AWS Curriculum Overview: AI/ML and Data Analytics Services
Knowledge of AWS AI/ML services and AWS analytics services
AWS Curriculum Overview: AI/ML and Data Analytics Services
This document outlines the curriculum for mastering AWS Artificial Intelligence (AI), Machine Learning (ML), and Data Analytics services, as required for the AWS Certified Cloud Practitioner (CLF-C02) exam. This curriculum covers Domain 3 (Cloud Technology and Services), which accounts for 34% of the exam content.
## Prerequisites
Before starting this module, students should have a baseline understanding of the following:
- Cloud Concepts: Basic understanding of high availability, scalability, and the AWS Shared Responsibility Model.
- AWS Global Infrastructure: Knowledge of Regions and Availability Zones.
- Foundational Storage: Familiarity with Amazon S3 (Object Storage), as it serves as the data lake for most AI/ML and Analytics workflows.
- Identity and Access Management (IAM): Understanding how to grant permissions to services.
## Module Breakdown
| Module | Topic | Difficulty | Key Services |
|---|---|---|---|
| 1 | Foundational AI/ML | Moderate | Amazon Lex, Kendra, Polly, Translate |
| 2 | Advanced ML & Development | High | Amazon SageMaker, Comprehend, Rekognition |
| 3 | Data Integration & ETL | Moderate | AWS Glue, AWS Storage Gateway |
| 4 | Data Analytics & Querying | Moderate | Amazon Athena, Amazon Kinesis |
| 5 | Visualization & Insights | Low | Amazon QuickSight |
## Learning Objectives per Module
Module 1 & 2: AI/ML Services
- Identify services that provide ready-made AI capabilities without needing deep ML expertise.
- Understand the specific task each service performs (e.g., Amazon Lex for chatbots, Amazon Kendra for enterprise search).
- Explain the role of Amazon SageMaker in the full machine learning lifecycle (build, train, deploy).
Module 3, 4, & 5: Analytics Services
- Distinguish between real-time data streaming (Amazon Kinesis) and serverless querying (Amazon Athena).
- Describe the role of AWS Glue in preparing and loading data (ETL).
- Identify how to visualize data patterns using Amazon QuickSight dashboards.
## Service Implementation Examples
[!TIP] Use these concrete scenarios to distinguish between similar services during the exam.
- Amazon Lex: Building a voice-activated pizza ordering system (powered by the same tech as Alexa).
- Amazon Rekognition: Automatically blurring faces in uploaded images for privacy compliance.
- Amazon Athena: Running a SQL query directly against log files stored in an S3 bucket without moving the data.
- Amazon Kinesis: Capturing and analyzing millions of website clickstream events per second.
- Amazon Kendra: A "Google-like" search bar for an internal company portal that indexes PDFs and Wiki pages.
## Success Metrics
To ensure mastery of this curriculum, students must demonstrate:
- Service Matching: 100% accuracy in matching a business problem to the correct AWS AI/ML service.
- Architectural Understanding: Ability to explain how data flows from S3 through Glue to Athena/QuickSight.
- Active Recall: Successful completion of the "Do I Know This Already?" quizzes found in Chapter 17 of the study guide.
- Domain Proficiency: Scoring above 80% on practice exams specifically for Content Domain 3: Cloud Technology and Services.
## Real-World Application
Understanding these services is critical for modern IT roles:
- Business Analysts: Use QuickSight to create executive dashboards without managing servers.
- Developers: Integrate complex AI like Polly (text-to-speech) or Translate into apps with simple API calls.
- Data Engineers: Automate the movement and transformation of massive datasets using AWS Glue, reducing manual data cleaning time.
- Customer Support Managers: Implement Amazon Lex to handle 80% of routine customer inquiries via automated chatbots, freeing up human agents for complex tasks.