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AI & Generative AI Track

Become a Job-Ready AI Engineer

Master AI & Generative AI Program

A 20-week, mentor-led AI engineering program that takes you from Python basics to building production-grade GenAI applications, RAG pipelines and autonomous AI agents. No prior AI experience needed — just curiosity and commitment.

Live Instructor-LedPython for AILangChain & LlamaIndexRAG & Vector DBsAI AgentsLMS AccessPlacement Support
20 Weeks
4 Phases
12+ Projects
Live Mentorship

Only 20 seats per batch — Limited enrollment

Program Fee

Rs. 64,999

Rs. 92,999

30% off — All 4 phases + bonus tracks

20 Weeks (5 Months)

Beginner to Advanced

12+ Real-World AI Projects

OpenAI, LangChain, LlamaIndex

RAG + AI Agents included

Live Sessions + LMS Access for Life

1-on-1 support available after every live class session

Enroll Now Talk to Admissions

No-cost EMI · Batch starts every month

Learning Path

Python & AI Foundations
Prompt Engineering & LLMs
Generative AI & RAG
AI Agents & Deployment

Full Syllabus

Complete Curriculum

Click any module to expand topics. Every phase ends with a real-world project.

Phase 1

Python & AI Foundations

4 Weeks

Build the Python and data science foundations required for AI engineering. Learn how to work with data, train basic ML models, and understand how AI pipelines are structured before touching LLMs.

Week 1Python for AI Engineering
8 topics

Topics Covered

  • Python syntax: variables, lists, dicts, sets, tuples
  • Functions, closures, decorators and generators
  • NumPy: arrays, broadcasting, vectorised operations
  • Pandas: DataFrames, filtering, groupby, merge, pivot
  • Matplotlib & Seaborn: charts, subplots, heatmaps
  • File I/O: CSV, JSON, parquet, API responses
  • Virtual environments and pip dependency management
  • Jupyter notebooks and Google Colab setup

Tools Used

Python 3.11NumPyPandasMatplotlibJupyterVS Code

Hands-On Lab

Build a data analysis pipeline processing 50,000 rows of real e-commerce data — clean, enrich, visualise and export insights

✓ Outcome: A reproducible Jupyter notebook with 10 business insights and charts ready for a data science portfolio

Week 2Machine Learning Foundations
8 topics

Topics Covered

  • Supervised vs unsupervised vs reinforcement learning
  • Regression: linear, polynomial, ridge, lasso
  • Classification: logistic regression, decision trees, random forest
  • Feature engineering: encoding, scaling, selection
  • Train/test split, cross-validation, hyperparameter tuning
  • scikit-learn Pipelines: preprocessing + model in one object
  • Model evaluation: accuracy, F1, ROC-AUC, confusion matrix
  • Overfitting, underfitting, bias-variance tradeoff

Tools Used

scikit-learnXGBoostPandasMatplotlib

Hands-On Lab

Build and evaluate a customer churn prediction model — feature engineering, model selection, tuning and a web demo

✓ Outcome: Deployed churn model achieving >85% accuracy with explainability via SHAP values

Week 3–4Neural Networks & Deep Learning
9 topics

Topics Covered

  • Perceptrons, layers, activation functions (ReLU, sigmoid, softmax, GELU)
  • Forward propagation and backpropagation (chain rule intuition)
  • Loss functions: MSE, cross-entropy, BCE
  • Optimisers: SGD, Adam, AdamW — learning rate schedulers
  • Batch normalisation, dropout, weight decay
  • TensorFlow/Keras: Sequential and Functional API
  • CNNs: convolutional layers, pooling, ResNet architecture
  • Transfer learning: fine-tune ImageNet models
  • GPU training setup: CUDA, Google Colab T4/A100

Tools Used

TensorFlowKerasPyTorchGoogle ColabWeights & Biases

Hands-On Lab

Train an image classification model on a real dataset — fine-tune ResNet50 to 92%+ accuracy and deploy as a REST API

✓ Outcome: A served image classifier with <200ms inference time, documented model card, and W&B experiment tracking

Phase 1 Capstone — AI Data Pipeline

  • Automated data ingestion + cleaning pipeline
  • EDA notebook with 15+ visualisations
  • Trained ML classification model (>85% accuracy)
  • Model served as FastAPI endpoint
  • GitHub repo with README and Docker setup
Phase 2

Prompt Engineering & LLMs

4 Weeks

Master the art and science of working with Large Language Models. Learn how to engineer prompts, consume LLM APIs, and build AI-powered applications using OpenAI, Claude, and Azure OpenAI — skills hiring for in 2025.

