Studienhandbuch | Mathematical Methods in Engineering

Inhalt

[ 700MMIT11 ] Subject Mathematical Methods in Engineering

^(*) Unfortunately this information is not available in english.

Workload	Mode of examination	Education level	Study areas	Responsible person	Coordinating university
9 ECTS	Accumulative subject examination	R - Doctoral programme	Mathematics	Walter Zulehner	Johannes Kepler University Linz

Detailed information
Original study plan	Doctoral programme ^(*)Technische Wissenschaften 2012W
Objectives	^(*)Weiterentwicklung von Wissen und Kenntnissen im Fach Mathematische Methoden in der Technik in Hinblick auf eine Befähigung zu selbständiger wissenschaftlicher Forschung im Fachbereich Mathematik, beziehungsweise fachliche Vorbereitung auf die Doktorarbeit.
Subject	^(*)Die Lehrinhalte ergeben sich aus den Lehrinhalten der einzelnen Lehrveranstaltungen.

Subordinated subjects, modules and lectures
Subject Other Electives
UE Stochastic simulation
VL Stochastic simulation
VL Integral equations and boundary value problems
VL Inverse problems
SE Seminar for graduate and doctoral students
VL Mathematical methods in continuum mechanics
VL Numerical methods for elliptic equations
VL Numerical methods in continuum mechanics 1
VL Stochastic processes
VL Differential geometry
VL Statistical methods
VL Stochastic differential equations
UE Asymptotic methods for differential equations
VL Asymptotic methods for differential equations
UE Queueing theory
VL Queueing theory
UE Computer-aided geometric design
VL Computer-aided geometric design
UE Differential geometry
UE Evolution equations
VL Evolution equations
UE Case studies in industrial mathematics
VL Case studies in industrial mathematics
UE Fast solvers
VL Fast solvers
UE Free boundary problems
VL Free boundary problems
UE Advanced differential geometry
VL Advanced differential geometry
VL System and parameter identification
UE Integral equations and boundary value problems
UE Inverse problems
UE Kinematics and robotics
VL Kinematics and robotics
UE Cryptography
VL Cryptography
UE Mathematical methods in electrical engineering
VL Mathematical methods in electrical engineering
UE Mathematical methods in continuum mechanics
UE Mathematical theory of inelastic materials
VL Mathematical theory of inelastic materials
UE Nonlinear integral equations
VL Nonlinear integral equations
UE Nonlinear partial differential equations
VL Nonlinear partial differential equations
UE Numerical methods for elliptic equations
UE Numerical methods for time-dependent problems
VL Numerical methods for time-dependent problems
UE Numerical methods in electrical engineering
VL Numerical methods in electrical engineering
UE Numerical methods in continuum mechanics 1
UE Numerical methods in continuum mechanics 2
VL Numerical methods in continuum mechanics 2
UE Parallel computation
VL Parallel computation
SE Seminar mathematical methods in engineering
UE Signal and image processing
VL Signal and image processing
VL Special topics mathematical methods in engineering
UE Special topics mathematical methods in engineering
VL Special topics mathematical methods in engineering
UE Special numerical methods
VL Special numerical methods
UE Splines
VL Splines
UE Statistical methods
UE Stochastic differential equations
UE Stochastic processes
VL Optimal design and shape optimization
VL Topology optimization
UE Wavelets
VL Wavelets
UE Scientific computing
VL Scientific computing
UE Reliability theory
VL Reliability theory