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SAA-C03 : Training Overview
This course provides a deep dive into AWS architecture concepts, best practices, and service integrations. You’ll explore compute, storage, database, networking, and security services, while learning how to design fault-tolerant and cost-optimized systems. The training includes practical hands-on labs, architectural case studies, whiteboard exercises, and mock exams. Whether you're designing cloud-native applications or migrating existing workloads, this course equips you with the technical knowledge and confidence to succeed in real-world AWS architecture roles.
Why SAA-C03
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Prepares you for the AWS Certified Solutions Architect – Associate (SAA-C03) exam
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Learn to build secure, resilient, and scalable architectures on AWS
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Gain practical, hands-on experience with AWS tools and services
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Enhances your ability to design cloud-native solutions
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Widely recognized certification that boosts credibility and job prospects
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Aligns with real-world architecture roles and responsibilities
What You Will Learn
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How to design secure and robust architectures using AWS services
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Selecting appropriate AWS services based on technical requirements
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Implementing cost-optimized, fault-tolerant, and high-performing systems
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Best practices for compute, storage, databases, and networking on AWS
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Identity and access management, monitoring, logging, and security compliance
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Application architecture using serverless, microservices, and hybrid environments
Prerequisites
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Basic knowledge of AWS Cloud concepts (AWS Cloud Practitioner recommended)
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Understanding of general IT concepts (networking, databases, compute)
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Some hands-on experience with AWS services is helpful but not mandatory
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Familiarity with Linux and command-line tools is a plus
Course Curriculum
Design scalable and loosely coupled application architectures
Implement secure access controls to AWS resources
Choose appropriate storage solutions based on performance and cost
Manage Amazon S3 buckets, policies, and storage classes
Leverage AWS architecture tools to visualize and plan system design
Design cost-effective and secure network infrastructures
Implement name resolution and connectivity across AWS services
Deploy and manage Amazon EC2 instances efficiently
Design elastic and high-performance compute architectures
Utilize AWS compute and analytics services for data processing
Design secure access using IAM, policies, and authentication methods
Protect workloads with encryption, network security, and governance controls
Apply AWS cryptography tools and public key infrastructure (PKI)
Build secure and scalable application environments using AWS services
Automate governance and compliance across AWS workloads
Build fault-tolerant and highly available system architectures
Choose storage and database services that scale and perform efficiently
Apply AWS design principles for reliability and business continuity
Optimize AWS costs through monitoring, budgeting, and right-sizing
Use tools like AWS Cost Explorer and Trusted Advisor for cost control