Week 5LLM Architecture & API Consumption
8 topics

Topics Covered

  • Transformer architecture: attention, self-attention, multi-head attention (conceptual)
  • GPT-5.5, Claude Opus 4.8, Gemini 3 Pro, DeepSeek V4 Pro, Llama 4 — capability comparison (May 2026)
  • OpenAI API: chat completions, streaming, vision, function calling
  • Azure OpenAI Service: deployment, API version management
  • Token economics: counting tokens, context windows, cost optimisation
  • Temperature, top-p, frequency/presence penalty — when to tune each
  • JSON mode, structured outputs and response_format
  • Rate limiting, retry logic and error handling in production

Tools Used

OpenAI APIAzure OpenAIPython openai SDKtiktoken

Hands-On Lab

Build an AI Q&A bot with streaming responses, token cost tracking and automatic retry on rate limits

✓ Outcome: Production-quality LLM wrapper with cost dashboard showing spend per session

Week 6Prompt Engineering Techniques
8 topics

Topics Covered

  • Zero-shot, one-shot and few-shot prompting
  • Chain-of-thought (CoT): standard and zero-shot CoT
  • Tree-of-Thought (ToT) for multi-step reasoning
  • ReAct prompting: Reasoning + Acting pattern
  • Role prompting and system message design for consistent personas
  • Structured output generation: JSON, XML, markdown tables
  • Prompt templating with Jinja2 and f-strings
  • Prompt versioning, evaluation and A/B testing strategies

Tools Used

OpenAI PlaygroundLangSmithPromptLayer

Hands-On Lab

Engineer a prompt system for a document summarisation service — measure quality with ROUGE scores and human eval

✓ Outcome: A/B tested prompt system with documented evaluation showing 40% quality improvement over baseline

Week 7–8LangChain Fundamentals
8 topics

Topics Covered

  • LangChain architecture: Chains, Runnables (LCEL), Components
  • PromptTemplate, ChatPromptTemplate, MessagesPlaceholder
  • Output parsers: PydanticOutputParser, StructuredOutputParser
  • Document loaders: PDF, CSV, web, Notion, Google Drive
  • Text splitters: RecursiveCharacterTextSplitter, semantic chunking
  • Memory: ConversationBufferMemory, SummaryMemory, EntityMemory
  • Sequential chains and branching with RunnableBranch
  • LangSmith: tracing, evaluation, dataset management

Tools Used

LangChainLangSmithPyPDFBeautifulSoup

Hands-On Lab

Build a multi-turn document Q&A application with conversation memory and LangSmith tracing for debugging

✓ Outcome: A conversational document assistant that remembers context across 10+ turns with full trace visibility

Phase 2 Capstone — AI Customer Support System

  • Multi-turn conversational bot with memory
  • Custom system prompt with role and constraint engineering
  • Structured JSON output parsing with validation
  • FastAPI REST endpoint with Swagger docs
  • LangSmith tracing dashboard for all conversations
Phase 3

Generative AI & RAG Systems

6 Weeks

Build production-grade Retrieval Augmented Generation (RAG) systems. Master vector databases, embedding models, advanced retrieval strategies and evaluation frameworks used by top AI engineering teams.

Week 9Vector Databases & Embeddings
8 topics

Topics Covered

  • What are embeddings — semantic meaning in vector space
  • OpenAI text-embedding-3-small/large, Cohere embed-v3, BGE, E5
  • Cosine similarity, dot product and L2 distance for nearest-neighbour search
  • Pinecone: namespaces, metadata filtering, sparse-dense hybrid search
  • ChromaDB: local vector store, persistence, collection management
  • Qdrant: payload filtering, on-disk storage, batch upsert
  • Weaviate: GraphQL interface, hybrid BM25+dense search
  • FAISS: flat, IVFFlat, HNSW index types — performance tradeoffs

