CSCI 1106 - Fundamentals of Computer Science I

1. Apply consistent documentation and program style standards that contribute to the readability and maintainability of software.
2. Develop, design, analyze, and implement logic within a program that solves a problem with a finite number of operations.
3. Design and develop programs that implement fundamental logic structures of sequence, selection, and repetition.
4. Write programs that use file I/O to provide persistence across multiple executions.
5. Develop proficiency in specification and use of appropriate primitive data types and their aggregation into simple linear data structures.
6. Decompose problems into clearly defined sub-problems based on program requirements.
7. Implement algorithms utilizing recursive structures.
8. Create appropriate test cases and use debugging skills to verify correctness of output.

1. Input/output using standard input/output
2. Input/output using secondary storage
3. Convert mathematical formulas into equivalent programming language expressions
4. Convert an algorithm in pseudocode or diagrams into a high-level programming language
5. Create appropriate test cases to verify the correctness of the program
6. Sequential structures
7. Section structures
8. Repetition structures
9. Use structured programming concepts to write efficient and elegant programs
10. Modularization, procedures, and functions with use of parameters
11. Employ recursion
12. Arrays
13. Sequential and binary search
14. Insertion, selection, and bubble sort
15. Pointers/object references
16. Introduction to objects