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RAG Engineer

Profile Code: AL-AI-05

  • 24 LPA (Median Salary)
  • Lecture Duration 2hrs
  • Course Duration 20 Weeks

Skills You Learn: Retrieval-Augmented Generation (RAG) | Large Language Models (LLMs) | Vector Databases & Embeddings | Semantic Search & Information Retrieval | Prompt Engineering & Context Management | Python & API Integration | LangChain, LlamaIndex & AI Frameworks | Generative AI Deployment & MLOps

₹62,208₹77,760
20% Early Bird Discount
Enroll Now Course Content

Overview Video

RAG Engineer

About This Course

RAG Engineers design, build, and optimize Retrieval-Augmented Generation (RAG) systems that combine large language models (LLMs) with enterprise knowledge sources to deliver accurate, context-aware, and reliable AI responses. They develop intelligent applications by integrating vector databases, document retrieval, embeddings, and AI orchestration frameworks to solve real-world business challenges. This course prepares learners for a career as a RAG Engineer through hands-on projects, industry workflows, collaborative learning, and real-world case studies aligned with current hiring expectations in India. Learners gain expertise in Python, Retrieval-Augmented Generation (RAG), LangChain, vector databases, embeddings, prompt engineering, AI agents, document processing, API integration, and responsible AI practices. The curriculum includes practical experience with leading AI tools and cloud platforms. Through live projects and capstone assignments, participants develop programming, analytical, and AI application development skills, preparing them for RAG Engineer, AI Engineer, LLM Engineer, and AI Solutions Developer roles across diverse industries.

Course Content

7 modules · 20 weeks · 2hrs/day
1

LangChain Course

The LangChain Course Basic to Advance provides learners with a strong foundation in building Retrieval-Augmented Generation (RAG) applications using the LangChain framework. Participants learn prompt templates, document loaders, text splitters, embeddings, retrievers, chains, output parsers, agents, memory, and workflow orchestration. Through hands-on projects and real-world business scenarios, the course develops practical skills to create intelligent AI applications that retrieve, process, and generate context-aware responses from enterprise knowledge sources.

2

LlamaIndex Course

The LlamaIndex Course Basic to Advance equips learners with the skills to build efficient knowledge retrieval systems for large language model applications. Participants explore document ingestion, indexing strategies, data connectors, query engines, retrieval optimization, metadata filtering, hybrid search, evaluation techniques, and integration with vector databases and language models. The course focuses on developing scalable RAG solutions through practical implementation and enterprise use cases.

3

Pinecone Course

The Pinecone Course Basic to Advance provides comprehensive training in managing vector databases for semantic search and Retrieval-Augmented Generation applications. Learners master vector indexing, embedding storage, similarity search, namespaces, metadata filtering, scalability, security, performance optimization, and LangChain integration. Through hands-on projects, the course enables participants to build fast, reliable, and production-ready retrieval systems.

4

Weaviate Course

The Weaviate Course Basic to Advance teaches learners how to build AI-native vector search applications using Weaviate. Participants learn schema design, object management, vector indexing, semantic search, hybrid search, GraphQL queries, metadata filtering, authentication, clustering, and performance optimization. The course develops practical expertise in designing scalable vector database solutions for enterprise AI applications.

5

ChromaDB Course

The ChromaDB Course Basic to Advance focuses on developing lightweight vector database solutions for Retrieval-Augmented Generation workflows. Learners explore document collections, embeddings management, indexing, similarity search, metadata handling, persistence, retrieval optimization, local deployment, and integration with LangChain and LlamaIndex. Through project-based learning, the course prepares participants to create efficient semantic search systems for AI-powered applications.

6

FAISS Course

The FAISS Course Basic to Advance equips learners with advanced skills in high-performance vector similarity search using Facebook AI Similarity Search (FAISS). Participants learn vector indexing techniques, nearest neighbor search, clustering algorithms, embedding optimization, large-scale search strategies, performance tuning, and integration with modern RAG pipelines. The course emphasizes building scalable semantic retrieval systems through practical implementation and enterprise datasets.

7

OpenAI Embeddings Course

The OpenAI Embeddings Course Basic to Advance provides comprehensive training in generating and utilizing vector embeddings for semantic search and Retrieval-Augmented Generation applications. Participants learn embedding generation, vector representation, similarity measurement, chunking strategies, retrieval optimization, embedding evaluation, integration with vector databases, search pipelines, and performance best practices. Through hands-on projects, the course prepares learners to build accurate, context-aware, and production-ready RAG systems powered by OpenAI embedding models.

Key Responsibilities

  • Design and develop Retrieval-Augmented Generation (RAG) systems that combine large language models with external knowledge sources
  • Build and optimize document ingestion, indexing, and retrieval pipelines using vector databases
  • Implement embeddings, semantic search, and context management to improve AI response accuracy
  • Integrate RAG applications with APIs, enterprise systems, and knowledge repositories
  • Monitor, evaluate, and optimize RAG performance, scalability, and reliability in production environments

Growth Path

RAG EngineerSenior Generative AI EngineerLead AI EngineerAI Solutions ArchitectHead of Generative AI & Applied AI

Tools Used

LangChainLlamaIndexPineconeWeaviateChromaDBFAISSOpenAI Embeddings

Perfect For

Computer Science and Engineering Graduates | Software Developers and Backend Engineers | AI and Machine Learning Enthusiasts | Data Scientists and NLP Professionals | Knowledge Management and Search Engineers | Individuals Interested in Building Enterprise AI Applications

Fee Structure

Fee DetailsAmount
Programme Fee₹77,760
★ Full Payment Gets 20% Early Bird Discount · save ₹15,552
Total Fee (After Discount)₹62,208

Mentor

AL

Analytics Learners

Professional Analyst & Mentor

4.7(1924 reviews)