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Coursera

Machine Learning in Python: Analyze & Apply

EDUCBA via Coursera

Overview

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Master the fundamentals and practical applications of machine learning in Python through a structured, hands-on learning experience that builds both conceptual understanding and technical confidence. In this course, you will explore the core principles of machine learning, work with NumPy for numerical computing, create meaningful data visualizations with Matplotlib, and manage structured datasets using Pandas. You will then progress to building and evaluating supervised and unsupervised learning models with scikit-learn, using validation techniques to assess and improve model performance. Finally, you will apply your skills to advanced machine learning applications, including face recognition, text classification, feature extraction, hyperparameter tuning, language identification, and sentiment analysis. Designed for aspiring data scientists, students, analysts, and professionals looking to strengthen their Python machine learning skills, this course combines essential theory with practical coding exercises that reinforce every concept. Its progression from machine learning foundations and data preparation to model evaluation and real-world applications provides a clear, comprehensive learning path. By the end of the course, you will be able to analyse data, build and validate machine learning models, optimise their performance, and apply Python-based machine learning techniques to solve practical data science problems with confidence.

Syllabus

  • Foundations of Machine Learning and NumPy
    • This module introduces the core concepts of machine learning and the fundamental role of NumPy in Python-based data science. Learners explore the advantages and challenges of machine learning, install and set up NumPy, and perform basic array operations. By the end, students gain a solid foundation for working with numerical data structures in Python.
  • Data Handling with NumPy, Matplotlib, and Pandas
    • This module focuses on data manipulation and visualization using Python’s scientific libraries. Learners advance their NumPy skills with indexing and Boolean operations, visualize data through Matplotlib plots, and master structured data handling with Pandas. These tools form the backbone of efficient exploratory data analysis.
  • Supervised and Unsupervised Learning with Scikit-Learn
    • This module introduces machine learning models through scikit-learn, covering both supervised and unsupervised approaches. Learners explore datasets, train classifiers, validate models with cross-validation, and evaluate performance metrics. By the end, they understand clustering, dimensionality reduction, and core ML workflows.
  • Advanced Applications of Machine Learning
    • This module covers advanced applications of machine learning, including face recognition, text classification, and natural language processing. Learners extract features, train classifiers, tune parameters, and conduct sentiment analysis. The skills gained prepare students to apply machine learning in real-world contexts.

Taught by

EDUCBA

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