Most ML time isn’t spent on modeling — it’s data cleaning. Tried skrub, and it genuinely simplifies the pipeline. You can go from raw data to a working model in minutes, especially for real-world tabular data. Worth checking out 👇 #skrub #MachineLearning #Python #DataScience #AI #MLOps #DataEngineering #ScikitLearn

Day 14 of My AI Journey 🚀 Today I focused on working with real data using file handling in Python. Covered: 👉 Reading and writing files 👉 Processing data from text/CSV files 👉 Combining file data with lists and dictionaries What I worked on: 👉 Built small scripts to read data, process it, and generate outputs 👉 Practiced handling real input instead of hardcoded values Key takeaway: 👉 Working with real data introduces new challenges and requires more structured thinking This step is helping me transition from practice problems to real-world data processing, which is essential for AI systems. #Python #AI #LearningInPublic #BuildInPublic

ML isn’t magic — it’s math. Visualized the sigmoid function behind Logistic Regression 📊 Turning raw inputs into probabilities (0 → 1) = real decisions. Small Concept. Big impact. #MachineLearning #DataScience #Python #AI

Day 7 of becoming an AI/ML Engineer 💻 Today’s topic: Dictionaries, methods, and functions in Python Learned how to store and access data using key–value pairs. Building strong fundamentals every day! #Python #AI #ML #LearningInPublic #StudentJourney

✨ A New Beginning in My AI/ML Journey As part of the Industry Immersion Program by MeetMux, Day 3 marked my transition from setup to execution. 🔹 What I tackled today: Built a basic data pipeline using Python, NumPy, and Pandas — focusing on how data is processed, structured, and analyzed. 🔹 What I learned : The concept of vectorization in NumPy — instead of using loops, operations can be applied to entire datasets at once, making computations significantly faster. This is a core technique used in real-world AI systems. 🔹 My goal: To continue building a strong foundation in data handling and move towards implementing real-world machine learning models by the end of this week. 🔗 My Work (GitHub): https://lnkd.in/gQNYJ8ce #AI #MachineLearning #Python #NumPy #Pandas #IndustryImmersion #LearningInPublic #MeetMux

Today I explored Linear Regression in Machine Learning — from simple to multiple and polynomial models. Understanding how different features shape predictions step by step. 📊 Building a strong foundation, one concept at a time. 🔗 GitHub: https://lnkd.in/g4mDK4fM #MachineLearning #LinearRegression #DataScience #LearningJourney #AI #Python

Day 11 of My AI Journey 🚀 Today I started working with data structures in Python. Covered: 👉 Lists and how to store multiple values 👉 Iterating over data using loops 👉 Basic operations like adding, removing, and accessing elements What I worked on: 👉 Built small programs using lists to manage and process data 👉 Practiced combining lists with loops and conditions Key takeaway: 👉 Real-world programs don’t deal with single values — they work with collections of data This step is helping me move closer to handling real datasets and preparing for AI concepts. #Python #AI #LearningInPublic #BuildInPublic

Starting my journey in Machine Learning! Today, I worked on a simple Linear Regression model using Python and Scikit-learn. 🔹 Created a dataset with input (X) and output (y) 🔹 Trained the model using Linear Regression 🔹 Predicted the output for a new input value This small step helped me understand how machines can learn patterns from data and make predictions. Key takeaway: Even a simple model can give powerful insights when the relationship between data is clear. Looking forward to exploring more concepts like classification, model evaluation, and real-world datasets! #MachineLearning #Python #DataScience #LearningJourney #AI #StudentLife

To make a decision tree, all data has to be numerical. We have to convert the non numerical columns 'Nationality' and 'Go' into numerical values. Pandas has a map() method that takes a dictionary with information on how to convert the values. {'UK': 0, 'USA': 1, 'N': 2} Means convert the values 'UK' to 0, 'USA' to 1, and 'N' to 2. #MachineLearning #DataScience #Python #ArtificialIntelligence #AI #ScikitLearn #DataAnalysis #ML

Exploring one of the fundamental concepts in Machine Learning — Linear Regression . Currently trying to understand how data can be used to predict outcomes and identify relationships between variables.   What seems like a simple concept actually plays a crucial role in building intelligent systems.   Interesting to see how models learn from data and improve over time.   What ML concept are you currently exploring?  #AIML #LearningInPublic #Python #DataScience #Consistency