
This course includes our updated coding exercises so you can practice your skills as you learn.
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Learn how to create meaningful variable names, manipulate strings with escape sequences and formatted strings, and explore string methods. Understand numbers including integers, floats, and complex types. Master numerical functions like round, abs, ceil, floor, perform data type conversion, use comparison operators, and write effective conditional IF statements.
Explore the ternary operator for concise conditionals and master logical operators with short circuit evaluation. Learn chaining comparisons for readable code. Practice with a quiz, and dive into for loops, nested loops, and working with iterables to efficiently process collections and control program flow.
Master while loops to execute code repeatedly based on conditions. Test your knowledge with a quiz. Learn how to define functions with various argument types, including keyword and default arguments, and understand different function types to write flexible, reusable, and efficient Python code.
Understand how to use *args and **kwargs for flexible function arguments. Explore core data structures like lists, tuples, sets, and dictionaries, learn to access items, perform list unpacking, and master sorting lists to organize and manipulate data efficiently in Python.
Learn how to sort tuples efficiently and harness the power of lambda functions for concise, anonymous operations. Explore map, zip, and filter functions to process collections, and master list comprehensions for clean, readable, and Pythonic ways to create and transform lists quickly.
Discover tuple comprehensions (using generator expressions), and master generator expressions for memory-efficient data processing. Learn effective exception handling to write robust code, and dive into classes to implement object-oriented programming, enabling you to create reusable, modular, and organized Python programs with custom data structures and behaviors.
Learn how to count the number of vowels in a given string using Python. This exercise teaches you to iterate through characters, apply conditional checks, and work with string methods to accurately identify and tally vowels, strengthening your skills in string manipulation and control flow.
Write a Python function to reverse a given string. This exercise helps you practice string slicing, looping, or built-in methods, enhancing your understanding of string manipulation and function creation for effective problem-solving.
Learn to calculate the factorial of a given number using recursion in Python. This exercise strengthens your understanding of recursive function design, base cases, and problem decomposition, which are essential concepts in algorithmic thinking and functional programming.
Write a Python function to check if a given number is prime. This exercise helps you practice loops, conditionals, and optimization techniques to efficiently determine primality, a fundamental concept in number theory and algorithm design.
Learn to find the most frequent element in a list using Python. This exercise teaches you how to count occurrences, use dictionaries or collections, and apply logic to identify the element that appears the most, enhancing your data analysis and problem-solving skills.
Write a Python function to remove all duplicates from a list while preserving the original order. This exercise improves your skills in list manipulation, set operations, and maintaining data sequence, essential for clean and efficient data processing.
Write a Python function to find the second largest number in a list. This exercise helps you practice sorting, iteration, and conditional logic to accurately identify the runner-up value in a dataset.
Learn to convert an integer to its binary representation using Python. This exercise teaches you about number systems, built-in functions, and string formatting, helping you understand how computers represent data at the bit level.
Write a Python function to calculate the sum of digits of a given number. This exercise practices number manipulation, loops, and arithmetic operations, building foundational skills for solving numerical problems efficiently.
Write a Python function to merge two sorted lists into a single sorted list. This exercise enhances your understanding of list manipulation, algorithmic merging techniques, and efficient data processing.
Write a Python function to find the longest word in a given sentence. This exercise helps you practice string manipulation, splitting text, and comparison logic to identify the word with the greatest length.
Essential libraries for ML.
Explore data, understand distributions.
Advanced data exploration techniques.
Prepare data for training and testing.
Develop ML Models and check accuracy score
Learn about Classification Report
Learn about Accuracy, precision, recall and f1
Let's have a quick recap
Learn about Confusion Matrix
Glimpses of hyperparameter training n_estimators
Save and load the model
Learn about LinearSVC model
Learn about KNeighbors Classifier model
Let's run multiple models using functions
Learn about how to run multiple models using Parallel library
Learn about Cross Validation Score
Learn about Predict and Predict Proba
Learn about ROC Curve
Learn about Cross tab
Learn about Correlation Analysis
Learn about Feature Importance
Learn about Hyperparameter tuning - RandomizedSearchCV
Learn about Hyperparameter tuning - GridSearchCV
Classification Project - Heart Disease dataset
Regressor - Train our model Part - 1
Regressor - Train our model Part - 2
Regressor - Recap
Fill missing values using Pandas
Fill missing values using scikit-learn libraries
Regression Project - California Housing dataset
This course is meticulously designed for students and working professionals who are passionate about applied machine learning with Scikit-learn. Leveraging my 10+ years of industry experience, I've customized this program to provide a truly practical and comprehensive learning journey.
This course meticulously covers:
Python fundamentals: Build a strong foundation with essential data structures like lists, tuples, sets, and dictionaries, alongside classes and functions. You'll gain practical coding experience through dedicated exercises.
Applied machine learning with Python: Dive deep into real-world scenarios, exploring multiple classification and regression models to solve diverse problems. You'll learn the art of data preprocessing, model selection, and performance evaluation.
This course is overall structured with muliple projects and recap sessions which helps you to get how ML is being used.
By the end of this course, you'll be profoundly comfortable with Machine Learning and Deep Learning concepts, equipped with the confidence and practical skills to start applying for jobs in the rapidly expanding AI field. You'll not only understand the theory but also how to implement and optimize models, making you a valuable asset in any data-driven team. This journey will transform your understanding of AI into tangible, employable skills.
Thank you and all the best !