Problem Set 1: C

Hello

This is a simple "Hello, world!" print.

Mario (less & more)

I created one (for less comfortable) and two (for more comfortable) pyramids in C with hashes (#) for bricks, using for loop.

Cash (less comfortable)

I created a program in C to calculate the coins due for cashiers while minimize the number of coins by applying a simple greedy algorithms.

Credit (more comfortable)

I implemented a program in C to detect credit card's typos (e.g., transpositions), if not fraudulent numbers by applying Luhn’s Algorithm.

Problem Set 2: Arrays

Readability

I implemented a program in C that computes the approximate grade level needed to comprehend a given text by using the Coleman-Liau index.

Caesar (less comfortable)

I implemented a program in C that encrypts messages using Caesar’s cipher.

Substitution (more comfortable)

I implemented a program in C that implements a substitution cipher.

Problem Set 3: Algorithms

Plurality

I implemented a program in C that runs a plurality election.

Runoff (less comfortable)

I implemented a program in C that runs a runoff election.

Tideman (more comfortable)

I implemented a program in C that runs a Tideman election, using BubbleSort, MergeSort, InsertionSort and recursion.

Problem Set 4: Memory

Filter (more & less)

I implemented a program in C that applies filters (grayscale, sepia, reflection, blur and edge) to BMPs.

Recover

I implemented a program in C that recovers JPEGs from a forensic image.

Problem Set 5: Data structures

Speller

I implemented a program in C that spell-checks a file using a hash table.

Problem Set 6: Python

C sentimentals

I recreated 6 programs (Hello, Mario less & more, Cash, Credit, Readability) in Python

DNA

I implemented a Python program that identifies a person based on their DNA, using regular expression.

Problem Set 7: SQL

Movies

I wrote 13 SQL queries to answer questions about a database of movies.

Houses

I implemented a Python program to import Hogwarts student data into a SQLite database, and then produce class rosters.

Problem Set 8: Information

Homepage

I created a simple homepage using HTTP, HTML, CSS, and JavaScript.

Finance

I created a simulated web application via which users can “buy” and “sell” stocks, using Python Flask, SQLite, HTML, CSS and JavaScript.

Final project

Self-love Tracker

I created a simple web application in which users could keep track of their possitive affirmations. Introduction video: https://www.youtube.com/watch?v=abtTjbjEor8&t=3s