Advisory: CS 3, Introduction to Computer Systems

FORTRAN is a high-level language used predominantly in mathematical and scientific applications. Upon completion of CS 36, students will understand the syntax and semantics of FORTRAN, be able to apply the fundamental principles of top down algorithmic design (using pseudocode and flowcharts) to the solution of computer problems, and know how to code, test, and debug programs in this language.

• To complete 10 well-written FORTRAN programs.
• To develop the ability to solve problems in FORTRAN by planning, coding, testing, and debugging programs.
• To be able to write pseudocode and desk check a given program.

Section 1339; 3:30p – 6:35p Mon; BUS 106; Arrange 2 hours; 3 units

FORTRAN 77 for Engineers and Scientists, 4^th ed., Nyhoff and Leestma, Prentice Hall, 1996

1. Structured FORTRAN 77 for Engineers & Scientists, 4^th ed., D. M. Etter, 1993.
2. Understanding FORTRAN 77, Boillet, West Publishing Company, 1988.
3. Problem Solving and Structured Programming with FORTRAN 77, Brooks/Cole Publishing Company, 1988.

Consult the table above to determine what material will be covered in class each week. A standing homework assignment is to read this material in the textbook prior to the lecture.

Each programming assignment will consist of exercises from the textbook. Please label each assignment conspicuously with the following information in the upper right corner of the first page:

firstName lastName

CS 36

Assg. #: n

where n = the number of the assignment. One point is deducted for incorrectly labeled work. Maximum points possible per assignment is 10.

Assignments will always be due in one week at the start of class. Note: if you arrive late to class with your assignment, the assignment is late. You may turn in any assignment late for 70% credit anytime at or before the start of the next class. Any homework turned in after that will receive no credit. You are encouraged to help each other with the lab assignments. However, if you simply copy someone else’s work, points will be deducted from both students’ scores for plagiarism.

I will frequently use pictures to help clarify concepts. I will also use plenty of example code. Exercises from the text, usually involving writing programs, will be done at the board.

All tests will require writing FORTRAN programs using programming techniques presented in the textbook, lectures, and assignments. All make-up tests must be arranged before the test date.

The final exam is 3:30p – 6:30p, Monday, June 15, 1998. If you have a conflict (see the Final Exams Spring 1998 Schedule on p. 111 of the SMC Schedule of Classes), please let me know as soon as possible.

Assignments (~10) 20%

Tests (~5 + Final) 80%

90 - 100%: A; 80 - 89%: B; 70 - 79%: C; 60 - 69%: D; 0 - 59%: F.

There will be assigned seating and attendance will be taken. If you miss two classes in a row, please notify me or you may be dropped. Very important: If you miss class, it is your responsibility to find out what you missed. It would be very helpful to get the phone numbers or email addresses of a few classmates so you can get missed information. Please do not expect the instructor to repeat lecture material because you missed a class.

The academic honesty policy of Santa Monica College will be strictly enforced. See Code of Academic Conduct in the Student Planning Guide for Success.

• This is the best way to reach me. I check my email several times a day.
• You can send questions and source code. Just copy and paste the relevant code into your message; do not send it as a file attachment. I will annotate your code and reply by email.

Campus Mail: Liberal Arts Bldg., Mail Room (LA 102), "Notes for instructors" slot.

Phone: Eydie Tesdahl, Business Dept. secretary: 450-5150, ext. 9295. Leave only truly important messages.