ЕТХ Цюрих/ETH Zurich

например Woko https://www.woko.ch/en/ein-bis-auszug искат 3 наема депозит. Връщат ги до около 3 месеца след изнасянето (поне според договора), ако всичко при напускане е било добре - стаята да е предадена изчистена, без щети. При всички положения задържат такса за почистване. Не си спомням точно, но май беше към 200 франка. При нас върнаха сумата след около 4 месеца. Въпреки написаното в договора 

Computational Science and Engineering differs from Computer Science. It also differs from traditional natural and engineering sciences, offering a third component in addition to theory and experiment. Computational Science and Engineering is interdisciplinary, application-oriented, focuses on problem-solving and is essentially based on the use of the computer.

1st year (basic year)
In the basic year, basic knowledge in mathematics, physics and computer science is taught.

Compulsory lectures

Analysis I and II
These lectures introduce students to one-dimensional and multidimensional differential and integral calculus. Special emphasis is placed on the theory of ordinary differential equations and vector analysis. Both are of fundamental importance for applications in the natural sciences. The ideas fundamental to calculus are based on various notions of boundary processes.

Linear Algebra
This course is specially designed for engineers, in that the numerical aspects of linear algebra are considered in particular.

Complex Analysis
This course teaches the basics of complex analysis in theory and application with a focus on global properties of analytic functions. An introduction to integral transformations with application in signal theory and network analysis completes the material.

Discrete Mathematics
The main objectives of the lecture are the introduction of the most important basic concepts of discrete mathematics, the understanding of the role of abstraction and of proofs and the discussion of some applications, e.g. from cryptography, coding theory and algorithm theory.

Computer Science
The aims of the lecture are the introduction to the basic concepts of programming and the mastery of the programming language C++.

Physics I and II
In this first physics lecture the physical basics of mechanics, vibration phenomena, waves, electricity and magnetism, light, introduction to modern physics are covered.

Chemistry for CSE
This course provides an introduction to aspects of inorganic, organic and physical chemistry.

Data Structures and Algorithms
Basic design patterns for algorithms, classical algorithmic problems and data structures are topics of this lecture. The interaction of algorithms and data structures is illustrated by geometry and graph problems

2nd year
In the second year of the RW/CSE degree programme, basic knowledge of natural sciences and engineering is taught in addition to extended basics of mathematics, physics and computer science.

The courses of the basic subjects are combined into basic blocks.

Block G1

Analysis: This course deals with problems of applied analysis. This includes the study of the simplest cases of the three basic types of second-degree partial differential equations: Laplace's equation, heat conduction equation and wave equation.

Introduction to Optimisation: This course has as its theme the mathematical theory and algorithms of linear optimisation.

Numerical Methods: The course gives an introduction to basic techniques and algorithms of numerical mathematics. The course emphasises fundamental ideas and algorithmic aspects. The implementation of numerical methods is part of the exercises.

Block G2

Programming Techniques: This course provides an introduction to advanced C++ programming techniques and scientific software libraries, an overview of PC and supercomputer hardware and, building on this, an introduction to optimisation methods for scientific programs.

Systems Programming and Computer Architecture: C and assembly,
floating point arithmetic, compilers, code optimisation, superscalar architecture, exceptions, interrupts, caches, virtual memory, multicore processors...

Block G3

Numerical methods for partial differential equations: The numerical solution of important partial differential equations is the main focus. Elliptic differential equations (equilibrium) transport equations, wave equations and conservation laws are discretised; the methods are examined for their properties and implemented.

Stochastics: This lecture offers an introduction to probability theory, as well as some basic concepts of mathematical statistics and methods of applied statistics.

Block G4

Fluid Dynamics: This lecture introduces the physical and mathematical basics of fluid dynamics, familiarises the students with the basic concepts and teaches the application to simple problems.

Physical Chemistry III: Molecular Quantum Mechanics: This lecture provides the necessary tools for understanding elementary quantum phenomena in atoms and molecules. It starts with an overview of the basic concepts of quantum mechanics and introduces the mathematical formalism. The postulates and theorems of quantum mechanics are then discussed in the context of experimental and computational determination of physical quantities.

Statistical Physics and Computer Simulation: This course introduces statistical mechanics using computer simulations. Furthermore, the skills to perform computer simulations and to interpret results are promoted.

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