Full Stack AI Engineer 2026 - Generative AI & LLMs III

“This course contains the use of artificial intelligence”

This course is a comprehensive, hands-on journey into Generative AI and Large Language Models (LLMs) designed specifically for Full-Stack AI Engineers. Unlike high-level or theory-only courses, this program focuses on how modern AI systems are actually built, deployed, optimized, and governed in production environments.

You will move beyond simple prompt experiments and learn how to engineer reliable, scalable, and enterprise-ready AI systems using LLMs, embeddings, retrieval, agents, tools, and full-stack application architectures. Every section of this course includes a step-by-step hands-on lab, ensuring you not only understand the concepts but also implement them in real code.

Section 1 — Introduction to Generative AI

You will build strong conceptual foundations by understanding Generative AI vs Discriminative Models, why generative systems matter, and how they are used across real-world industries such as enterprise software, healthcare, finance, and aviation.

Hands-on Lab: Compare discriminative vs generative models, generate text using transformer-based models, and map real-world generative AI use cases.

Section 2 — Transformer Architecture & LLM Fundamentals

This section demystifies how transformers actually work, including self-attention, positional encoding, and encoder vs decoder architectures. You’ll also explore tokenization, embeddings, context windows, and how LLMs are trained using pretraining, fine-tuning, instruction tuning, and RLHF.

Hands-on Lab: Implement self-attention concepts, visualize tokenization and embeddings, and simulate LLM training workflows at a high level.

Section 3 — Large Language Models in Practice

You will work hands-on with popular LLM families including GPT, Claude, Gemini, LLaMA, Mistral, and Falcon, and learn how to choose the right model based on quality, cost, latency, and use case requirements.

Hands-on Lab: Build a multi-model evaluation harness, test hallucinations and bias, and integrate LLM APIs using temperature, top-p, and max tokens.

Section 4 — Prompt Engineering for Engineers

This section teaches prompt engineering as a software engineering discipline, covering system, user, and assistant roles, zero-shot, one-shot, and few-shot prompting, and advanced techniques like chain-of-thought, self-consistency, and constraint-based prompting.

Hands-on Lab: Design robust prompt templates, defend against prompt injection, and implement input/output validation for safe prompting.

Section 5 — Embeddings & Semantic Search

You’ll learn how vector embeddings represent meaning, how cosine similarity and dot product work, and how to build semantic search pipelines using chunking strategies, embedding generation, and similarity-based retrieval.

Hands-on Lab: Build a semantic search system using FAISS and Chroma, compare chunking strategies, and evaluate retrieval accuracy.

Section 6 — Retrieval-Augmented Generation (RAG)

This section shows how to eliminate hallucinations by grounding LLMs with external knowledge using RAG architectures, document ingestion pipelines, retriever–generator flows, and context window management.

Hands-on Lab: Build a full RAG pipeline, implement hybrid search, apply re-ranking strategies, and perform multi-document reasoning with citations.

Section 7 — Tool Calling & Function-Based LLMs

You will learn how to make LLMs interact with real systems using function calling, structured JSON outputs, and API-based tools, enabling models to take meaningful actions.

Hands-on Lab: Build tool-using agents, implement stateless and stateful tools, add validation and error handling, and create multi-step tool chains with observability.

Section 8 — Agentic AI Systems

This section focuses on building autonomous AI agents with planning, memory, execution, and self-correction using architectures such as ReAct, Planner–Executor, and multi-agent systems.

Hands-on Lab: Build autonomous agents, implement long-term memory, enable task decomposition, and add human-in-the-loop (HITL) control.

Section 9 — Full-Stack LLM Application Development

You’ll integrate AI into real applications using FastAPI-based backends, streaming responses, and frontend chat interfaces, while managing state, memory, and context across sessions.

Hands-on Lab: Build a full-stack LLM application with streaming chat, session memory, persistent storage, and context pruning strategies.

Section 10 — Evaluation, Cost & Performance Optimization

This section teaches how to measure and optimize AI systems using human and automated evaluation, accuracy, relevance, and faithfulness metrics, and how to reduce costs through token optimization, caching, and model routing.

Hands-on Lab: Build an evaluation harness, implement response caching, compare model tiers, and perform latency and load testing.

Section 11 — Ethics, Security & Responsible AI

You’ll learn how to deploy AI responsibly using guardrails, output filtering, policy-based controls, and enterprise governance frameworks to ensure safety, compliance, and trust.

Hands-on Lab: Implement security defenses, prompt injection protection, output validation, and enterprise-ready AI governance workflows.

By the End of This Course, You Will Be Able To:

• Build production-ready generative AI systems

• Design robust prompts and agent architectures

• Implement RAG pipelines and semantic search

• Develop full-stack LLM applications

• Optimize cost, latency, and scalability

• Deploy secure, governed, enterprise-grade AI