Course Information for Fall 2013
Time: MWF 11:00-11:50
Place: Lovejoy 215
Final exam: Sunday, December 15 9am (Exam 13)
Prof. Stephanie R. Taylor (Lectures)
Office: Roberts 224D
Email: s r taylor _at_ colby _dot_ edu
Office hours: M 1:30-3:30, T 2-5, R 1:30-3:30
By appointment (email me), and whenever my door is open
Prof. Kyle Burke (Labs)
Office: Roberts 224C
Email: k g burke _at_ colby _dot_ edu
Office hours: M 10-11 and 12-1, W 10-11 and 12-1
For Kyle's office hours, see his schedule
This course is an introduction to computational thinking: how we can describe and solve problems using a computer. In the fall 2013 semester we will focus on graphical applications. These applications will motivate how and why we would would want to write procedures, control the flow of information and processes, and organize information for easy access and manipulation. The techniques you learn will be applicable to any kind of programming you may wish to do in the future.
- Students can read a simple program and correctly identify its behavior
- Students can convert a problem statement into a working program that solves the problem.
- Students understand abstraction and can break down a program into appropriate procedural and object-oriented components
- Students can generate an approximate model of computer memory and describe how an algorithm affects its contents.
- Students can communicate the result of their work and describe an algorithm
Links to Python Resources
- Python.org -- This is the main source for all documentation on Python. This documentation can be downloaded to your computer so that you don't need web access to view it. Note that we will be using Python 2.7 in lectures and labs.
- Free Online Books on Python
- Free Online tutorials in Python
John Zelle, Python Programming: An Introduction to Computer Science, 1 ed., Franklin Beedle & Associates, 2003.
Note: This textbook is not required. Also note that there is a second edition, but that it is geared for a different version of Python.