
Learn Python for Data Science to analyze, visualize, and derive insights from data for informed decision-making and predictive modeling.
Welcome to Python! Today you'll set up your environment, write your first script, and learn basic syntax and programming concepts.
In this we’ll explore Python’s core building blocks—variables and data types—and learn how to store, manage, and work with data efficiently.
Explore Python operators and expressions, including arithmetic, comparison, logical operators, and operator precedence for building complex programs.
Learn to use conditional statements—if, elif, else, nested conditions, and logical combinations—to make decisions in Python programs.
Learn loops in Python, including for and while loops, and control statements like break and continue for iterating and repeating actions.
Learn to create reusable Python functions, covering definitions, parameters, return values, and variable scope for clean, maintainable code.
Learn Python lists and tuples, including creation, access, manipulation, and choosing the right structure for data storage.
Explore Python dictionaries and sets, learning to create, manipulate, and use key-value pairs and unique data effectively.
Learn Python string manipulation, including indexing, slicing, methods, and formatting with f-strings.
Learn Python file handling, including reading, writing, file modes, and safe, efficient file operations.
Learn Python exception handling with try-except blocks to manage errors and create robust, error-resistant code.
Learn NumPy for scientific computing in Python, including arrays, operations, and efficient multi-dimensional data handling.
Pandas is a Python library for data manipulation and analysis, providing powerful tools for working with structured data.
Data filtering in Pandas involves selecting and manipulating specific rows or columns based on conditions for analysis.
Data cleaning in Pandas involves detecting, handling, and correcting missing or inconsistent data for accurate analysis.
Data aggregation combines and summarizes data, often using functions like sum, mean, or count, to extract meaningful insights.
Data visualization with Matplotlib involves creating graphs and plots to visually analyze and interpret data.
Seaborn enables advanced statistical data visualization in Python with attractive, informative plots.
Exploratory Data Analysis (EDA) involves examining and summarizing datasets to uncover patterns, trends, and insights before formal modeling.
Machine Learning is a field of AI that enables systems to learn from data and make predictions or decisions without explicit programming.
Linear Regression with Scikit-learn predicts continuous outcomes by modeling the relationship between dependent and independent variables.
Logistic Regression models the probability of categorical outcomes, commonly used for binary classification tasks.
Decision Trees are a supervised learning method that splits data into branches to make predictions or classifications.
The k-NN algorithm classifies data points by analyzing the closest neighbors in feature space, assigning the most common label among them.
Model evaluation assesses a machine learning model's performance using metrics like accuracy, precision, recall, and F1-score.
K-Means clustering partitions data into distinct groups by minimizing distances within clusters, helping identify patterns and similarities.
Real-world data cleaning project involves detecting, correcting, and preparing raw data for accurate analysis and modeling.
Real-world analysis and visualization project focuses on exploring data, uncovering insights, and presenting findings through effective visualizations.
Real-world modeling and insights project involves building predictive models and deriving actionable insights from data.
Project presentation and review involves showcasing results, explaining methods, and receiving feedback to refine and validate work.

Master Python fundamentals and libraries like Pandas, NumPy, and Matplotlib for data manipulation and visualization. Learn statistical analysis, data cleaning, and exploratory data analysis to prepare datasets for real-world problems. Gain hands-on experience in machine learning, predictive modeling, and data-driven projects, building practical skills for a career in data science.

A React Full Stack is a versatile programmer proficient in both front-end and back-end development, capable of building and managing complete web applications. They handle everything from the user interface and user experience design to server-side logic and database management.

.NET Core Full Stack Developer skilled in building scalable, high-performance web applications using C#, ASP.NET Core, JavaScript, and SQL Server.

Learn to perform end-to-end testing of full stack applications using Selenium to ensure functionality, reliability, and seamless user experience across all layers.

Learn to automate end-to-end testing of modern web applications using Playwright, ensuring reliability, speed, and cross-browser compatibility.

Learn to perform end-to-end testing of full stack applications using Cypress, ensuring fast, reliable, and maintainable web test automation.

Learn to transform raw data into interactive dashboards and insightful visual reports using Microsoft Power BI for effective data-driven decision-making.

Learn to build robust, scalable, and secure web APIs using ASP.NET Core, enabling seamless data exchange between applications.

Learn to develop scalable, high-performance web applications using .NET Core, combining robust backend logic with modern frontend development.

Learn to build dynamic, interactive, and type-safe web applications using JavaScript and TypeScript for modern frontend and backend development.

Learn to build modern, high-performance web applications using React and Next.js with server-side rendering and seamless user experiences.

Master Advanced SQL to efficiently manage, query, and analyze complex datasets for robust data-driven applications.

Learn to orchestrate and automate data workflows using Azure Data Factory for efficient cloud-based ETL and data integration.

The Python–Django Full Stack Development course is designed to help you master both frontend and backend web development using Python and Django. You’ll learn to build dynamic, database-driven websites and applications from scratch, gaining hands-on experience in real-world project development.

The Java Full Stack Development course is a comprehensive program designed to help learners master both front-end and back-end technologies using Java. It covers everything from core Java programming to advanced web application development with modern frameworks and tools.

Learn to perform performance and API testing using JMeter, ensuring reliable, high-performing web applications and services.

Learn to create responsive, modern, and visually appealing web interfaces using HTML, CSS, Bootstrap, and Tailwind CSS.

Learn to analyze, visualize, and interpret data effectively using Excel, R, and Microsoft Power BI for data-driven decision-making.

Learn to create intuitive, visually appealing, and user-centered digital experiences through effective UI/UX design principles.

Learn to efficiently manage projects using Agile methodologies, ensuring iterative development, collaboration, and timely delivery.

Learn to automate web application testing using Selenium, ensuring faster, reliable, and accurate quality assurance.

Learn to perform end-to-end web application testing using Cypress, ensuring fast, reliable, and maintainable automation.