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Artificial Intelligence Course in Chennai

Learn the nuances of Artificial Intelligence with the help of Aimoreโ€™s Artificial Intelligence course in Chennai.

Artificial Intelligence Training - An Overview

Artificial Intelligence Course in Chennai โ€“ Build Real Skills, Get Career-Ready

Artificial Intelligence is transforming every industry. This course is designed to equip you with the most in-demand AI skills, including Machine Learning, Deep Learning, Neural Networks (CNN & RNN), and tools like Python and TensorFlow. Whether you're a beginner or an early-stage professional, this program helps you build a solid foundation in AI and gain the practical expertise needed to thrive in real-world roles.

Structured with interactive labs, real-time projects, and expert career guidance, the course ensures youโ€™re job-ready upon completion.

What Youโ€™ll Learn

  • 70+ hours of blended learning
  • Python programming for AI development
  • Machine Learning algorithms & real-world applications
  • Deep Learning with Neural Networks (CNN & RNN)
  • TensorFlow for building and deploying AI models
  • Natural Language Processing & Computer Vision basics

Certifications Covered

  • TensorFlow Developer Certificate
  • Aimore Course Completion Certification
  • Preparation support for additional AI/ML certifications

Training Mode & Duration

  • Online & Classroom Training
  • Flexible schedules: Weekday & Weekend batches
  • Duration: 12 Weeks

We are the leading Artificial Intelligence training institute in Chennai, offering hands-on classroom and online training. Our centers are located in OMR, Porur, and Medavakkam.

Build an AI portfolio with real-world projects, get resume support, attend mock interviews, and receive job referrals through our dedicated placement cell.

Aimoreโ€™s Artificial Intelligence Course Features

Hands-on Lab Sessions
Lab-based learning with real-time simulations to apply AI concepts like machine learning and neural networks in real-world scenarios.
Guaranteed Placement Support
Get end-to-end assistance, including resume building, mock interviews, and job referrals to leading MNCs.
Experienced AI Trainers
Sessions led by certified instructors with practical industry experience in AI, ML, and deep learning technologies.
Industry-Recognized Certification
Earn a widely accepted certificate upon course completion, valid for both online and testing centre evaluations.
Flexible Learning Options
Attend classroom or online sessions with weekday and weekend batch availability from 9 AM to 9 PM.
Structured Learning Path
Follow a guided learning journey aligned with job roles, or customize your learning with self-paced flexibility.
70+ Hours of Instructor-Led Training
In-depth sessions with interactive mentoring, assignments, and project walkthroughs by expert trainers.
One-on-One Doubt Clarification
Get personalized guidance and doubt-clearing sessions to strengthen your understanding of core concepts.
Lifetime Batch Access
Rejoin any batch in the future at no extra cost, ensuring continuous learning and concept reinforcement.

Artificial Intelligence Course Timings

Weekdays Wednesday(Monday - Friday) Enrol Now
Weekdays Friday(Monday - Friday) Enrol Now
Weekend Saturday (Saturday - Sunday) Enrol Now

Start Your Journey in AI Today

Ready to navigate the exciting world of Artificial Intelligence? Join our Artificial Intelligence course in Chennai with placement.

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Eligibility criteria for the Artificial Intelligence course

The basic eligibility for the Artificial Intelligence course is a bachelorโ€™s degree in Computer Science, Information Technology, Mathematics, Electronics, or any related field. The course is also suitable for working professionals with a strong background in programming, data science, or analytics who are looking to upskill in AI and machine learning.

  • Freshers and Final-Year Students
  • Software Developers & Engineers
  • Data Analysts & Data Scientists
  • Automation & QA Engineers
  • IT and Cloud Professionals
  • Business Intelligence Experts
  • Professionals in Robotics, IoT, and NLP domains
  • Academic Researchers and Technical Trainers
  • Programming Fundamentals: Familiarity with Python or any programming language is recommended.
  • Mathematics & Statistics Basics: Understanding of linear algebra, probability, and statistics helps in grasping ML concepts.
  • Problem-Solving Mindset: Curiosity to analyze, automate, and improve real-world systems.
  • Logical Thinking: Ability to break down complex problems into structured algorithms.
  • Interest in AI Technologies: Willingness to explore machine learning, deep learning, and neural networks.
  • Data Handling Awareness: Basic understanding of data preprocessing and data structures.
  • Visualization Awareness: A grasp of how to present and interpret AI-driven results.
  • Learning Attitude: Openness to learn new tools like TensorFlow, Keras, or PyTorch.

