Guided Python programming projects from courses

The Fundamentals of Computing Specialization from Coursera prepares students for Advanced Computer Science Courses.
The Python projects were made in CodeSkulptor, a browser-based Python interpreter offered by Rice University.
Code is not public to comply with Coursera's Honor Code.

Skills: Event-driven programming, canvas, keyboard input, object-oriented programming, sprites, data structures.
Code is not public to comply with Coursera's Honor Code.

#	Project	Description	Picture
1	Rock-paper-scissors-lizard-Spock simulator		N/A
2	Guess the number
3	Stopwatch: The Game
4	Pong
5	Memory
6	BlackJack
7	Spaceship and RiceRocks

Go back to Fundamentals of Computing Specialization or to Guided Python Projects.

Skills: Probability, combinatorics, debugging, growth of functions, plotting, recursion, trees, assertions.
Code is not public to comply with Coursera's Honor Code.

#	Project	Description	Picture
1	Mancala
2	2048
3	Tic-Tac-Toe	Tic-Tac-Toe game code. Here you can see my own version of this assignment (my original code with added functionalities)
4	Yahtzee		N/A
5	Greedy Cookies simulator		N/A
6	Zombie Apocalypse
7	Word Wrangler
8	Mini-max Tic-Tac-Toe Player
9	15 Puzzle Solver

• I made my own Tic Tac Toe game following the principles learned in the course and added new functionalities.
  Go back to Fundamentals of Computing Specialization or to Guided Python Projects

Graph representation, plotting, analysis of data, asymptotic analysis, "big O" notation, pseudocode, breadth-first search.
Code is not public to comply with Coursera's Honor Code.

#	Project	Description	Picture
1	Project #1 and Application #1
2	Project #2 and Application #2
3	Project #3 and Application #3
4	Project #4 and Application #4

Go back to Fundamentals of Computing Specialization or to Guided Python Projects

The capstone consists of an exam of the previous courses.
Go back to Fundamentals of Computing Specialization or to Guided Python Projects