Georgia Tech CS 1301: Introduction to Computing
CS 1301 is Georgia Tech's intro programming course in Python, covering control flow, functions, data structures basics, and file handling. It's the standard first course for CS majors and a common computing requirement for other majors, available both on campus and in a well-known online format.
Fennie is independent and not affiliated with Georgia Tech. This is an unofficial study guide.
What makes it hard
The material is genuinely introductory, but exams require writing and tracing Python on paper or in locked-down environments, which is a different skill from homework with a debugger. Students with no prior coding feel the mid-semester ramp when functions, lists, and dictionaries start composing.
What you'll cover
- • Python fundamentals and control flow
- • Functions and modular design
- • Lists, dictionaries, and strings
- • File I/O
- • Basic algorithm design
- • Debugging and testing
The CS 1301 study guide
How to study for Georgia Tech CS 1301, step by step.
- 1
Build the weekly habit before the ramp
CS 1301's first half is gentle, which is when to establish a consistent practice routine. The mid-semester jump, when functions, lists, and dictionaries start composing, is only hard for students who coasted through the easy weeks.
- 2
Trace Python on paper, not just in the editor
Exams ask you to read and write code without an interpreter, a genuinely different skill from homework with a debugger. Predict what snippets print by hand each week, then verify.
- 3
Practice composing concepts deliberately
Write small programs that combine functions with lists and dictionaries. The composition is where beginners stall, and modifying working examples into new behavior is the fastest way to build it.
- 4
Use recitation problems and past exams as your benchmark
They're the closest match to exam difficulty and style. Work them under time limits before each test rather than rereading notes.
Today
Today's CS 1301 plan
What a Fennie Daily Plan looks like for CS 1301. Yours is built from your own syllabus and adapts every day to your deadlines and progress.
First plan free, no card required. Fennie is independent and unaffiliated with your school.
FAQ
Is CS 1301 hard at Georgia Tech?
Not by Tech standards. It's designed for beginners; the pinch points are exam code-tracing without an interpreter and the composition of concepts mid-semester. Consistent weekly practice makes it one of the more manageable Tech courses.
Should I take CS 1301 or CS 1371?
CS 1301 (Python) is the CS-major track; CS 1371 (MATLAB) serves most engineering majors. Your major dictates the choice, so check your degree requirements rather than picking by language preference.
Do I need programming experience for CS 1301?
No, it assumes none. Students with AP CS experience find the first half easy; true beginners should budget steady weekly hours from the start, because the second half builds quickly on the first.
More Georgia Tech courses
CS 1331: Introduction to Object-Oriented Programming
CS 1331 teaches object-oriented programming in Java: classes, inheritance, polymorphism, interfaces, exceptions, and basic GUI work. It follows CS 1301 in the CS-major sequence and is the prerequisite for CS 1332, making it a course nearly every Tech CS student passes through.
CS 1332: Data Structures and Algorithms
CS 1332 is Georgia Tech's data structures and algorithms course in Java: lists, trees, heaps, hash maps, graph algorithms, sorting, and Big-O analysis. It's the gateway to upper-division CS, the course most cited in internship-interview prep, and a prerequisite for the threads that follow.
CS 2110: Computer Organization and Programming
CS 2110 takes Tech CS students down the stack: digital logic, datapath, LC-3 assembly programming, and C with pointers and memory management, ending in the famously beloved Game Boy Advance project. It's the systems gateway for the major.
CS 1371: Computing for Engineers
CS 1371 is Georgia Tech's MATLAB-based computing course, the standard programming requirement for most engineering majors: mechanical, aerospace, civil, biomedical, and more. It covers MATLAB fundamentals, arrays and matrix operations, control flow, functions, plotting, and basic numerical methods.