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Generative AI Training Plan

Flagship Master Track

Machine Learning, Deep Learning, GenAI, RAG & Autonomous Agentic AI

60 Hours Live
Live Mentor-Led Sessions
Hands-on Coding Labs & GitHub
Accredited Certificate
Generative AI Training Plan
Flagship Master Track

Generative AI Training Plan

From Core Python & EDA to Generative AI & Autonomous Agentic Systems with 5 independent progressive levels.

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DEEP LEARNING
14 Hours (7 Days × 2 Hours)
View Full Curriculum

Deep Learning with TensorFlow & Keras

By the end of Level 3, participants will understand neural networks, train Deep Learning models using TensorFlow/Keras, evaluate model performance, and build introductory Computer Vision and NLP applications.

Live Interactive Syllabus
14 Hours (7 Days × 2 Hours)
•
Instructor-Led Online
•
5 Hands-on Coding Labs
What you'll master in Level 2
Target Competency Outcome

By the end of Level 3, participants will understand neural networks, train Deep Learning models using TensorFlow/Keras, evaluate model performance, and build introductory Computer Vision and NLP applications.

Training Objectives & Core Deliverables

Understand Deep Learning concepts and neural networks.

Build and train Artificial Neural Networks (ANNs).

Work with TensorFlow and Keras.

Build image classification models using CNNs.

Understand sequence models and introductory NLP.

Apply Deep Learning best practices and transfer learning.

Day-by-Day Training Schedule & Live Labs
5 Live Sessions • 100% Hands-on
Day 1
Deep Learning Foundations
Live Session
Topics Explored:
Introduction to Deep Learning & ML vs Deep Learning
Neural Networks & Perceptron architecture
Activation Functions (Sigmoid, ReLU, Tanh, Softmax)
Forward & Backpropagation mechanics
Loss Functions and Optimizers (Gradient Descent, Adam)
Hands-on Lab Exercise

Build a simple neural network for tabular data.

Day 2
TensorFlow & Keras Essentials
Live Session
Topics Explored:
TensorFlow architecture & Tensors
Keras Sequential API
Model creation, compilation, training and validation
Evaluation metrics & callbacks (EarlyStopping)
Saving and loading trained models
Hands-on Lab Exercise

Customer churn prediction using TensorFlow/Keras.

Day 3
Computer Vision with CNN
Live Session
Topics Explored:
Introduction to CNN & Image representation
Convolution and Pooling layers
Image preprocessing and normalization
CNN architecture design
Model evaluation
Hands-on Lab Exercise

Build an image classifier using the Fashion MNIST dataset.

Day 4
Deep Learning for Text (NLP Basics)
Live Session
Topics Explored:
Introduction to NLP & text preprocessing
Tokenization & stop words removal
Word Embeddings
RNN / LSTM concepts
Text classification overview
Hands-on Lab Exercise

Sentiment analysis using a text dataset.

Day 5
Transfer Learning & End-to-End Project
Live Session
Topics Explored:
Transfer Learning concepts & why pretrained models
MobileNet, ResNet, EfficientNet overview
Fine-tuning pretrained models for custom datasets
Deep Learning workflow
Model deployment overview
Hands-on Lab Exercise

Build an end-to-end image classification project using a pretrained CNN.

Detailed Module-wise Curriculum
5 Modules

Evolution from Machine Learning to Deep Learning

Biological neuron vs Artificial neuron

Perceptron and Multilayer Perceptron (MLP)

Neural Network architecture

Activation functions: Sigmoid, ReLU, Tanh, Softmax

Forward propagation and Backpropagation

Gradient Descent, Loss functions, and optimizers

Lab Practical: Build a basic ANN for a classification problem.

Tensors and operations in TensorFlow

TensorFlow ecosystem overview

Keras Sequential and Functional APIs

Building neural networks layer by layer

Training, validation, and loss tracking

Early stopping and model checkpoint callbacks

Saving and loading models for inference

Lab Practical: Customer churn prediction using TensorFlow/Keras.

Image representation in digital tensors

Convolution layer, filters, and feature maps

Pooling layers (Max, Average)

Flatten and Dense classification layers

CNN architecture design & tuning

Loading image datasets & normalization

Data augmentation (conceptual)

Lab Practical: Fashion MNIST image classification.

NLP Foundations & text cleaning pipelines

Stop words, Stemming, and Lemmatization overview

Tokenization and vocabulary indexing

Word embeddings (Dense vector representations)

Sequence Models: RNN and LSTM architecture

Text classification workflow

Lab Practical: Sentiment analysis using TensorFlow/Keras.

Why pretrained models are standard practice

MobileNet, ResNet, and EfficientNet architectures

Fine-tuning pretrained models with frozen backbones

Model evaluation, confusion matrix, and inference

Exporting trained models for production

Lab Practical: End-to-end image classification project using transfer learning.
DEEP LEARNING COMPETENCY BADGE
Certificate of Technical Competency — Deep Learning with TensorFlow & Keras

Complete all live hands-on labs to earn this verifiable competency badge. This credential unlocks progression to Generative AI, Large Language Models & Prompt Engineering.

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Frequently Asked Questions

Frequently Asked Questions: Generative AI Training Plan

Find clear answers to common questions about our live interactive classes, cohort schedules, project mentoring, and career assistance.

Student Support

1-on-1 Guidance Available

Still have questions?

Can't find what you're looking for? Reach out to our training advisors for personalized course guidance.

This program is designed for engineers, developers, and tech professionals looking to master applied Machine Learning, Deep Learning, Generative AI, and autonomous Agentic AI systems with practical hands-on implementations.

You can choose to enroll in the complete 4-track master program (recommended for end-to-end expertise) or consult our academic team to join specific tracks matching your current skills.

Track 1: Scikit-learn, MLOps, ML Pipelines. Track 2: TensorFlow, Keras, CNN, NLP. Track 3: LangChain, Chroma/FAISS, RAG, Fine-Tuning. Track 4: LangGraph, MCP, ReAct, Multi-Agent Systems.

Yes, all classes are live, interactive online sessions with senior practitioners. Session recordings, code notebooks, datasets, and reading references are shared after each class.

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