The course covers the fundamental concepts of computer programming with a focus on systematic algorithmic problem solving. Teached language is C++. No programming experience is required. Primary educational objective is to learn programming with C++. When successfully attended the course, students have a good command of the mechanisms to construct a program. They know the fundamental control and data structures and understand how an algorithmic problem is mapped to a computer program. They have an idea of what happens "behind the secenes" when a program is translated and executed. Secondary goals are an algorithmic computational thinking, undestanding the possibilities and limits of programming and to impart the way of thinking of a computer scientist.
|14 June 2018||
We published one previous exam for you to practice.
|17 May 2018||
Third Bonux exercise released! Good luck!
|19 Apr 2018||
Second Bonux exercise released! Good luck!
|15 Mar 2018||
First Bonux exercise released! Good luck!
If you want to implement it locally, here are the two required header files grid.h and ai.h. We will not provide our (stupid) AI implementation as it's
|9 Mar 2018|
|23 Feb 2018||
Registration to the exercise sessions is now open. Follow this link to register and open the first exercise.
|22 Feb 2018||
Registration to the Slack channel is open.
|Week||Date||Topic||Lecture||Additional Material||Exercises||PPrerequisites to unlock bonus exercises||BBonus exercises|
|1||20.02||(Engineering Tool) Introduction|
|22.02||Expressions, Statements, Integer arithmetic||
|2||01.03||Boolean functions, Defensive programming, Control flow I||
|3||08.03||Control flow II, Floating point arithmetic I||Flashcards|
|4||15.03||Floating point arithmetic II, Functions I||Flashcards||Tic-tac-toe|
|5||22.03||Functions II, References I||Flashcards||Sudoku|
|6||29.03||References II, Arrays and strings I||Flashcards||
|7||12.04||Arrays and strings II, Pointers, algorithms, iterators and containers I||Flashcards|
|8||19.04||Pointers, algorithms, iterators and containers II||
|10||03.05||Structs, Classes I||Flashcards||
|11||10.05||No lecture (Ascension Day)||
Note: 15-16/05 shorter
exercise & QA session
|13||24.05||Inheritance and polymorphism||Flashcards||Exercise 12|
The registration for exercise sessions is not opened yet. We will provide a link to register online during the first week of the semester.
The following exercise sessions are offered:
|Tue 14:15-16:00||IFW A 32.1||Ben Weber|
|Wed 13:15-15:00||HG D 7.1||Gian Andrea Müller|
|Wed 13:15-15:00||IFW A 32.1||Ivan Ovinnikov|
|Wed 13:15-15:00||ML J 34.1||Benjamin Rothenberger|
|Wed 13:15-15:00||ML J 37.1||Oliver Glauser|
|Wed 13:15-15:00||NO D 11||Grzegorz Malczyk|
|Wed 13:15-15:00||NO E 39||Cedric Tompkin|
|Wed 13:15-15:00||IFW C 31||Leonhard Helminger|
|Wed 13:15-15:00||LEE D 101||Luc Holzherr|
|Wed 13:15-15:00||ML H 43||Mohammed Khouni|
|Wed 13:15-15:00||ML H 41.1 *||Moisés Torres|
|Wed 13:15-15:00||ML F 34 *||Irene Baeza Rojo|
|Wed 13:15-15:00||LEE D 105||Zoltan Tschirren|
|Wed 13:15-15:00||ETZ G 91 *||Yifan Wang|
|Wed 13:15-15:00||ETZ H 91||Kailin Huang|
|Wed 13:15-15:00||HG D 7.2||Daniel Bogado Duffner|
|Wed 15:15-17:00||HG D 7.2||Rafael Wampfler|
|Wed 15:15-17:00||ML J 37.1||Jonas Lauener|
|Wed 15:15-17:00||ML H 41.1 *||Pelin Dogan|
|Wed 15:15-17:00||IFW C 31||Simone Meyer|
|Wed 15:15-17:00||NO E 39 *||Byungsoo Kim|
|Wed 15:15-17:00||LEE D 101||Maximilian Holst|
|Wed 15:15-17:00||ETZ K 91||Bosshard Yvan|
* The session will be held in English
For questions about the lecture content of about a specific exercise you can contact your assigned assistant. For questions of general interest use the Slack channel. For administrative questions you can contact the Head TA, Marco Ancona.
To facilitate the introduction to the lecture, especially for beginners in programming, we will provide an introductory tutorial, which can be completed autonomously. We recommend to complete it early in the semester.
Hint: The tutorial is available in both german and english. You can switch the language any time.
Bjarne Stroustrup: Einführung in die Programmierung mit C++, Pearson Studium, 2010 | Also available online from the ETH Domain
Stephen Prata, C++ Primer Plus, Sixth Edition, Addison Wesley, 2012
Andrew Koenig and Barbara E. Moo: Accelerated C++, Addison-Wesley, 2000.