Introduction to Computer Programming

Course Description

COP 2000 Introduction to Computer Programming is a first course in programming for students who have never written a program. It teaches structured programming: variables and data types, decisions and loops, functions, arrays, and the habit of planning an algorithm before writing code, documenting it and testing it. The statewide course record (COP x000, Computer Programming I) lists five topics: programming as problem solving, structured programming, algorithm development, documenting program logic, and how a computer organises and represents data.

Five Florida public institutions carry the number, all at 3 credits: Indian River State College, Florida Gateway College, Santa Fe College, Chipola College and Florida Atlantic University (as an honors course). It is open to dual-enrolment students, has no statewide prerequisite, and counts as an elective for high-school credit.

⚠⚠ COP 2000 and COP 1000 are the same course

This is the most useful thing to know about the number. Florida's Statewide Course Numbering System decides equivalency by the prefix and the last three digits only; the first digit is a level the institution chooses, and the SCNS handbook says plainly that it "does not affect course equivalency". So COP 2000 and COP 1000 share one statewide record, COP x000, and transfer as the same course. About nineteen institutions file it at the 1000 level and five at the 2000 level; the content does not change with the digit. COP 1000C, offered at a few colleges, is the same course packaged with an integrated lab, and has its own guide on this site.

A student who took COP 1000 at one college and meets COP 2000 as a prerequisite at another has met it. Point the registrar to the shared statewide number if a transfer evaluation misses this.

The language changes from school to school

The statewide record names no language. Indian River's catalog describes a language-neutral structured-programming course (variables, data types, flow control, functions and arrays) and recommends MAT 1033 Intermediate Algebra because programming takes "mathematical and logical aptitudes". FAU's honors description is older and emphasises visual design and event-driven programming, which suggests a Visual Basic-style course. Ask which language your section uses: Python, C++, Java and C# are all plausible.

Learning Outcomes

Required Outcomes

• Break a problem into steps and express the solution as an algorithm (pseudocode or a flowchart) before writing code.
• Write, run and debug programs that use variables, constants, data types, arithmetic expressions, input and output.
• Control program flow with selection (if/else, multi-way decisions) and repetition (counted and condition-controlled loops).
• Organise code into functions or procedures with parameters and return values.
• Store and process collections of data with arrays or lists, including searching and totalling.
• Write well-structured, readable, documented code that follows a consistent style.
• Test programs systematically, find and fix errors, and tell syntax, run-time and logic errors apart.
• Explain how a computer represents data (binary, characters, number types) and why that affects a program's results.

Optional Outcomes

• Build an event-driven program with a graphical user interface (named in FAU's honors description).
• Read from and write to text files.
• Define and use simple classes and objects, as a preview of object-oriented programming.
• Write simple graphics or web-page programs.
• Use a professional development environment and a version-control tool such as Git.

Major Topics

Required Topics

• Programming as problem solving; algorithms, pseudocode and flowcharts
• The edit–compile/interpret–run–debug cycle; development environments
• Variables, constants, data types and type conversion
• Operators and expressions; operator precedence
• Console input and formatted output
• Selection structures: if, if/else, nested and multi-way decisions
• Repetition structures: counted, sentinel and condition-controlled loops
• Functions and procedures: parameters, return values and scope
• Arrays or lists: traversal, searching, totals and averages
• Program documentation and coding style
• Testing and debugging
• Machine representation of data: binary, characters, integers and floating-point numbers

Optional Topics

• Event-driven and graphical user interface programming
• Strings and string processing
• Text file input and output
• Introduction to objects and classes
• Simple sorting algorithms
• Graphics and web-page programming
• Version control with Git

Resources & Tools

• Texts depend on the language. Common choices are Tony Gaddis's Starting Out with series (Python, C++, Java, Visual Basic and C# editions, plus a language-neutral Starting Out with Programming Logic and Design), and the free Think Python by Allen Downey.
• Development environments: Visual Studio or Visual Studio Code, IDLE or Thonny for Python, and online sandboxes such as Replit for early exercises.
• Free practice: the Python, C++ and Java tutorials published by each language's maintainers; Harvard's CS50 lectures; and auto-graded exercise sites such as CodingBat.
• Version control: Git and GitHub, which GitHub offers free to students.

