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Certified AI Engineering Professional

The Certified AI Engineering Professional course is designed for professionals who want to build, deploy, secure, and manage production-ready AI applications powered by Large Language Models. The program moves beyond basic AI concepts and focuses on the practical engineering skills required to develop modern LLM, Retrieval-Augmented Generation, and AI agent solutions.

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Certified AI Engineering Professional Course Overview

The Certified AI Engineering Professional course is designed for professionals who want to build, integrate, secure, and deploy modern AI applications in real-world environments. It focuses on the practical skills required to work with Large Language Models (LLMs), Retrieval-Augmented Generation (RAG), AI Agents, Model Context Protocol (MCP), embeddings, vector databases, and production AI systems.

The course progresses from AI engineering foundations and transformer architecture to advanced application development, including structured outputs, tool calling, context engineering, fine-tuning, advanced RAG, agentic workflows, and multi-agent systems. Learners also gain exposure to critical production topics such as AI evaluation, guardrails, prompt injection protection, data privacy, LLMOps, observability, cost monitoring, Docker, cloud deployment, and CI/CD for AI applications.

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Certified AI Engineering Professional Syllabus

Module 1: AI Engineering Foundations+

Topic 1.1: Artificial Intelligence Foundations
 

Artificial Intelligence fundamentals
Machine Learning fundamentals
Deep Learning fundamentals
Generative AI fundamentals
Neural Networks overview
Foundation Models

Topic 1.2: Role of an AI Engineer Subtopics 

Responsibilities of an AI Engineer
AI Engineer vs ML Engineer
AI Engineer vs Data Scientist
Skills required for modern AI Engineering Topic

Topic 1.3: Modern AI Engineering Ecosyste

Large Language Models 
RAG and AI Agents 
AI Engineering lifecycle 
Modern AI application architecture
AI engineering tools and platforms
From prototype to production AI

Module 2: Transformers & Large Language Models+

Topic 2.1: Transformer Fundamentals

Why transformers changed modern AI
Encoder, decoder and transformer data flow
Positional information and token order

Topic 2.2: Attention & Self-Attention

Attention, query, key and value concepts
Self-attention and multi-head attention
Causal attention for text generation


Topic 2.3: Tokens & Context Windows

Tokens and tokenization
Context windows and long-context limits
Token usage, latency and cost impact

Topic 2.4: Large Language Models

Pretraining, instruction tuning and inference
Open-weight vs proprietary models
Reasoning and multimodal models

Topic 2.5: Model Selection

Model selection by quality, latency and cost
Benchmarking models for a real workload
When to use small vs large models

Module 3: LLM Application Engineering+

Topic 3.1: Working with LLM APIs

LLM API request-response lifecycle
Authentication, streaming and rate limits
Retries, errors and resilient API integration

Topic 3.2: Model Parameters

Temperature, top-p and output length
Parameter settings for different workloads

Topic 3.3: System & User Prompts

System prompts and user prompts
Instruction hierarchy and prompt structure

Topic 3.4: Structured Outputs

JSON and schema-based outputs
Validation and recovery from malformed output

Topic 3.5: Function & Tool Calling

Function schemas and tool definitions
Tool selection, execution and result handling
Safe error handling for tool calls

Topic 3.6: Context Management

Conversation history and context trimming
Memory vs temporary context

Topic 3.7: Routing & Fallbacks

Model routing and fallback patterns
Building a reliable multi-model application

Module 4: Prompt Engineering & Model Adaptation+

Topic 4.1: Prompt Engineering Fundamentals

Anatomy of a strong production prompt
Instructions, constraints and success criteria
Prompt testing and iterative improvement

Topic 4.2: Zero-Shot & Few-Shot Prompting

Zero-shot prompting
Few-shot prompting with representative examples
Choosing examples and avoiding bias

Topic 4.3: Prompt Templates & Chaining

Reusable prompt templates
Prompt chaining for complex tasks
Conditional and multi-step prompt workflows

Topic 4.4: Context Engineering

Selecting and ordering useful context
Managing conflicting and untrusted context

Topic 4.5: Fine-Tuning Fundamentals

What fine-tuning changes
When fine-tuning is appropriate
Training data and evaluation considerations

Topic 4.6: LoRA & PEFT

LoRA and parameter-efficient fine-tuning
Prompting vs RAG vs fine-tuning decision framework

Module 5: Embeddings & Vector Databases+

Topic 5.1: Understanding Embeddings

Embeddings and semantic meaning
Vector dimensions and semantic similarity
Common embedding use cases

Topic 5.2: Embedding Models

Choosing an embedding model
Embedding versioning and re-indexing implications

Topic 5.3: Semantic & Similarity Search

Semantic search workflow
Cosine similarity and top-k retrieval
Similarity thresholds and relevance