Tools Used

PineconeChromaDBQdrantFAISSOpenAI Embeddings

Hands-On Lab

Build a semantic search engine over 10,000+ Stack Overflow answers — compare retrieval quality across 4 vector databases

✓ Outcome: Semantic search with <200ms p99 latency, MRR@10 metric tracking, and comparison dashboard

Week 10–11RAG Pipeline Architecture
9 topics

Topics Covered

  • Naive RAG vs Advanced RAG vs Modular RAG — evolution and tradeoffs
  • Document indexing pipeline: load → split → embed → store
  • Chunking strategies: fixed-size, recursive, semantic, parent-child
  • Hybrid search: BM25 + dense embeddings weighted combination
  • Re-ranking: Cohere Rerank, cross-encoder models, ColBERT
  • Context window management: lost-in-the-middle problem solutions
  • Query transformation: HyDE, step-back prompting, multi-query
  • Citation and source attribution in generated answers
  • Hallucination detection and grounding techniques

Tools Used

LangChainLlamaIndexCohere RerankBM25Okapi

Hands-On Lab

Build a production RAG system over a 500-page technical manual — implement hybrid search, re-ranking and citation extraction

✓ Outcome: RAG system with source-cited answers, faithfulness >0.85 and context relevance >0.80 measured by RAGAS

Week 12LlamaIndex & Advanced RAG
8 topics

Topics Covered

  • LlamaIndex vs LangChain — architecture comparison and when to use each
  • VectorStoreIndex, SummaryIndex, KnowledgeGraphIndex
  • Query engines: VectorStoreQueryEngine, RouterQueryEngine
  • Sub-question decomposition for complex multi-hop questions
  • Recursive retrieval and parent-document retrieval
  • RAGAS evaluation: faithfulness, context recall, answer correctness
  • Streaming RAG responses with async generators
  • Multi-modal RAG: images + text in a single pipeline

Tools Used

LlamaIndexRAGASOpenAI GPT-5.5Weaviate

Hands-On Lab

Build an advanced multi-document research assistant with RAGAS evaluation and a Streamlit dashboard showing live metrics

✓ Outcome: Multi-document RAG with automatic quality regression alerts when faithfulness drops below threshold

Week 13Multimodal AI & Image Generation
8 topics

Topics Covered

  • GPT-5.5 vision: image analysis, OCR, chart reading
  • Claude Opus 4.8 vision capabilities and use cases
  • DALL-E 3 and Stable Diffusion XL for image generation
  • Whisper API for speech-to-text (multilingual, timestamps)
  • TTS-1 and TTS-1-HD for natural text-to-speech
  • Building multimodal pipelines: audio → text → image → text
  • Invoice and document extraction with vision models
  • Cost and quality tradeoffs in multimodal applications

Tools Used

GPT-5.5DALL-E 3WhisperOpenAI TTSStreamlit

Hands-On Lab

Build a multimodal AI assistant that extracts data from invoice images, validates figures and exports to CSV automatically

✓ Outcome: Invoice processor with >95% field extraction accuracy on real-world documents

Phase 3 Capstone — Enterprise Knowledge Base

  • Vector database with 10,000+ indexed documents
  • Hybrid search with BM25 + dense + re-ranking
  • Source-cited Q&A with RAGAS evaluation dashboard
  • Multi-modal support (PDF + images)
  • FastAPI backend + React frontend deployed on cloud
Phase 4

AI Agents & Production Deployment

6 Weeks

Build autonomous AI agents and deploy production-grade AI applications. Learn multi-agent orchestration, tool use, and how to monitor and maintain AI systems in production — the skills that differentiate senior AI engineers.

Week 14–15AI Agents & Tool Use
8 topics

Topics Covered

  • What are AI agents — the ReAct (Reason + Act) framework
  • Function calling: tool definitions, parameter schemas, required/optional
  • Parallel function calling and multi-step tool use
  • Building custom tools: web search, calculator, database, file system
  • LangChain AgentExecutor and the new LangGraph framework
  • Agent memory: short-term (conversation), long-term (vector store)
  • Planning: task decomposition, sub-task generation
  • Agent evaluation: task success rate, tool efficiency, cost per task

Tools Used

LangChain AgentsLangGraphOpenAI Function CallingTavily Search

Hands-On Lab

Build an AI research agent that browses 10 websites, extracts information, deduplicates and writes a structured 2-page report

