AWS, Machine Learning & Amazon Bedrock Engineering
Duration
11 Days
Level
Advanced Level
Design and Tailor this course
As per your team needs
Overview
This comprehensive program delivers a structured engineering journey across AWS cloud infrastructure, production-grade machine learning, MLOps automation, and enterprise Generative AI using Amazon Web Services. Participants will design, deploy, secure, and optimize scalable AI architectures leveraging services such as Amazon SageMaker and Amazon Bedrock.
The course emphasizes architecture-first thinking, implementation depth, automation, governance, cost optimization, and real-world consulting patterns. By the end of the program, learners will be capable of building production-ready ML and GenAI systems aligned with enterprise security, compliance, and operational excellence standards.
Audience
- IT Professionals transitioning to AWS cloud and AI roles
- Developers & DevOps Engineers building AI-powered applications
- ML Engineers deploying models and managing MLOps pipelines
- AI Engineers building LLM and GenAI solutions using Bedrock
- Cloud Architects designing scalable and secure AI infrastructure
Prerequisites
- General knowledge of application development and hosting
- Understanding of networking and storage fundamentals
- Basic cloud computing concepts
- Proficiency in Python (helpful for labs)
Curriculum
-
AWS Global Infrastructure & Cloud Architecture Principles
Topics
• AWS global regions, availability zones, edge locations
• Designing for high availability and fault tolerance
• Well-Architected Framework pillars
• Multi-account strategy and landing zones - Subtopics
• Shared responsibility model
• Identity boundaries and service control policies
• AI workload placement strategy - Hands-on / Lab
• Configure multi-account setup using AWS Organizations
• Implement IAM role-based access with least privilege - Real-world application
• Designing a secure enterprise AI foundation aligned to governance policies -
Compute & AI-Optimized Infrastructure
Topics
• EC2 instance families for AI workloads
• GPU vs Trainium vs Inferentia decision framework
• Elastic Load Balancing and Auto Scaling - Subtopics
• Cost-performance trade-offs
• Spot vs On-Demand strategy for ML training
• Placement groups and network throughput - Hands-on / Lab
• Launch GPU-backed EC2 instance
• Benchmark inference workload performance
Real-world application
• Infrastructure sizing strategy for ML training vs inference systems
-
Cloud Storage Architecture
Topics
• S3 storage classes and lifecycle policies
• EBS vs EFS decision matrix
• Data lake design patterns - Subtopics
• Encryption at rest and in transit
• Intelligent tiering for ML datasets - Hands-on / Lab
• Build secure S3 data lake with lifecycle rules
• Implement bucket policies and encryption - Real-world application
• Designing scalable storage for training pipelines -
Databases & Vector Data Stores
Topics
• RDS vs DynamoDB architecture comparison
• Vector search fundamentals
• OpenSearch vector engine & Aurora PostgreSQL pgvector - Subtopics
• Indexing strategies
• Similarity search optimization - Hands-on / Lab
• Deploy Aurora PostgreSQL with vector extension
• Execute embedding similarity queries
Real-world application
• Architecting RAG-ready backend systems
-
Advanced VPC Design
Topics
• Multi-tier VPC architecture
• NAT gateways, Transit Gateway
• PrivateLink and secure service access - Hands-on / Lab
• Provision production-grade VPC using CloudFormation - Real-world application
• Designing isolated ML environments -
Observability & Operational Excellence
Topics
• CloudWatch, CloudTrail, X-Ray
• Centralized logging architecture
• AI workload monitoring patterns - Hands-on / Lab
• Configure monitoring dashboards
• Implement alerting for endpoint latency
Real-world application
• Production ML system monitoring strategy
-
Serverless AI Workloads
Topics
• Lambda for AI microservices
• Step Functions for ML orchestration
• Event-driven architectures - Hands-on / Lab
• Build serverless image classification pipeline - Real-world application
• Event-driven AI document processing system -
SageMaker Foundations
Topics
• SageMaker Studio architecture
• ML lifecycle phases
• Feature Store fundamentals - Hands-on / Lab
• Build exploratory notebook in SageMaker Studio
Real-world application
• Enterprise ML experimentation workflow
-
Distributed Training & Hyperparameter Tuning
Topics
• Managed training jobs
• HyperPod distributed training
• Checkpointing and fault tolerance - Hands-on / Lab
• Launch distributed training job - Real-world application
• Large-scale model training optimization -
Containers & Kubernetes for ML
Topics
• Docker fundamentals
• ECR registry
• EKS for ML workloads - Hands-on / Lab
• Containerize ML inference API
• Deploy to EKS cluster
Real-world application
• Portable ML deployment architecture
-
CI/CD for Cloud & ML
Topics
• CodePipeline automation
• Infrastructure CI/CD
• Blue-green deployments - Hands-on / Lab
• Implement CI/CD pipeline for ML service -
MLOps with SageMaker
Topics
• Model registry
• Pipeline automation
• Drift detection & monitoring - Hands-on / Lab
• Build automated retraining pipeline
Real-world application
• Enterprise MLOps governance model
-
Foundation Models & Bedrock Architecture
Topics
• Bedrock model catalog
• Amazon Nova, Claude, Llama comparison
• Inference optimization - Hands-on / Lab
• Deploy text generation API via Bedrock - Real-world application
• Enterprise GenAI architecture blueprint -
Cost & Security Governance for GenAI
Topics
• Guardrails and content filtering
• Token cost management
• Responsible AI practices
Hands-on / Lab
• Configure Bedrock Guardrails
-
Prompt Engineering & LLM Design
Topics
• Structured prompting
• Few-shot & chain-of-thought
• Evaluation frameworks - Hands-on / Lab
• Optimize prompts for summarization -
Retrieval-Augmented Generation (RAG)
Topics
• Knowledge Bases architecture
• Embeddings & vector search
• Context window optimization - Hands-on / Lab
• Build enterprise RAG chatbot
Real-world application
• Internal policy Q&A AI assistant
-
AWS Glue & ETL
Hands-on ETL transformation
-
Athena & Analytics
Real-world application
• Building analytics layer for AI insights
-
AI APIs (Comprehend & Rekognition)
Hands-on moderation tool
-
Agents for Bedrock
Hands-on autonomous agent implementation
Real-world application
• AI-powered workflow automation
-
Lex & Conversational Design
Hands-on chatbot
-
Enterprise Capstone Project
• Design end-to-end AI architecture
• Implement secure RAG system
• CI/CD integrated deployment
• Monitoring & governance - Hands-on / Lab
• Build complete AI solution from ingestion to GenAI interface
Real-world application
• Present enterprise AI transformation blueprint
Duration
11 Days
Level
Advanced Level
Design and Tailor this course
As per your team needs