The following list of topics is taken from the Master Syllabus for COSC 1315, which can be found at http://www.austincc.edu/cit/NSF%20Master%20Syllabi%202004/Master%20Syllabi.htm as of 02/09/06.  This is the actual table that appears in the Master Sylabus

                

Week

Num

Topic

Textbook reference

(insert textbook reference here)

Due Dates

(insert due dates here)

1

 

 

Course Intro

History, Hardware

Programming Languages

 

 

2

 

 

Developing A Program

Program Development Life Cycle

Program Design

Coding Documenting and Testing a Program

 

 

3

 

 

Variables and Constants

Data Types

Data types, variables and constants in C++

 

 

4

 

 

Selection Structures

Introduction to selections

Relational and Logical operators

Selecting from several alternatives

Applications of selection structures

 

 

5

 

 

Review for Exam 1

 

Exam 1

 

 

6

 

 

Loops : Pre-test, Post-test, While, Do while , Counter Loop For, C++ Syntax for loops

 

 

7

 

 

More C++ Syntax for loops, Sentinel Loops, Data Validation Loops, Nested Loops,

 

 

8

 

 

 

Combining Ifís and Loops,

Intro to Delegation and Functions (no Parameters)

Delegation and Functions

no parameters,

global variables,

global versus local variables,

 

 

9

 

 

Parameter Passing :

Import,

Export,

Value and Reference Parameters,

Value-returning Functions

 

 

10

 

 

Value and Reference Parameters,

Accumulators and Counters with Functions

 

 

11

 

 

Review Functions, Bools, Review Loops and Functions

 

 

12

 

 

Exam 2.

Data Files (objects and member functions)

Formatting output,

 

 

13

 

 

Intro to Arrays,

Parallel Arrays and Data Files,

Using only part of an array,

 

 

14

 

 

Review Arrays

Searching an array

 

 

15

 

 

String and Chars

(objects and member functions),

Review for Exam3

 

 

16

 

 

Exam3.

Objects,Classes,GUI

 

 


The course will have 2.5 hours of lecture and 50 minutes of lab per week.  If the students are unable to finish the labs within the allotted time, they will need to use an ACC open lab to complete the work.

Course Rationale: 

This is an entry level programming course designed to teach students the basics of program design, coding and testing.  The purpose of the course is to create hierarchy charts, flow charts, pseudocode and create test tables in the whole process of program design.  A high level programming language is used to reinforce the concepts learned during design.

 

Course Objectives/ Learning Outcomes:  After the successful completion of this course, a student should be able to:

1.      Demonstrate problem solving skills by developing algorithms to solve problems incorporating the concept of data abstraction in a computer program.

2.      Design and a simple program using the specifications provided by creating structure charts, modules and pseudocode.

3.      Implement a simple program by writing the code, performing unit testing and debugging the program.

4.      Incorporating the use of sequential, selection and repetition control structures into a program.

5.      Demonstrate an understanding of the design and implementation of functions and the passing of parameters to simplify the solution of large problems and to promote the concept of code reuse.

6.        Understand the basic principles and concepts of both object-oriented programming and pointers.

Now I will extract the topics from the schedule and reproduce them below.  I will also rearrange them to match the order of the topics in the lab manual.


The following table contains a cross reference among the topics covered in this series of tutorial lessons, the lessons in the lab manual for the course, and the topics specified for the course in the ACC Master Syllabus for COSC 1315

In some cases the topics were paraphrased relative to the Master Syllabus and were separated into more easily identifiable units.  Then they were rearranged to put them in the order that they appear in the lab manual.

Lecture Notes Lab Lesson Topic
See textbook - Course Intro, History, Hardware, Programming Languages
105, 120, 130, 160, Also see textbook - Developing A Program
Program Development Life Cycle
Program Design
105, 120, 130, 160, Also see textbook 1 Coding Documenting and Testing a Program
140 2 Variables and Constants
150 2 Data Types
150 2,5 Bools
106 3 Formatting Output
200 3,4 Data Files
107 4 Sequence Structure
180 4 Selection Structures:  Relational and Logical operators
170 4 Selecting from several alternatives
170 5 Pre-test Loops
184 5 Post-test Loops
170 5 While Loops
184 5 Do while Loops
184 5 Counter Loops
184 5 For Loops
184 5 Sentinel Loops
180 5 Data Validation Loops
184 5 Nested Loops
170 ? Combining If's and Loops
108 6.1 Delegation and Functions (no parameters)
140 6.2 Global variables,
Global versus local variables,
See note 1 ? Parameter Passing : Import
See note 1 ? Parameter Passing : Export
108 6.1 Parameter Passing : Value Parameters
108 6.1 Parameter Passing : Reference Parameters
108 6.2 Value-returning Functions
190 ? Accumulators and Counters with Functions
190 8 Arrays
200 8 Parallel Arrays and Data Files
200 ? Using only part of an array,
190 9 Searching an array
150 12 String and Chars
110 7.2, 11 Classes, objects, member functions, etc.
See note 2.  Also see the textbook. ? GUI

Notes:

  1. Professor Baldwin has no idea what was intended by the terminology Parameter Passing: Import and Parameter Passing: Export in the Master Syllabus.  There doesn't appear to be anything in the textbook or in the lab manual on these topics.  Therefore, there are no tutorial lessons in this series that claim to cover these topics.  However, it is very likely that they are covered by the tutorials under more commonly-used terminology.
  2. Aside from the fact that the program development environment used in this course uses a GUI, there are no tutorial lessons in this series that claim to cover this topic.  In fact, the C++ curriculum at ACC doesn't cover this topic until the Advanced C++ course.  There is also no instructional material in the lab manual regarding GUIs.  However, there is some general information about GUIs in the textbook for the course.

 

According to a message that I received from Bill Tucker on 2/10/06,

"The master syllabus for COSC 1315 hasnít been updated in a long time and as you pointed out it needs to be updated

 But the task force approved the attached list of topics for all C++ courses.  I go by the attached file when I teach the courses."

The following table shows the columns from Tucker's file that pertain to COSC 1315.

Lecture Notes FOCUS TOPICS Problem Solving
Selection Structure
Loop Structure
Functions
Object "Speak"
 
Problem Solving  
  Analysis Input/process/output
  Design Procedure/modular
  Code Limited syntax
  Debug methods Manual methods
  Test data valid data
  Internal Representation Basics
Data Types  
  Primitives Limited
  String Topics String class
  ADT  
    One-dimension arrays Introduced 
    Classes Brief Intro
Input / Output  
  Streams  Briefly
  Console Explained
  Formatting Introduced
  Sequential files Introduced
Operators  
  Arithmetic Explained
  Relational/equality/logical Explained
  Assignment Basic data types
Selection structure  
  if Explained
  if/else Explained
  Nested if's Explained
Loop structure  
  Pretest Explained
  Post test Introduced
  Nested loops Introduced
Functions  
  return Value
  Arguments / parameters Primitives / arrays
  Parameter passing Value / reference
Object Oriented Concepts Brief Introduction
Classes  
  Concepts Brief Introduction
  Encapsulation Brief Introduction