✓ Outcome: Autonomous research agent completing tasks 10× faster than manual browsing with citation accuracy >90%

Week 16Multi-Agent Systems
8 topics

Topics Covered

  • Multi-agent orchestration: why single agents fail at complex tasks
  • CrewAI: agents, tasks, tools, crews and processes (sequential/hierarchical)
  • AutoGen: conversable agents, GroupChat, human-in-the-loop
  • Agent roles: planner, executor, critic, memory manager
  • Communication patterns: broadcast, round-robin, directed
  • Guardrails: input validation, output filtering, safety checks
  • Debugging multi-agent pipelines with LangSmith traces
  • Evaluating multi-agent quality and cost efficiency

Tools Used

CrewAIAutoGenLangSmithLangGraph

Hands-On Lab

Build a 3-agent content system (researcher + writer + editor) that produces a 1,000-word SEO article from a single keyword

✓ Outcome: Multi-agent content pipeline producing publish-ready articles in under 3 minutes

Week 17–18Production AI Deployment
8 topics

Topics Covered

  • FastAPI for AI APIs: async endpoints, dependency injection, middleware
  • Pydantic v2: strict validation, custom validators, serialisation
  • Docker containerisation for AI apps: GPU support, model caching
  • Environment management: secrets, API keys, .env files
  • Rate limiting and cost control: per-user token quotas
  • Background task processing with Celery and Redis
  • Deploying to Azure App Service, AWS Lambda, and Google Cloud Run
  • GitHub Actions CI/CD for AI application deployment

Tools Used

FastAPIDockerCeleryRedisGitHub ActionsAzure App Service

Hands-On Lab

Containerise and deploy a RAG application to Azure — with CI/CD pipeline, health checks and auto-scaling

✓ Outcome: Live AI application URL with CI/CD: every git push auto-deploys to production in under 4 minutes

Week 19–20AI Monitoring, Evaluation & LangSmith
8 topics

Topics Covered

  • LLM observability: why traditional monitoring is not enough
  • LangSmith: project setup, trace collection, run filtering
  • LangSmith Evaluation: dataset creation, evaluators (correctness, toxicity)
  • A/B testing prompts: statistical significance, sample size calculation
  • Cost tracking: per-model, per-user, per-feature dashboards
  • Latency monitoring: p50/p95/p99, timeout budgets
  • Guardrails AI: input/output validation, sensitive data masking
  • AI application logging best practices for compliance and debugging

Tools Used

LangSmithGuardrails AIOpenTelemetryGrafanaPrometheus

Hands-On Lab

Set up full LangSmith observability + Grafana dashboards for a production RAG app — detect and fix a performance regression

✓ Outcome: Operational AI monitoring: automated alerts when quality drops, with runbook to investigate and fix

Final Capstone — Production AI SaaS Application

  • Multi-agent AI workflow (3+ agents: planner + executor + reviewer)
  • Production RAG + agent combined system
  • Dockerised FastAPI backend with authentication
  • CI/CD deployed on Azure or AWS
  • LangSmith monitoring with cost and quality dashboards
  • GitHub portfolio-ready repository with README, demo video

Hands-On

Real-World Projects

Portfolio-ready projects that employers recognise.

01

AI Customer Support Bot

Multi-turn conversational bot using GPT-5.5 with memory, custom system prompt and LangSmith tracing

02

PDF Intelligence Platform

RAG-powered Q&A over PDF documents — hybrid search, re-ranking, source citations and RAGAS evaluation

03

AI Research Agent

Autonomous ReAct agent that browses the web, deduplicates findings and writes structured research reports

04

Semantic Search Engine

Vector-based search over 10,000+ documents — OpenAI embeddings + Pinecone with BM25 hybrid retrieval

05

AI Resume Analyser

GPT-5.5 Vision parses resumes, scores candidates against job descriptions and generates interview questions

06

Multi-Agent Content System

CrewAI 3-agent pipeline: researcher → writer → editor producing SEO-optimised content in 3 minutes

07

Voice AI Assistant

Whisper speech-to-text → GPT-5.5 reasoning → TTS-1 speech synthesis — fully conversational voice bot

08

Enterprise Knowledge Base

Company document RAG with Entra ID access control, department routing, and RAGAS quality monitoring

