AWS Certified AI Practitioner (AIF-C01): Applications of Foundation Models

Field

Description / Template

Purpose

This course helps learners understand how to design, build, and evaluate applications powered by foundation models. It covers key concepts such as model selection, prompt engineering, retrieval-augmented generation (RAG), fine-tuning, and performance evaluation. Learners will also explore cost-performance tradeoffs and practical design considerations for deploying AI applications on AWS, with alignment to the AWS Certified AI Practitioner (AIF-C01) exam.

Audience

Beginners, developers, product managers, business professionals, and AWS certification aspirants interested in building applications using Generative AI and foundation models.

Role

AI Practitioner, Prompt Engineer, Developer, ML Engineer (Beginner), Product Manager, Technical Consultant.

Domain

Generative AI, AI/ML, Cloud Computing

Skill Level

Beginner

Style

Conceptual learning with practical design scenarios, real-world use cases, AWS service context, and exam-focused preparation with tips and review questions.

Duration

6–10 hours

Related Technologies

AWS Bedrock, Amazon SageMaker, Foundation Models (LLMs), Vector Databases, Retrieval-Augmented Generation (RAG), Prompt Engineering

Course Description

This course provides a practical understanding of how to build and deploy applications using foundation models within the AWS ecosystem. Learners will explore essential design considerations such as selecting the right model, configuring inference parameters, and implementing retrieval-augmented generation (RAG) for improved accuracy.

The course also dives into prompt engineering techniques, highlighting best practices, benefits, and limitations. Learners will gain insights into training and fine-tuning foundation models, including data preparation and customization strategies.

Additionally, the course covers evaluation methods for foundation models, focusing on performance metrics and aligning outputs with business objectives. With exam-focused reviews and real-world context, this course prepares learners for the AWS Certified AI Practitioner (AIF-C01) certification.

Who is this course for

  • Beginners exploring Generative AI applications

  • Developers building AI-powered applications

  • Product managers working on AI-driven products

  • AWS certification aspirants (AI Practitioner)

  • Professionals interested in prompt engineering and LLM applications

Course Objectives

By the end of this course, learners will be able to:

  • Select appropriate foundation models for specific use cases

  • Configure inference parameters and optimize model outputs

  • Implement retrieval-augmented generation (RAG) architectures

  • Apply effective prompt engineering techniques and best practices

  • Understand methods for training and fine-tuning foundation models

  • Prepare and manage data for model customization

  • Evaluate model performance using technical and business metrics

  • Understand cost-performance tradeoffs in AI applications

  • Prepare effectively for the AWS Certified AI Practitioner (AIF-C01) exam

Prerequisites

  • Basic understanding of AI/ML or Generative AI concepts

  • Familiarity with cloud computing fundamentals

  • No hands-on experience with foundation models required

  • Interest in building AI-powered applications

Course outline

Section 1: Design Considerations for Foundation Model Applications

  1. Selecting Foundation Models

  2. Inference Parameters

  3. Retrieval-augmented Generation (RAG)

  4. Vector Storage Solutions on AWS

  5. Cost Tradeoffs for Customization

  6. Agents for Multi-step Tasks

  7. Exam Tips

Section 2: Prompt Engineering Techniques

  1. Fundamentals of Prompt Engineering

  2. Prompt Engineering Techniques

  3. Benefits and Best Practices

  4. Risks and Limitations of Prompt Engineering

  5. Exam Tips

Section 3: Training and Fine-tuning Foundation Models

  1. Key Elements of Training Foundation Models

  2. Methods for Fine-tuning Foundation Models

  3. Preparing Data to Fine-tune a Foundation Model

  4. Exam Tips

Section 4: Evaluating Foundation Model Performance

  1. Evaluation Approaches for Foundation Models

  2. Performance Metrics

  3. Business Objective Alignment

  4. Exam Tips

Section 5: Exam Question Review

  1. Design Considerations for Foundation Models

  2. Prompt Engineering Techniques

  3. Training and Fine-tuning Foundation Models

  4. Evaluating Foundation Model Performance

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