Functional Problem Solving (CSC 151 2014S) : Home
Welcome to one of the Spring 2014 sessions of Grinnell College's CSC 151, Functional Problem Solving, which is described relatively briefly in the official blurb. My own take on this course is that we'll be starting to develop your knowledge of computer science and algorithmic problem solving. We will be using Scheme as our development language, which gives us the abililty to use functional approaches (as well as imperative and object-oriented approaches). As in all Grinnell classes, we'll also be working on general skills, from group work to thinking on your feet.
Starting about six years ago, we developed a new approach to CSC151. In both sections of the course, we will be emphasizing media computation - the application of algorithmic problem solving techniques to media. We will particularly emphasize algorithms for creating and manipulating images.
CSC 151 requires no prior knowledge of computer science or computer programming. We'll teach you everything we want you to know. It's okay if you have some experience (although at times it may put you at a disadvantage - we do things differently), but it's clearly not necessary.
In an attempt to provide up-to-date information, and to spare a few trees, I am making this as much of a “paperless” course as I can. Hence, materials will be in a course web. If you are puzzled by the organization of the Course Web, browse a bit and then ask me. If you find that you want paper copies of pages, please read the notes on printing copies. If you find that you are regularly printing pages, let me know and I can provide them for you.
Warning! Experience shows that CSC151 exercises different parts of your brain than other courses, even than math courses. In general, such exercise is a good thing - one of the key points of a liberal arts education is that it exercises different parts of your brain. However, it may take a bit of time to get these new parts of your brain into shape. Expect a few difficult times, but have confidence that you can get through them and that you'll come out of the course with much more knowledge.
Warning! Computers are sentient, stupid, and malicious. When things go wrong, don't blame yourself. Ask me, a tutor, or the class mentor for help.
Warning! We are using some cutting-edge software, which means that things will occasionally crash for no good reason.
Meets: MTWF 1:15-2:05, Science 3813. Optional review sessions hosted by the class mentors 7pm and 9pm on Thursday evenings.
Instructor: Samuel A. Rebelsky [rebelsky], Science 3824. 269-4410 (office). 236-7445 (home). Office hours: M-F, 11:00-11:45. I also tend to follow an open door policy: Feel free to stop by when my door is open or to make an appointment for another time.
<firstname.lastname@example.org>, Helen Dougherty,
and Ajuna Kyaruzi..
Grading (subject to change):
The final examination for this course is optional. It can be used as a makeup for one examination. I will count the final examination only if it is higher than your lowest examination, and it will replace the grade for that examination. The final examination is scheduled for 9:00 a.m. on Tuesday, 13 May 2014. Students who have a conflicting examination at that time may take it instead at 2:00 p.m. on Tuesday, 13 May 2014.
I will drop the grade on one quiz (the quiz with the lowest grade).
More information on grading can be found in the grading policies page.
Labs: Computer science 151 is taught in a collaborative workshop style. Each day, you'll work on laboratory problems with other students in the class. We may also start or end each class session with a short lecture/discussion or a clicker activity. Some labs will require short writeups, which you will do with your lab partner.
Extra Credit: I will often offer one unit of extra credit for attending a specified academic event (e.g., a computer science talk or College convocation) or for supporting your classmates in their public endeavors (e.g., attending a concert, dance recital, or sporting event). Each category is capped at four units of extra credit, which count as one point toward your final grade. So, if you attend four academic events and four peer support events, you will receive an additional two points toward your final grade. For any activity you wish to credit this way, you must send me a short (one paragraph) note about the activity within two days of the activity.
Tutoring: The CS Lab makes tutors for 151 available at regularly scheduled times. As soon as tutors have been scheduled, I'll let you know what those times are (and post them on this page).
Good-Faith Grade Guarantee: Because I realize that computer science does not “click” with all students, I reward effort as well as outcome. Hence, students who make a “good faith” effort in this class will pass the class, with at least a C+. A good-faith effort includes missing no more than two classes, turning in every homework assignment and at least 95% of the laboratory writeups, and spending the requisite time on each examination.
Class Software: For this course, we will be using DrRacket and The GNU Image Manipulation Program, along with some locally written extensions. It will be hard to run the software outside of the Computer Science department's network (or the Math/Stats department's network). We recommend that you work in our labs for the ability to get help. Since some students have reasons to work away from our lab, we also provide a virtual machine that you can run on most computer.
Most of the pages in the course web are designed for viewing onscreen.
If you'd like to print them, you may want to use PDF versions, which
are designed for paper. To find the PDF version, simply replace
html at the end of the URL with
Kelsey, Richard, Clinger, William, and Rees, Jonathan, eds. (1998). Revised5 Report on the Algorithmic Language Scheme. February 20, 1998.
The concise and complete definition of the last concise version of the Scheme programming language. You won't need to understand all of it, but you may find it helpful.
Dybvig, R. Kent. The Scheme Programming Language, Fourth
Edition. Cambridge, MA: The MIT Press. Available online at
A longer and more readable reference on the Scheme programming language.
Rebelsky, Samuel (2014). The CS151.02 2014S Course Web.
Weinman, Jerod (2014) The CSC 151.01 2014S Course Web.
The course web for the other section of this course.
Samuel A. Rebelsky, email@example.com
Copyright (c) 2007-2014 Janet Davis, Samuel A. Rebelsky, and Jerod Weinman. (Selected materials are copyright by John David Stone or Henry Walker and are used with permission.)
This work is licensed under a Creative Commons Attribution 3.0 Unported License. To view a copy of this license, visit
or send a letter to Creative Commons, 543 Howard Street, 5th Floor,
San Francisco, California, 94105, USA.