This course is thoughtfully designed for both beginners and professionals, offering foundational knowledge and advanced practical training tailored to your experience level.

Artificial Intelligence Course in Chennai: Syllabus

Python

  • Overview of Python and Its Development Environment: Exploring the basics of Python and tools like Jupyter, Pycharm, and more for development.
  • Essential Python Concepts: Exploring variables, data types, loops, conditional statements, functions, decorators, lambda functions, file and exception handling, and more.
  • Fundamentals of Object-Oriented Programming: Discussing concepts such as classes, objects, inheritance, abstraction, polymorphism, and encapsulation.
  • Practical Sessions and Assignments: Engaging with hands-on exercises related to real-world scenarios for thorough understanding.

Linux

  • Getting Started with Linux: An introduction to the basic functions and features of Linux OS.
  • Key Linux Concepts: Focusing on file handling and data extraction.
  • Practical Sessions and Assignments: Engaging in exercises to familiarise with Linux basics.

Excel Core Concepts

  • Basics: Data input, formula referencing, name range, logical functions, conditional formatting, and advanced validation.
  • Advanced Features: Dynamic tables, sorting, filtering, pivot tables, dashboards, data and file security, and VBA macros.
  • Excel VBA: Exploring ranges, worksheets, loops, IF conditions, and debugging.

Data Analysis using Excel

  • Data Handling: Text data processing, date management, data conversion, handling of missing values, and table operations.

Visualising Data:

  • Using charts, pie charts, scatter plots, bar graphs, column charts, line graphs, maps, and more.

Excel Power Tools:

  • Introduction to Power Pivot, Power Query, and Power View.

Classification in Excel:

  • Topics include binary and multiple classification problems, confusion matrices, AUC, and ROC curves.

Understanding Information Measures:

  • Probability, entropy, mutual information, and dependence.

Regression Analysis in Excel:

  • Covering topics like standardisation, probability distributions, inferential statistics, linear and logistic regression, error measures, and more.

Practical Sessions:

  • Practical exercises focusing on real-world problem scenarios.

Basic SQL Concepts:

  • Introduction to SQL: Understanding tables, joins, and variables.

Advanced SQL Techniques:

  • Exploring SQL functions, subqueries, views, string and mathematical functions, date-time functions, and more.
  • User-Defined Functions: Discussing types, stored procedures, rank functions, triggers, etc.
  • SQL Performance: Delving into record grouping, searching, sorting, indexing, and more.
  • Practical Sessions: Engaging with practical exercises on real-world problem scenarios.

Data Integration:

  • Extract, Transform, Load (ETL) Methods: Web scraping and API interactions.

Data Management with Python Libraries:

  • Using NumPy: Exploring arrays, linear algebra concepts, CRUD operations, and more.

Manipulating Data with Pandas:

  • Loading data, understanding data frames and series, CRUD operations, and data segmentation.

Data Preparation:

  • Preliminary Data Inspection: EDA, feature engineering and scaling, normalisation, outlier analysis, VIF, and more.

