The following schedule is tentative and is subject to change as the semester proceeds. After each class and lab, slides will be linked-to in PDF format. Readings (listed below each topic) are from Brookshear (theory), Practical C (C lab), Java Gently (Java lab).

For homeworks, check out the submission instructions.

Week of:	Theory (Tuesday) (All slides in outline form)	C (All slides in outline form)	Java (All slides in outline form)	Homework
Jan 20	Introduction (no required reading)	Intro to UNIX (Note: only one session, held in 207 Math, Thurs 11am-12:15pm) (no required reading)		HW#0 out
Jan 27	Language basics Ch. 0, 5.1-5.3	Starting C Ch. 1-4	Starting Java Ch. 1, 2	HW#1 out
Feb 3	Data representation and manipulation Ch. 1.1-1.6	Data types, manipulation, basic I/O Ch. 5	Data types, manipulation [ Maryam | William ] Ch. 3.1
Feb 10	Abstraction, algorithms I (concepts, design, iteration) Ch. 4.1-4.4 (sample code)	Decision and control statements Ch. 6	Basic loops, methods/abstraction Ch. 3.2-3.7	HW#1 due; HW#2 out
Feb 17	Algorithms II (examples) Ch. 4.5-4.6 (sample code)	Decision/control II Ch. 8	Basic I/O, decision & control statements Ch. 4
Feb 24	Algorithms III (recursion, running time) (no required reading)	Functions/abstraction Ch. 9	Flow control, arrays Ch. 5, 6.1	HW#3 out
Mar 2	Algorithms IV (running time, sorting) (no required reading)	Coding practices, debugging Ch. 7	Coding practices, debugging	HW#2 due
Mar 9	Midterm	C preprocessor, bit operations Ch. 10, 11	Formatting, advanced I/O Ch. 7
Mar 16	Vacation - No classes or labs
Mar 23	Data structures (concepts, design, pointers) Ch. 7.1-7.3, 7.7-7.8	enums, structs, typedef Ch. 12	OO I (Design, properties, references) Ch. 8 (sample code)	HW#3 due; HW#4 out
Mar 30	Data structures II Ch. 7.4-7.6	Pointers I (call-by-reference) Ch. 13 (sample code)	OO II (sample code)
Apr 6	Computer architecture Ch. 2	Pointers II (assignment, arithmetic) (sample code)	OO III (abstraction, inheritance) Ch. 9	HW#4 due; HW#5 out (C | Java)
Apr 13	Operating systems & networks Ch. 3	Pointers III (malloc), basic data structures Ch. 17 (pp. 279-288)	Basic AWT/Swing Ch. 10 (sample code)
Apr 20	Networks, Artificial Intelligence Ch. 10	File I/O Ch. 14	Event-based programming Ch. 11 (sample code)	HW#5 due; HW#6 out (C | Java)
Apr 27	Computation theory Ch. 11.1-11.5	Modularity (header files, Makefile) (sample code) Ch. 18	Review, Miscellany
May 4	Reading week (review session schedule)			HW#6 due
May 11	Final exam (5/11, 9am-noon, 207 Math)