Starta din första webbapp med hjälp av AI, även om du aldrig har skrivit kod tidigare. Skapa en komplett evenemangswebbplats som inkluderar en nedräkning i realtid, en anpassad design och ett fungerande kontaktformulär. Hela processen är praktisk, visuell och vägleds av AI i varje steg. Upplev verkliga framsteg och bygg en webbplats du stolt kan dela.

Utveckla en interaktiv AI-assistent för en befintlig portföljwebbplats. Detta projekt fokuserar på att integrera OpenAI API, utforma ett användarvänligt chattgränssnitt och hantera användarinmatning effektivt. Resultatet är en smart, konversationsbaserad assistent som sömlöst integreras i den befintliga webbplatsen för att öka användarengagemanget och visa upp färdigheter inom AI-integration.

Starta din första webbapp med hjälp av AI, även om du aldrig har skrivit kod tidigare. Skapa en komplett evenemangswebbplats som inkluderar en nedräkning i realtid, en anpassad design och ett fungerande kontaktformulär. Hela processen är praktisk, visuell och vägleds av AI i varje steg. Upplev verkliga framsteg och bygg en webbplats du stolt kan dela.

In this project, you'll embark on a journey of game development, learning essential programming concepts while honing your creativity and problem-solving skills. Through step-by-step tutorials, you'll build a fully functional Snake game from scratch.

Hangman is a classic word-guessing game where players aim to uncover a hidden word by suggesting letters within a limited number of attempts. The game progresses with each incorrect guess, drawing parts of a hangman figure, leading to a loss if the figure is completed before the word is fully guessed. In this project, participants will methodically build a digital version of Hangman. We will start by loading a word list from a file, then move on to develop functions for handling guesses, updating the game state, and managing the game's flow, culminating in a complete, playable game.

In this project, you'll embark on a journey of game development, learning essential programming concepts while honing your creativity and problem-solving skills. Through step-by-step tutorials, you'll build a fully functional Snake game from scratch.

Python är ett av de mest populära och mångsidiga programmeringsspråken idag. Det är lätt att lära sig, används i stor utsträckning inom webbutveckling, dataanalys, artificiell intelligens och automation — vilket gör det till det perfekta första språket för nybörjare.

We will delve into the concept of Exploratory Data Analysis (EDA) and explore its critical role within every Data Analysis process, particularly focusing on the analysis of Nobel Prizes. EDA serves as a foundational step that enables data scientists and analysts to uncover patterns, anomalies, and insights from data through visual and statistical methods.

In this project, we are going to use regex in search and replace operations in Python.

Dive into an electrifying Python arcade adventure with PyGame! Command a superhero through a dynamic universe, dodging space ships, snagging shimmering crystals, and outsmarting foes. Experience thrilling player control, ingenious enemy and bonus spawns, strategic collision dodges, and a vibrant, scrolling backdrop that propels you through an exhilarating journey of discovery and triumph.

This project focuses on the design and implementation of a robust text summarizer, built using Python. By harnessing the capabilities of Python’s Natural Language Toolkit (NLTK), participants will gain hands-on experience in processing and analyzing textual data. The project covers a range of NLP techniques essential for text summarization. Participants will develop skills in parsing text and extracting meaningful content, learning how to filter essential information from large volumes of text.

In this project, we will study how to manipulate and extract data from PDF files, such as text and images, and combine multiple PDF files into a single document.

In this project, our primary objective will be to delve into the identification of handwritten digits through the application of machine learning algorithms. This endeavor aims to harness the power of machine learning to effectively interpret and understand handwritten digits, showcasing the potential of these algorithms in processing and analyzing complex visual information.

In this project, we are going to classify news and identify the fake ones.

In this project, we will be utilizing the capabilities of the Natural Language Toolkit (NLTK), a versatile and comprehensive library in Python designed for working with human language data. Our focus will encompass several core areas of natural language processing: tokenization, stemming, tagging and parsing. These NLTK features will form the backbone of our text processing and analysis tasks, making it an essential tool in our project for handling and extracting meaningful insights from language data.