Visualising Data with Python:

  • Using Matplotlib: Creating bar charts, scatter plots, line graphs, pie charts, etc.
  • Using Seaborn: Producing regression plots, categorical graphs, area charts, and more.
  • Practical Sessions

Descriptive Statistics

  • Measures of central tendency
  • Measures of spread
  • Five points summary

Probability Theory

  • Probability Distributions
  • Central limit theorem
  • Bayes theorem

Inferential Statistics

  • Correlation and covariance
  • Confidence intervals
  • Hypothesis testing: F-test, Z-test, t-test, ANOVA, chi-square test, and more

Machine Learning Overview

  • Supervised vs. Unsupervised learning
  • Introduction to tools: sci-kit-learn, Keras, and more

Regression Analysis

  • Understanding regression problems: Dependent and independent variables
  • Training, evaluating, and enhancing the performance of regression models

Classification Analysis

  • Understanding classification problems: Dependent and independent variables
  • Training, evaluating, and enhancing the performance of classification models

Clustering Analysis

  • Understanding clustering problems: Dependent and independent variables
  • Training, evaluating, and enhancing the performance of clustering models

Methods in Supervised Learning

  • Linear Regression: Building models for linear data with techniques like data preprocessing and normalization
  • Logistic Regression: Model building for binary outcomes
  • Decision Trees and Random Forests: Hierarchical model building
  • Support Vector Machines: For both regression and classification tasks
  • Gradient Descent: Iterative method to find function extremities
  • K-Nearest Neighbors: Classification method based on proximity
  • Time Series Analysis: Predictive analysis using time series data

Techniques in Unsupervised Learning

  • K-means Clustering: Grouping data based on similarities
  • Dimensionality Reduction: Managing multi-dimensional data
  • Linear Discriminant Analysis and Principal Component Analysis: Optimising multi-dimensional data

Performance Evaluation Metrics

  • Classification reports: Metrics such as recall, precision, and more
  • Confusion matrix: Assessing prediction outcomes
  • Metrics like r2, adjusted r2, and mean squared error

Foundations of AI

  • Introduction to TensorFlow and Keras API

Understanding Neural Networks

  • Basic Neural Networks
  • Multi-layer Neural Networks
  • Advanced Artificial Neural Networks

Techniques in Deep Learning

  • Deep Neural Architectures
  • Convolutional Neural Networks
  • Recurrent Neural Networks
  • GPU applications in deep learning
  • Exploration of Autoencoders and restricted Boltzmann machines

Introduction to Power BI

  • Overview of Power BI, its components, and BI Tools
  • Data Warehousing essentials
  • Workflow with Power BI Desktop and Data Extraction
  • Data handling with SaaS Connectors, Azure SQL database, and integrating Python and R
  • Advanced features: Power Query Editor, Data Transformations, and Hierarchies

DAX Fundamentals

  • Data Modeling concepts
  • Time-based functions in DAX and advanced functionalities

Advanced Data Visualization

  • Techniques such as Slicers, filters, and Drill Down Reports
  • Exploring Power BI Query, Q & A features, and Data Insights
  • Power BI settings, administration, and direct connections
  • Embedded Power BI API and mobile integration

Practical Session:

  • Hands-on experience creating a visual dashboard based on sales data
Introduction to MLOps
  • MLOps lifecycle and pipeline
  • MLOps components and processes
Deploying Machine Learning Models on the Cloud
  • An overview of Azure Machine Learning
  • Steps to deploy machine learning models using Azure

Understanding Version Control

  • Definition and importance of version control
  • Different types of version control systems
  • Introduction to SVN

Exploring Git

  • Life cycle of Git
  • Common commands and their uses
  • Branch operations in Git, including creation and merging
  • Conflict resolution during merges
  • Workflow best practices
  • Collaborating with GitHub
  • Collaborative techniques using pull requests
  • Different methods of GitHub authentication: SSH and HTTP

Establish a solid foundation in:

  • Extraction, loading, and transformation of data to derive insights
  • Manipulation and pre-processing of datasets
  • Engineering features and scaling data according to the problem's demands
  • Building models using various machine learning algorithms, both supervised and unsupervised
  • Evaluating and monitoring machine learning models

Constructing a Recommendation Engine

  • Techniques in machine learning for recommending movies, restaurants, books, etc.

Text Classification and Rating Prediction

  • Building machine learning models for text data, predicting ratings and sentiments

Predictive Analysis on Census Data

  • Analysing population data and predicting/classifying features such as population count, income levels, etc.

