12/4/2008 : 1:34 am : +0100

Curriculum

With a strong focus on scientifically based application, the curriculum offers an interdisciplinary approach towards CAE topics and takes management issues and soft skills into consideration. A variety of optional subjects deals with the "hot topics" of Computer Aided Engineering and will be offered on demand.

Course overview


Module	Taught as	Course No.	Course
Mathematics		1	Mathematics

Numerical Methods in Engineering		2.1	Computational Methods and Algorithms
Numerical Methods in Engineering		2.2	Finite Element Method

Solid Mechanics and Heat Transfer		3.1	Solid Mechanics
Solid Mechanics and Heat Transfer		3.2	Heat Transfer

Fatigue and Fracture Mechanics		4	Fatigue and Fracture Mechanics

Computational Dynamics		5.1	Structural Dynamics
Computational Dynamics		5.2	Multi Body Systems

Nonlinear Computational Mechanics		6.1	Materials and Material Models
Nonlinear Computational Mechanics		6.2	Geometrical Nonlinear and Contact Analysis

Basics in Multiphysics		7.1	Computational Fluid Dynamics
Basics in Multiphysics		7.2	Mechatronics

Advanced Simulation Techniques		8.1	Seminar Simulation Techniques
Advanced Simulation Techniques		8.2 (two to select)	Modeling Techniques Control Engineering Optimization Probabilistic Design Crashworthiness & Occupant Safety Metal Forming Simulation Manufacturing Simulation Acoustics Composites

Management Skills and Processes		9.1	Project Work and Presentation
Management Skills and Processes		9.2	Project Management

Management of Product Development and Manufacturing Processes		10.1	Quality Management
		10.2	Product Development and Manufacturing Processes

Master Thesis		11	Master Thesis

Colloquium		12	Colloquium

... class ... lab exercise ... practical exercise

Curriculum

Contents

Course overview