Career Pathways

• This is the first course on the way to Software Developers (SOC 15-1252), Computer Programmers (15-1251) and Web Developers (15-1254). This site's Software Developer career path traces the whole Florida route.
• It also supports IT roles where scripting matters: Computer User Support Specialists (15-1232), Network and Computer Systems Administrators (15-1244) and Information Security Analysts (15-1212).
• Florida employers that hire programmers include the defence and aerospace contractors on the Space Coast and in Orlando (L3Harris, Lockheed Martin, Northrop Grumman), the simulation and training industry around Orlando, the financial and health-technology firms in Jacksonville, Tampa and South Florida, and the state's own agencies.
• At Indian River State College, COP 2000 is a gateway course in the computer programming and information technology programmes. It is the stated prerequisite for COP 2001 Computer Programming II, COP 2800 Java Programming, database and web programming, and the AWS cloud courses.

Special Information

Offering Notes

All five carry it at 3 credits. FAU is the only one that publishes contact hours: 3 lecture hours a week, or 45 a semester. That matches Florida's convention for a 3-credit lecture course, and this guide uses 45. Earlier carriers have dropped the number: Florida State (a 4-credit "Computer Science I" until 2000), Florida Gulf Coast, Northwest Florida State, State College of Florida and the University of South Florida.

⚠⚠ Transfer: the number moves cleanly, but the second course does not

Because COP x000 carries a guaranteed-transfer statewide record, the course itself transfers to any Florida public institution that offers it. Two cautions apply:

• A university's own computer-science entry course often has a different number. At FAU it is COP 2220C, and other universities use other numbers again. A different number means an evaluated transfer, not a guaranteed one, and the statewide record does not mark COP x000 as a common prerequisite. If you plan a computer-science bachelor's degree, look up the receiving university's common prerequisites before you register.
• The second programming course is where Florida's numbering fractures. The first course is well carried, and data structures (COP 3530) is widely shared, but the course between them runs under several numbers at only a few institutions each, mostly upper-division (COP 3014, COP 3337, COP 2510, COP 4530, COP 3502). Indian River's COP 2001 and FGC's COP 2501 are lower-division second courses with few carriers. A student can finish two programming courses at a college and find that the second one does not substitute at the university.

Prerequisites and position

There is no statewide prerequisite, and the course is written for students with no programming background. Indian River recommends MAT 1033 Intermediate Algebra. FAU's honors section assumes admission to the Wilkes Honors College. Expect to spend 6–9 hours a week outside class: programming is learned by writing programs, and debugging takes longer than beginners expect.

Repeat limit

FAU's record carries a repeat surcharge limit of 2 attempts, which is standard Florida practice for repeated courses. A failed first attempt costs more the second time.

AI Integration (Optional)

AI coding assistants (GitHub Copilot, ChatGPT, Claude, Gemini) now write correct beginner-level code instantly, which changes how a first programming course has to be taken. The skill this course builds is the one the tools cannot supply: knowing what a program should do, reading code, and finding out why it is wrong.

• Where AI helps: explaining an error message in plain language, offering a second explanation of a concept, generating extra practice problems, and reviewing working code for style.
• Where it hurts: pasting a whole assignment into a tool skips the practice the course exists to give. Students who do it tend to fail the proctored exams, and then the second programming course.
• Where it fails: AI-generated code can run and still be wrong for an edge case, or use features the course has not covered yet. Tracing and testing your own code is the defence.
• Academic integrity: instructors' policies range from forbidding AI tools to requiring their disclosure. The syllabus governs, and in-class or proctored coding exams are increasingly common for that reason.