Topic 5.4: Vector Databases

How vector databases store and index data
Collections, namespaces and indexes
Selecting a vector database

Topic 5.5: Metadata Filtering

Metadata design and filtering
Tenant and access-aware retrieval

Topic 5.6: Dense, Sparse & Hybrid Search

Dense vs sparse retrieval
Hybrid search and rank fusion

Module 6: RAG Engineering+

Topic 6.1: RAG Fundamentals & Architecture

Why RAG is needed
RAG components and end-to-end request flow
Offline indexing vs online retrieval
Common RAG failure points

Topic 6.2: Document Loading & Parsing

Loading PDF, DOCX, HTML and structured content
Preserving headings, tables and metadata
Handling poor-quality or malformed documents

Topic 6.3: Document Chunking

Fixed, recursive and structure-aware chunking
Chunk size, overlap and information continuity
Choosing chunking by document type

Topic 6.4: Embedding & Indexing

Embedding documents and storing metadata
Index creation, updates and re-indexing

Topic 6.5: Vector Retrieval

Query embedding and top-k retrieval
Metadata-aware retrieval and thresholds
Diagnosing irrelevant retrieval

Topic 6.6: Context Augmentation

Formatting and ordering retrieved evidence
Reducing duplicated or conflicting context

Topic 6.7: Source Citations

Tracking source provenance
Generating traceable cited answers

Topic 6.8: End-to-End RAG Build

Build the ingestion-to-answer pipeline
Evaluate a working RAG application

Module 7: Advanced RAG Engineering+

Topic 7.1: Advanced Chunking

Semantic and hierarchical chunking
Parent-child retrieval patterns

Topic 7.2: Query Rewriting

Query expansion and rewriting
Multi-query and conversation-aware retrieval

Topic 7.3: Hybrid Retrieval

Combining semantic and keyword retrieval
Rank fusion and weighting strategies

Topic 7.4: Metadata-Based Retrieval

Business, tenant and access filters
Time and category-aware retrieval

Topic 7.5: Reranking

Why reranking improves retrieval quality
Cross-encoder and model-based reranking

Topic 7.6: Context Optimization

Removing redundancy and compressing context
Selecting the best evidence for generation

Topic 7.7: Conversational & Multi-Source RAG

RAG with conversation history
Retrieving from multiple repositories

Topic 7.8: Corrective, Adaptive & GraphRAG

Corrective and adaptive RAG patterns
Graph RAG and knowledge graph overview

Module 8: AI Agents & Tool Use+

Topic 8.1: AI Agent Fundamentals

AI agents vs chatbots and workflows
Goals, observations, actions and feedback loops
Enterprise agent use cases

Topic 8.2: Agent Architecture

Model, tools, memory, state and controller
Planner-executor and orchestration patterns

Topic 8.3: Agent Planning & Decision Making

Task decomposition and action selection
Stopping conditions and loop prevention

Topic 8.4: Tool & Function Calling

Designing safe agent tools
Validation, permissions and tool failures

Topic 8.5: Agent Memory & State

Short-term and long-term memory
Structured state and memory retrieval

Topic 8.6: Agent Workflows

Sequential, conditional and parallel workflows
Retries, timeouts and compensation patterns

Topic 8.7: Human-in-the-Loop

Approval gates for sensitive actions
Escalation and auditability

Topic 8.8: Multi-Agent Systems

Specialist and supervisor agent patterns
Multi-agent coordination risks and trade-offs

Topic 8.9: Build a Tool-Using Agent

Implement a bounded tool-using agent
Test agent success, failure and safety scenarios
 

Module 9: Agentic RAG & MCP+

Topic 9.1: Traditional vs Agentic RAG

Traditional RAG vs agentic RAG
When agent-controlled retrieval adds value

Topic 9.2: Agent-Controlled Retrieval

Agent decides whether and where to retrieve
Iterative retrieval and stopping criteria

Topic 9.3: Dynamic Knowledge Retrieval

Retrieval from APIs, databases and live systems
Freshness, caching and failure handling

Topic 9.4: Tool-Based Retrieval

Exposing search and retrieval as agent tools
Validating tool-retrieved evidence

Topic 9.5: MCP Fundamentals

What Model Context Protocol standardizes
MCP hosts, clients and servers
MCP tools, resources and prompts

Topic 9.6: MCP Integration

Connecting agents to MCP servers
Discovering and using MCP capabilities
Designing a practical multi-MCP architecture

Topic 9.7: MCP Production Architecture & Security

Stateless MCP architecture and scalable request handling
MCP authorization, identity and least-privilege access
MCP Tasks and long-running operations

Module 10: AI Evaluation, Security & Guardrails+

Topic 10.1: LLM Evaluation

Task-specific evaluation criteria
Evaluation datasets and regression testing
Human, rubric and semantic evaluation

