
Explore practical AI and Gen AI engineering by building real AI applications, from Python foundations to ML, DL, NLP, transformers, and AI agents using tools like Hugging Face.
Learn to manipulate and analyze data with numpy arrays, mastering creation, indexing, and operations essential for building reliable ai and genai workflows.
Master data handling with pandas to perform efficient data manipulation and analysis in the AI and GenAI engineer bootcamp.
Explore how probability models uncertainty in data using random variables and distributions (normal, Bernoulli, binomial) to power ML tasks from classification to Bayesian learning, with Bayes' theorem guiding the posterior.
Compare supervised and unsupervised learning to understand how each approach drives AI and GenAI projects.
Master regression models as a core tool in the AI and GenAI engineer bootcamp. Build practical skills in modeling relationships and making predictions.
Explore classification models within the complete AI and GenAI engineer bootcamp, introducing core concepts, methods, and practical applications for building reliable classifiers.
Visually and numerically compare underfitting, overfitting, and good fit to understand how model complexity affects performance. Learn to balance bias and variance to generalize to unseen data.
Build a house price prediction system with linear regression, using income, age, rooms, bedrooms, and population as features; clean data, train, and evaluate with MAE, RMSE, and R2.
Build a spam email classification system using machine learning and natural language processing to distinguish spam from ham with a binary classifier based on bag-of-words and multinomial Naive Bayes.
Learn customer segmentation with unsupervised machine learning using income and spending score, scaled for fair clustering with k-means and the ELBO method to find the optimal k.
Explore backpropagation fundamentals to train neural networks within the complete AI and GenAI engineer bootcamp, from zero to hero.
Master activation functions and loss functions in AI engineering, and learn how these components shape model performance.
Explore convolutional neural networks for image data, covering core concepts, architectures, and practical applications within an ai engineering bootcamp.
Explore recurrent neural networks and long short-term memory models for sequence data, highlighting how these architectures capture dependencies over time.
Dive into transformers for AI and GenAI, introducing the basics of transformer concepts and their applications in building intelligent models.
Build a CNN-based image classifier using TensorFlow to detect whether a person wears a mask, train with a face mask dataset, and save the trained model for real-time use.
Explore TF-IDF and embeddings to compare traditional text representations and modern neural methods, within the complete AI and GenAI engineer bootcamp from zero to hero.
Explore BERT and encoder models to understand how they process language tasks. Learn their role in advancing AI and GenAI applications in this bootcamp.
Explore common NLP tasks and build the foundation for a career as an AI and GenAI engineer.
Understand image processing as a foundational artificial intelligence and computer vision technique that uses algorithms to analyze and enhance images, detect edges, and extract objects, faces, and text.
Learn how convolutional neural networks process images by detecting edges and building complex features. Understand residual connections in ResNet to enable training of very deep networks.
Explore building an image classification model within a comprehensive ai and genai engineering bootcamp, from foundations to practical implementation.
Explain what LLMs are and how they fit into AI and GenAI engineering within a comprehensive bootcamp.
Compare GPT, Claude, and LLaMA to explore their capabilities and roles in the AI and GenAI engineer bootcamp.
Explore how tokens and context windows influence prompt design and model reasoning, enabling efficient input handling and more accurate AI and GenAI outputs.
Explore open vs closed models in this complete AI and GenAI engineer bootcamp module, contrasting approaches and implications for building AI solutions.
Explore self-attention as a core mechanism in transformer models, essential for AI and GenAI engineering.
Explore the roles of encoders and decoders in AI and GenAI, and learn how these components drive information encoding and reconstruction.
Explore why transformers scale and how this topic shapes learning in the complete ai and genai engineer bootcamp.
Explore the transformer library, a Python toolkit on PyTorch and TensorFlow. Download, train, and fine-tune large pre-trained models for NLP tasks via tokenizer, model, and pipeline.
Explore tokenizers in the context of the complete ai and genai engineer bootcamp from zero to hero.
Explore loading models within the complete ai & genai engineer bootcamp from zero to hero.
Become a Modern AI Engineer & Build Real-World AI Systems (GenAI + LLMs + Agents)
Unlock the power of Artificial Intelligence and Generative AI by learning how to build real-world, production-ready AI systems used in today’s industry.
The Problem
AI Engineers are in extremely high demand, but most learners struggle to break into this field because:
* AI is taught in disconnected topics (ML, DL, NLP, LLMs separately)
* Many courses focus only on theory or basic tools like ChatGPT
* There is no clear roadmap from beginner to advanced
* Building real-world AI applications feels overwhelming
Even after learning concepts, connecting everything into real systems is where most people get stuck.
The Solution
This course is designed as a complete, structured AI Engineer Bootcamp.
Instead of teaching isolated topics, this course takes you step-by-step through a clear roadmap:
Python → Machine Learning → Deep Learning → NLP → LLMs → RAG → AI Agents → Real Projects
You won’t just learn AI — you will build real AI systems.
What You Will Learn
Foundations of AI & Python
* Python for AI (NumPy, Pandas, Data Visualization)
* Data analysis and EDA (Exploratory Data Analysis)
* Core AI concepts and real-world applications
Machine Learning (Core)
* Regression, classification, clustering
* Model evaluation (accuracy, precision, recall)
* Overfitting vs underfitting
Projects:
* House Price Prediction
* Spam Email Classification
* Customer Segmentation
Deep Learning
* Neural networks and backpropagation
* CNNs for image data
* RNNs and LSTMs for sequences
* Introduction to Transformers
Natural Language Processing (NLP)
* Text preprocessing
* TF-IDF vs embeddings
* Word embeddings and BERT
Project:
* Sentiment Analysis System
Generative AI & LLMs
* Understanding Large Language Models (LLMs)
* Tokens and context windows
* GPT, Claude, LLaMA differences
* Open vs closed models
Transformers & Hugging Face
* Self-attention and transformer architecture
* Encoder vs decoder
* Using Hugging Face models and tokenizers
Prompt Engineering
* Zero-shot and few-shot prompting
* Chain-of-thought reasoning
* Prompt templates
Build Real AI Systems
Retrieval Augmented Generation (RAG)
* Chunking strategies
* Embeddings and similarity search
* Retrieval + generation pipelines
Project:
* PDF Question Answering System
AI Agents (LangChain & LangGraph)
* Tools, memory, and planning
* Single-agent and multi-agent workflows
Project:
* AI Research Agent
Bonus Topics
* Fine-tuning LLMs (LoRA, PEFT)
* Computer Vision basics
* Diffusion Models (Stable Diffusion)
* Build UI apps using Streamlit and Gradio
Hands-On Projects
This is a project-based course where you will build:
* EDA Notebook
* Machine Learning models
* NLP systems
* CNN image classifier
* RAG-based AI assistant
* LLM chatbot
* AI agent system
Who This Course Is For
* Developers who want to become AI Engineers
* DevOps / Cloud engineers moving into AI
* Students looking for a structured roadmap
* Anyone interested in Generative AI and LLMs
* Professionals who want hands-on AI skills
By the End of This Course
You will be able to:
* Build end-to-end AI applications
* Work with LLMs and modern AI tools
* Create AI agents and automation systems
* Design real-world AI solutions
* Apply for roles like AI Engineer, GenAI Engineer, and ML Engineer
What You Get
* Complete AI Engineer Bootcamp
* Hands-on real-world projects
* Lifetime access and future updates
* Certificate of completion
Final Note
AI is not the future — it’s already here.
The real question is:
Will you just use AI tools… or build them?
Start your journey today and become a job-ready AI Engineer.