Machine Learning From Mathematical Foundations to Apps
Published 8/2026
Created by Ayoub Allali
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: Arabic | Duration: 29 Lectures ( 42h 32m ) | Size: 36.3 GB
Machine Learning: From Mathematical Foundations to Web, Mobile, and Desktop Applications
What you’ll learn
–Master essential mathematical foundations for machine learning and artificial intelligence algorithms
–Perform data collection, web scraping, cleaning, and exploratory data analysis using NumPy and Python tools
–Build, train, and evaluate supervised and unsupervised machine learning models from scratch
–Integrate machine learning models into real-world web, mobile, and desktop applications
Requirements
–Python
Description
Master machine learning from core mathematical foundations to real-world applications across web, mobile, and desktop platforms. This course bridges theoretical concepts with practical implementation, taking you on an end-to-end journey to build, deploy, and scale intelligent AI systems.
You will begin by establishing essential math skills for data science, covering key principles required to understand modern machine learning algorithms. From there, gain hands-on experience using NumPy for efficient numerical computing, alongside techniques for data collection, web scraping, automation, data manipulation, and cleaning.
As you progress, master Exploratory Data Analysis to uncover insights, followed by feature engineering and feature selection to optimize model performance. You will dive deep into main AI subdomains and core machine learning paradigms, including supervised and unsupervised learning techniques.
Finally, turn theory into application by building end-to-end projects. Learn how to integrate machine learning models into web and mobile apps to process numerical, image, and time series data. Advance your skill set with real-time streaming using Apache Kafka, Big Data AI integration, recommendation systems, and computer vision.
Chapter 1: Math for Data science and AI
Chapter 2: Numerical Computing with NumPy
Chapter 3: Data Collection, Data Manipulation, and Data Cleaning
Chapter 4: Exploratory Data Analysis
Chapter 5: Features Engineering and Features Selection
Chapter 6: AI Subdomains and Machine Learning
Chapter 7: Linking AI models with mobile and web apps
Chapter 8: Advanced Projects
Who this course is for
–Junior Data Scientists
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