ESoCAET - charakterystyka

Struktura studiów:

Moduł	Zakres	Uwagi
Mathematics Numerical Methods in Engineering	Computational Methods and Algorithms Finite Element Method
Solid Mechanics and Heat Transfer	Solid Mechanics Heat Transfer	Moduł realizowany w Polsce
Fatigue and Fracture Mechanics		Moduł realizowany w Polsce
Computational Dynamics	Structural Dynamics Multi Body Systems
Non-linear Computational Mechanics	Materials and Material Models Geometrical Non-linear and Contact Analysis
Basics in Multiphysics	Computational Fluid Dynamics Mechatronics
Advanced Simulation Techniques (Seminar and selected topics)	Basics in Modeling Techniques, Control Engineering, Optimization,Probabilistic Design,Application of Crashworthiness & Occupant Safety, Metal Forming, Casting, Acoustics
Management Skills and Processes	Project Work and Presentation Project Management
Management of Product Development and Manufacturing Processes	Quality Management Product Development and Manufacturing Processes
Master Thesis with Colloquium