Real Estate Price Prediction

  • Building a model to forecast housing prices based on multiple features

Real-time Object Detection

  • Building a machine learning model for detecting objects

Stock Market Insights

  • Analysing historical stock data to gain insights on specific stocks through feature engineering and selection

Predicting Consumer Behaviour in Banking

  • Classification problem using machine learning models to predict consumer actions

Designing an AI Chatbot

  • Using the NLTK python library, apply machine learning techniques to create an interactive AI chatbot

Fundamentals of Text Processing

  • ]Text mining, cleaning, and pre-processing techniques
  • Tokenization: Various tokenizers, frequency distribution, stemming, POS tagging, lemmatisation, and entity recognition

Text Analysis

  • Text classification, sentiment analysis using NLTK
  • Machine Learning overview, words, term frequency, countvectorizer, inverse document frequency, text conversion, confusion matrix, Naive Bayes classifier

Understanding Language Structure

  • Language modelling, predicting tag sequences, syntax trees, context-free grammars, chunking, paraphrasing techniques

Building with NLP

  • Using NLP techniques, construct a recommendation engine and an AI chatbot assistant

Introduction to RBM, DBNs, & Variational AutoEncoder

  • Overview of RBM and autoencoders
  • Utilising RBM for deep neural networks and collaborative filtering
  • Features and applications of autoencoders
  • Implementing Object Detection using CNN
  • Building a CNN using TensorFlow
  • Understanding convolutional, dense, and pooling layers

Generating Images and Advanced Models

  • Neural style image generation and deep generative models
  • Overview of generative models, sequence-to-sequence model (LSTM)

Parallel and Distributed Computing for Deep Learning

  • Differentiating distributed and parallel computing
  • Introduction to TensorFlow distributed computing and parallel training

Deepening Knowledge in Reinforcement Learning

  • Mapping the human mind with DNN
  • Components and architecture of ANN

Deployment Techniques for Deep Learning Models

  • Persisting models, saving, and serialising in Keras
  • Deploying models with TensorFlow Serving, Docker, Kubernetes, and more
  • Introduction to TensorFlow Lite and CNN model deployment

Dive into Big Data and Spark

  • Overview of Apache Spark framework and RDDs
  • Exploring gaps in traditional computing methods

Advanced RDD Techniques

  • Working with RDD persistence, caching, transformations, actions, and functions
  • The role of Key-Value pairs in RDDs and partitioning
  • Mastering Advanced Concepts and Spark-Hive Integration
  • Passing functions to Spark and understanding Spark SQL architecture
  • UDFs, DataFrames, data loading techniques, and performance tuning
  • Integrating Spark with Hive
  • Strategies for Job Searching
  • Crafting a Resume
  • Optimising LinkedIn Profiles
  • Preparing for Interviews with Industry Expert Sessions
  • Simulated Interview Practices
  • Potential placements with X+ hiring partners after passing the Placement Readiness Test.
Download Syllabus

Accelerate Your AI Career with These Benefits from Aimore Technologies

Experienced Mentors to Guide You
Learn from seasoned professionals with over 10 years of real-world experience in Artificial Intelligence, Machine Learning, and Deep Learning.
Build a Job-Winning Resume
Our career experts assist you in crafting a professional resume tailored for AI and machine learning roles, helping you highlight your technical strengths effectively.
Ace Technical and HR Interviews
We conduct regular mock interviews to build confidence and improve your responses to both technical and behavioral questions.
Master the HR Round with Confidence
We provide you guided support on answering common HR questions, improving communication skills, and presenting yourself professionally.
100% Ongoing Placement Assistance
Our dedicated placement team shares job opportunities, provides referrals, and supports you throughout your job search journey.
Become Employer-Ready
At Aimore we guide you to present your projects, portfolios, and skills in a way that aligns with industry expectations and attracts recruiters.
Smoothly Transition into an AI Role
Whether you're switching careers or just starting out, we offer the guidance and resources needed to enter the AI field with confidence.

Want to Future-Proof Your Career? Artificial Intelligence Course, Chennai

Master the most in-demand skills with our Artificial Intelligence Course in Chennai. Enrol today and stay ahead of the curve. Letโ€™s build your future together.

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