09

AI Invoice Processor

GPT-5.5 Vision extracts fields from scanned invoices with >95% accuracy and auto-exports to Google Sheets

10

LLM Cost & Quality Dashboard

Real-time LangSmith + Grafana dashboard: cost per session, latency, faithfulness scores, A/B test results

11

AI Code Review Bot

GitHub Actions workflow: AI reviews every PR — suggests improvements, detects bugs, posts inline comments

12

Deployed AI SaaS Application

Full-stack FastAPI + React app containerised with Docker, deployed to Azure, with CI/CD and monitoring

Tech Stack

Tools & Technologies

Python 3.11OpenAI GPT-5.5Claude Opus 4.8Gemini 3 ProDeepSeek V4LangChainLlamaIndexLangSmithPineconeChromaDBQdrantFAISSFastAPIDockerHugging FaceCrewAIAutoGenLangGraphRAGASAzure OpenAIWhisperDALL-E 3Guardrails AIRedisGitHub Actions

You Prepare For

Certifications

🤖

OpenAI Developer

OpenAI API Developer Certification (prep)

🧠

Google Cloud AI

Professional ML Engineer (prep)

☁️

AWS CLF-C02

AWS Cloud Practitioner (optional add-on)

Bonus — Included Free

Bonus Learning Tracks

SQL & Data Engineering Basics

  • PostgreSQL fundamentals
  • Joins, CTEs and window functions
  • SQLAlchemy ORM
  • Data modelling for AI apps
  • ETL pipeline concepts

AI Product & UX Design

  • Building AI product specs
  • Prompt UX patterns
  • Evaluating LLM quality
  • AI product roadmapping
  • Responsible AI principles

Interview Preparation

  • 100+ AI engineering interview questions
  • System design for LLM apps
  • LLM evaluation scenarios
  • Mock technical interviews + feedback
  • Resume and GitHub portfolio review

After This Program

Career Outcomes

Entry-Level (0–1 yr) · ₹4–8 LPA

  • Junior AI Engineer
  • Prompt Engineer
  • AI Application Developer
  • ML Operations Analyst

Mid-Level (1–3 yr) · ₹10–18 LPA

  • AI Engineer
  • Generative AI Developer
  • LLM Application Engineer
  • AI Solutions Architect

Advanced (3+ yr) · ₹20–40 LPA

  • AI Platform Engineer
  • Head of AI Engineering
  • AI Product Lead
  • GenAI Consultant

Ideal For

Who Should Enroll

Students & Fresh Graduates

Enter the fastest-growing tech field with 12 real AI projects. No prior ML or AI experience needed.

Software Developers

Add LLM, RAG and AI agent skills on top of your existing programming background. Commands a 40–60% salary jump.

Business & Product Professionals

Understand how to build, evaluate and deploy AI products. Bridge the gap between business needs and AI engineering.

FAQ

Frequently Asked Questions

Do I need programming experience to join?

Basic Python knowledge helps but is not required. Week 1 covers Python from scratch. If you can write a for-loop in any language, you'll be fine.

Which AI models and APIs will I use?

Primarily OpenAI (GPT-5.5, embeddings, DALL-E 3, Whisper) and Azure OpenAI. We also cover Claude Opus 4.8, Gemini 3 Pro, DeepSeek V4 and open-source models (Llama 4, Mistral 3) for cost-effective alternatives.

How much will API costs be during the program?

Estimated ₹800–1,500 over 5 months using OpenAI credits. We teach cost-optimisation from week 1 so you always know what you're spending. OpenAI's $5 free credit covers the first 2 weeks.

What makes this different from a YouTube course or Udemy?

Live mentor sessions, real project reviews, doubt-clearing sessions, mock interviews, portfolio guidance and placement support. YouTube teaches you to watch; we teach you to build and get hired.

Can I take this alongside a full-time job?

Yes — weekend batches are available. Plan for 15–18 hours/week: 3h live sessions + 5h self-paced LMS + 7h labs. Many of our learners are working professionals.

Join the Next Batch

Ready to start your journey?

Live batches start every month. Only 20 seats per batch — enroll early to secure your spot.

Enroll Now Talk to Admissions
No-cost EMILive mentorshipLMS access for lifePlacement support