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Machine Learning with Python: Bootcamp + Real-World Projects
Rating: 4.1 out of 5(22 ratings)
6,538 students

Machine Learning with Python: Bootcamp + Real-World Projects

Dive into advanced concepts, hands-on case studies, and the latest industry trends, ensuring you emerge as a winner
Last updated 4/2025
English

What you'll learn

  • Master Core Concepts: Gain a solid understanding of fundamental machine learning principles, covering key concepts, methodologies, and the machine learning
  • Python Proficiency: Develop advanced Python programming skills, honing your ability to implement machine learning algorithms
  • Leverage Python libraries like NumPy, Pandas, and Matplotlib.
  • Practical Data Handling: Learn practical data manipulation techniques using Pandas, including working with DataFrames, slicing, indexing, and exploring
  • Data Visualization Mastery: Acquire skills in data visualization with Matplotlib, enabling you to convey insights effectively
  • Machine Learning Case Studies: Engage in hands-on case studies, including building a Covid19 Mask Detector and predicting diabetes in Pima Indians.
  • Apply theoretical knowledge to real-world scenarios, honing practical problem-solving skills.
  • Deep Learning with TensorFlow: Delve into the realm of deep learning using TensorFlow, exploring model building, training, and deploying a Covid19 Mask Detector
  • Acquire proficiency in creating and optimizing neural networks.
  • Advanced Model Evaluation: Understand advanced model evaluation techniques, including ROC analysis, Sklearn pipeline, and evaluation metrics
  • Deployment on AWS: Learn to deploy machine learning models on AWS, gaining practical experience in taking a project from development to deployment
  • Stay Current with 2024 Trends: Stay ahead of industry trends with insights into the latest advancements and applications in machine learning
  • Problem-Solving Skills: Develop critical problem-solving skills through real-world case studies, enabling you to approach diverse machine learning challenges
  • This course offers a comprehensive blend of theoretical knowledge and hands-on experience, empowering students to become Python prodigies

Course content

3 sections65 lectures8h 1m total length
  • Introduction to Course5:14
  • What is Machine Learning4:46
  • Life Cycle4:37
  • Introduction to Numpy Library6:44
  • Creating Arrays from Scratch6:00
  • Creating Arrays from Scratch Continued5:10
  • Array Indexing and Slicing9:53
  • Numpy Array Functions and Shape Modification8:41

    Explore numpy array slicing that creates views, how to make explicit copies, reshape with compatible sizes, and concatenate or stack arrays using concatenate, vstack, and stack.

  • Mathematical Operations on Numpy Arrays6:33
  • Introduction to Pandas Library9:45
  • Working with Pandas DataFrames6:38
  • Slicing and Indexing with Pandas6:57
  • Create DataFrame and Explore Dataset7:58
  • Data Analysis with Pandas DataFrame12:18
  • Other Useful Methods in Pandas Library3:56
  • Introduction to Matplotlib6:24
  • Customizing Line Plots8:11
  • Create Plot Using DataFrame8:49
  • Standard Scaler to Scale the Data5:44
  • Encoding Categorical Data10:42
  • Sklearn Pipeline and Column Transformer11:34
  • Evaluation Metrics in Sklearn7:04
  • Linear Regression11:55
  • Evaluation of Linear Regression Model10:28
  • Polynomial Regression7:43
  • Polynomial Regression Continued13:10
  • Sklearn Pipeline Polynomial Regression10:48
  • Decision Tree Classifier12:54
  • Decision Tree Evaluation6:57
  • Random Forest5:51
  • Support Vector Machines8:39
  • Kmeans Clustering4:17
  • KMeans Clustering - Hands On11:55
  • Data Loading and Analysis5:54
  • Dimensionality Reduction with PCA8:32
  • Hyper Parameter Tuning8:44
  • Summary1:32

Requirements

  • No prior knowledge of machine learning required. Basic knowledge of Python

Description

Welcome to the transformative journey of "Machine Learning with Python: Bootcamp + Real-World Projects." In this cutting-edge course, we dive into the dynamic landscape of machine learning, leveraging the power of Python to unravel the intricacies of data-driven intelligence. Whether you are a novice eager to explore the realms of machine learning or a seasoned professional looking to stay ahead in the rapidly evolving field, this course is tailored to cater to diverse learning goals.

Key Highlights:

Section 1: Machine Learning With Python

In the introductory section, participants are introduced to the course, setting the stage for their journey into machine learning with Python in 2024. The initial lecture provides a comprehensive overview of the course objectives and content, allowing participants to understand what to expect. Following this, the subsequent lectures delve into the core concepts of machine learning, providing a foundational understanding. The inclusion of preview-enabled lectures adds an element of anticipation, offering participants a sneak peek into upcoming topics, keeping them engaged and motivated.

Section 2: Machine Learning with Python Case Study - Covid19 Mask Detector

This hands-on section immerses participants in a practical case study focused on building a Covid19 Mask Detector using machine learning with Python. Starting with the preparation of the system and working with image data, participants gradually progress through various stages, including deep learning with TensorFlow. The case study goes beyond theoretical discussions, guiding participants in creating a basic front-end design for the application, implementing a file upload interface, and deploying the solution on AWS. This section not only reinforces theoretical knowledge but also equips participants with practical skills applicable to real-world scenarios.

Section 3: Machine Learning Python Case Study - Diabetes Prediction

The third section centers around a case study targeting the prediction of diabetes in Pima Indians through machine learning with Python. Participants are guided through the step-by-step process, beginning with the installation of necessary tools and libraries like Anaconda. The case study emphasizes key steps in machine learning, such as data preprocessing, logistic regression, and model evaluation using ROC analysis. By focusing on a specific problem and dataset, participants gain valuable experience in applying machine learning techniques to address real-world challenges.

Conclusion:

The course concludes with a summary that consolidates the key learnings from each section. Participants reflect on the theoretical foundations acquired and the practical skills developed throughout the course. This concluding section serves to reinforce the importance of combining theoretical knowledge with hands-on experience, ensuring participants leave the course with a well-rounded understanding of machine learning with Python.

Who this course is for:

  • Aspiring Data Scientists: Individuals looking to kickstart or advance their career in data science and machine learning, gaining practical skills in Python for real-world applications.
  • Python Developers: Programmers and developers seeking to expand their proficiency in Python and delve into the intricacies of machine learning for enhanced data analysis.
  • Business Analysts: Professionals in business analytics aiming to augment their analytical toolkit with advanced machine learning techniques, fostering better decision-making.
  • Tech Enthusiasts: Individuals passionate about technology and keen on staying updated with the latest trends, especially in the dynamic field of machine learning.
  • Students and Researchers: Academic individuals interested in exploring the practical aspects of machine learning, enabling them to apply theoretical knowledge to real-world scenarios.
  • Professionals Seeking Advancement: Working professionals in diverse industries aspiring to upskill and stay competitive by integrating machine learning capabilities into their skill set.
  • Self-Learners: Enthusiastic learners who prefer self-paced education and are eager to master Python for machine learning, regardless of their background or current skill level.
  • This course accommodates a diverse audience, providing a structured and engaging learning experience suitable for varying levels of expertise, from beginners to intermediate learners.