 2 (Horst) ( ) FCAD Fundamentals of Computational Aerodynamics Einführung in die numerischen Methoden in der Aerodynamik (Rossow) ( ) ACAD Advanced Computational Aerodynamics Numerical Analysis in Aerodynamics / Analysis der numerischen Methoden in der Aerodynamik (Rossow) ( ) CFD Computational Fluid Dynamics Numerische Simulation (Friedrichs) ( ) AAC Advanced Aeroacoustics Methoden der Aeroakustik (Delfs) ( ) CAC Computational Aeroacoustics Numerische Simulationsverfahren der Strömungsakustik (Delfs) ( ) FCAC Fundamentals of Aeroacoustics Grundlagen der Aeroakustik (Delfs) ( ) ACO Computational Acoustics Numerische Akustik (Langer) ( ) CMP Computational Multifield Problems Partitioned Methods for Multifield Problems () ( ) IMP-1 Imported BCC-ENG ( ) Initialed & Dated by

4 P. 4 CONTENTS OF MODULES // ELECTIVE CORE COURSES IN MATHEMATICS & COMPUTER SCIENCE (ECC - MCS) ECC- MCS // Select 1 course per chosen module (total: 3) ODE-2 Advanced Methods for ODEs & DAEs Initialed & Dated by Fortgeschrittene Methoden für ODEs und DAEs (WiRe) ( ) PAR- 1 Fundamentals of Parallel Computing Parallel Computing I / Paralleles Rechnen I (Grahs) ( ) Initialed & Dated by Mathematical Models PDE-2 FAN Numerical Methods for PDEs Numerik partieller Differentialgleichungen (WiRe) ( ) Functional Analysis Funktionalanalysis (Hempel) ( ) OPT SLS Introduction to Mathematical Optimization Lineare und kombinatorische Optimierung* (Stiller) ( ) Numerical Linear Algebra Part I Numerische Lineare Algebra/Sparse Linear Systems (Faßbender) ( ) Software / Programming VIS PRG- 2 DIS SEN IMP-2 Scientific Visualization Visualisierung wissenschaftlicher Daten (U.Rossow) ( ) Advanced Programming Advanced Object Oriented C++Techniques (Krafczyk) ( ) Distributed Systems Angewandte Verteilte Systeme (xxx) ( ) Software Engineering Software Engineering I (Schaefer) ( ) Imported BCC-MCS SEP Numerical Linear Algebra Part II ( ) Numerische Lineare Algebra/Sparse Eigenvalue Problems (Faßbender) ( ) IN-DEPTH COURSES IDC-LEC // (ME: / EE: / CE: / MC: ) freely electable from all courses the faculties 1,3,4,5 (have to) offer Lecture Name of Lecturer & Institute Initialed & dated by mentor *This is a 10 LP course. CSE students workload will be reduced to 5 LP (Linear optimization only)

5 P. 5 IDC-PRO For further information please check the course book (Modulhandbuch) on page 101. MASTER THESIS For all details regarding the procedure to register for the master thesis please check with the CSE-Office: cse-office@tu-bs.de or during the office hours Tuesday & Thursday 10 to 12. ADDITIONAL COURSES Lecture Name of lecture & institute Initialed & dated by lecture I herby certify that I am aware of and accept both the CSE examination regulations (Besonderer Teil der Prüfungsordnung) and the general examination regulations of the TU Braunschweig (Allgemeiner Teil der Prüfungsordnung). Student I herby certify that I am aware of and accept the guidelines for scientific work. Student