Basics of AI & ML
Build a strong foundation in Artificial Intelligence and Machine Learning. Designed for beginners to understand concepts through simple explanations and hands-on projects.
Course Overview
The Basics of Artificial Intelligence & Machine Learning course is designed to introduce learners to AI & ML concepts in a simple, structured, and practical manner.
The course emphasizes:
- Strong conceptual foundation
- Logical thinking and problem-solving skills
- Hands-on exposure to real-world applications
This program avoids heavy mathematics and instead focuses on intuitive understanding, practical demonstrations, and real-time examples, making it ideal for beginners.
By the end of the course, learners will have a clear understanding of how AI & ML systems work and how they are applied across industries such as education, healthcare, finance, and automation.
What you will learn
- What is Artificial Intelligence?
- What is Machine Learning?
- AI vs ML vs Deep Learning
- Real-world applications of AI
- What is Python and why it is used in AI & ML
- Installing Python (Windows / macOS / Linux)
- Installing libraries using pip
- Introduction to IDEs: VS code & Jupyter Notebook
- Running first Python program
- Python syntax and indentation
- Variables and data types
- Operators and expressions
- Conditional statements (if, else, elif)
- Conditional loops (for, while)
- Functions and basic program structure
- Lists, tuples, dictionaries, and sets
- Writing simple logical programs
- What are libraries and packages?
- Installing packages using pip
- Importing libraries in Python
- Understanding virtual environments (concept)
- NumPy: Numerical computing basics
- Pandas: Data handling and analysis
- Matplotlib: Data visualization
- scikit-learn: Machine learning algorithms
- What is data? Types of data
- Understanding datasets (rows, columns, features, labels)
- Loading CSV and Excel files using Pandas
- Pandas DataFrame and Series
- Viewing and exploring data (head, tail, info, describe)
- Selecting and filtering data
- Handling missing values (basic level)
- Simple data preprocessing concepts
- Why data visualization is important
- Introduction to charts and plots
- Line, bar, scatter plots (concept + demo)
- Visualizing trends and patterns
- Interpreting visual data for insights
- What does it mean for a machine to learn?
- Types of Machine Learning:
- Supervised Learning
- Unsupervised Learning
- Semi-Supervised Learning
- Reinforcement Learning
- Training data vs testing data
- Introduction to regression and classification
- Model training workflow (high-level)
- Overfitting and underfitting (concept)
- Model evaluation basics (accuracy concept)
- What is Deep Learning?
- Basic idea of neural networks
- Difference between ML and Deep Learning
- Applications of deep learning
- Ethical challenges in AI
- Responsible and safe use of AI
- Student Performance Prediction – Predicting student outcomes based on basic academic data.
- Customer Segmentation – Grouping customers based on behavior or purchase patterns.
- Message Classification – Classifying messages as important or non-important.
- Simple Prediction Model – Building a basic model to predict values from given data.
- Mini AI Application – A small end-to-end AI project combining data, model, and output.
Introduction to AI & ML
Python Installation & Environment Setup
Python Programming Basics
Python Libraries & Package Management
Data Concepts & Data Handling with Pandas
Data Visualization Basics
Machine Learning Fundamentals
Introduction to Deep Learning & AI Ethics
Hands-on Projects
Who Can Join This Course
- School students (9th Std and above)
- College students from any discipline
- Beginners with no coding background
- Working professionals entering AI & ML
Course Duration & Format
| Duration | 2 – 3 months (customizable based on batch) |
|---|---|
| Mode | Offline / Online |
| Sessions | Theory + hands-on practical labs |
| Access | Real-time guidance and doubt-clearing sessions |
Certification
Participants will receive a Course Completion Certificate upon successful completion of the program.