Topic 10.2: RAG Evaluation

Retrieval relevance and precision
Faithfulness, groundedness and answer quality

Topic 10.3: Agent Evaluation

Task success and tool-selection accuracy
Action correctness, loops and recovery

Topic 10.4: Hallucination & Groundedness

Types of hallucination
Grounding responses in evidence

Topic 10.5: LLM-as-a-Judge

Model-based evaluation and rubrics
Bias and calibration of model judges

Topic 10.6: AI Guardrails

Input, output and policy guardrails
Layered guardrail architecture

Topic 10.7: Prompt Injection Protection

Direct and indirect prompt injection
Protecting RAG and tool-enabled applications

Topic 10.8: Data Privacy, Responsible AI & Risk Management

Sensitive data, secrets and tenant isolation
Bias, transparency, human oversight and AI risk-management checkpoints

Topic 10.9: AI Application Security Risks

OWASP Top 10 for LLM Applications 2026 overview
Excessive agency, improper output handling and unbounded consumption
Vector, embedding, hidden-context and supply-chain security risks

Module 11: LLMOps & Production AI+

Topic 11.1: LLMOps Fundamentals

LLMOps lifecycle and production concerns
Development, staging and production environments

Topic 11.2: Prompt & Model Versioning

Versioning prompts, models and configurations
Rollback and change-control strategy

Topic 11.3: Logging & Tracing

Request logging and correlation IDs
Tracing RAG, agent and tool execution

Topic 11.4: AI Observability

Quality, retrieval and agent monitoring
Continuous evaluation, AI health monitoring and alerting

Topic 11.5: Token, Latency & Cost Monitoring

Token and latency metrics
Cost per request and budget monitoring

Topic 11.6: Model Serving

Hosted vs self-hosted model serving
Concurrency, batching and caching

Topic 11.7: Docker & Cloud Deployment

Containerizing an AI application
Secrets, configuration and cloud deployment

Topic 11.8: CI/CD for AI Applications

Automated evaluation as a quality gate
Progressive deployment and rollback

Topic 11.9: Performance, Cost & Reliability

Model routing and token optimization
Retries, timeouts, fallbacks and circuit breakers

Module 12: Capstone Project+

Topic 12.1: Project Architecture

Define the enterprise AI use case
Design the end-to-end architecture

Topic 12.2: RAG Implementation

Build ingestion, retrieval and cited answers
Evaluate RAG quality

Topic 12.3: Agent & Tool Integration

Connect external tools and APIs
Add bounded agent actions and approvals

Topic 12.4: MCP Integration

Connect the application to an MCP server
Use MCP tools or resources in the workflow

Topic 12.5: Evaluation & Guardrails

Create evaluation scenarios
Add guardrails and prompt-injection tests

Topic 12.6: Deployment & Final Demo

Containerize and deploy the application
Demonstrate production readiness, observability and safe operation

Certified AI Engineering Professional Exam Format

Certification

Exam Format - Objective Type, Multiple Choice & true/false

Exam Duration - 90 minutes

No. of Questions - 40 (multiple-choice questions)

Passing Criteria - 65%

Certification Validity 5 Years

Complimentary Retake Yes

Frequently Asked Questions

Who is this course for?+

This course is designed for individuals who already have basic programming and ML/AI familiarity and want to specialize in building real-world LLM, RAG, and AI agent applications. It's ideal for software developers, data professionals, and ML practitioners looking to move into AI engineering roles not a beginner's introduction to programming or machine learning from scratch.

Do I need prior experience with AI or machine learning to take this course?+

Yes, a basic understanding of programming and ML/AI fundamentals is recommended before starting. This course focuses on advanced, production-level AI engineering skills, including transformers, RAG, agents, and MCP, so it moves quickly past the basics and into applied, job-ready techniques.

What will I be able to do after completing this course?+

You'll be able to design and build production-grade LLM applications, implement RAG pipelines, develop AI agents with tool use and memory, and apply MCP (Model Context Protocol) for agent-to-system integration. You'll also learn to evaluate, secure, and deploy AI applications, skills directly applicable to AI engineering job roles.

How is this course different from other AI/ML courses?+

Most AI courses either focus on classical machine learning or stop at basic prompt engineering. This course goes deeper into the areas companies are hiring for right now: transformer internals, agentic RAG, Model Context Protocol (MCP), fine-tuning (LoRA/PEFT), AI security (prompt injection, OWASP LLM Top 10), and LLMOps, giving you practical, in-demand skills rather than surface-level theory.

Will this course help me get a job as an AI Engineer?+

This course is built around the actual skills and tools used in AI engineering roles today, including a capstone project where you build and deploy a complete RAG + agent application. While it can't guarantee a job, it gives you a portfolio-ready project and hands-on experience with the technologies most frequently listed in AI engineering job descriptions.