AWS Certified Solutions Architect – Associate (SAA-C02)

AWS Certified Solutions Architect – Associate (SAA-C02)
AWS Certified Solutions Architect – Associate (SAA-C02)
English | MP4 | AVC 1280×720 | AAC 44KHz 2ch | 6h 19m | 4.23 GB

The AWS Certified Solutions Architect – Associate (SAA-C02) Complete Video Course is designed to provide users with more than 6 hours of instruction with the goal of fully preparing them for all aspects of the exam. The course walks through the exam objective coverage in a way that is easy to digest, apply in the workplace, and implement for the exam. The course instructor, Chad Smith, is an experienced and certified architect with a focus on AWS.

The course provides walk-throughs of the exam objectives as well as best strategies and demonstrations for optimal application. Each lesson ends with two sample questions, which are explained in detail for both correct and incorrect answers. The four domains of the AWS SAA-C02 exam align with Modules 2 through 5 of this course to provide the best outcome for the learner intending to take and pass the AWS Certified Solutions Architect – Associate (SAA-C02) Exam.

Learn How To

  • Use architectural patterns to design resilient, highly available, and decoupled infrastructures
  • Deploy high-performance compute, network, storage, and database resources
  • Design least-privilege access control and secure application tiers, and deploy data protection mechanisms for encryption in transit and at rest
  • Recognize cost-effective compute, network, storage, and database implementation
  • Pass the AWS Certified Solutions Architecture Associate SAA-C02 exam

Who Should Take This Course

  • AWS architects
  • AWS SysOps professionals
  • AWS security professionals
  • AWS developers and engineers
  • Intermediate to advanced students

Course Requirements

  • Strong understanding of the AWS ecosystem and infrastructure architecture
  • Working knowledge of commonly used AWS services such as EC2, S3, IAM, Cloudwatch, etc.
  • Solid understanding of multi-tier application architecture patterns

Module 1, “AWS Certified Solutions Architect Overview,” consists of a single lesson that introduces the AWS Solutions Architect Associate certification. It summarizes the prerequisites and skills required to be a successful candidate for certification.

Module 2, “Design Resilient Architectures,” is the first discussion of the official exam content and consists of four lessons in which you learn how to design a multi-tier architecture solution, design highly available and/or fault-tolerant architectures, design decoupling mechanisms using AWS solutions, and choose appropriate resilient storage.

Module 3, “Design High-Performing Architectures,” consists of four lessons, collectively covering the second exam question domain. This topic is split into four lessons that cover identifying elastic and scalable compute solutions for a workload, selecting high-performing and scalable storage solutions for a workload, selecting high-performing networking solutions for a workload, and choosing high-performing database solutions for a workload.

In Module 4, “Specify Secure Applications and Architectures,” you learn that security is important enough that AWS has dedicated an entire certification to it, although it is covered in less depth in Solutions Architect Associate. The lessons in this module cover designing secure access to AWS resources, designing secure application tiers, and selecting appropriate data security options.

Module 5, “Design Cost-Optimized Architectures,” covers the final exam question domain. Lesson 13 details the cost-optimized storage architectures. Lesson 14 discusses compute and database cost optimization, and Lesson 15 finishes the course with strategies for optimizing network architectures.

Table of Contents

01 AWS Certified DevOps Engineer – Professional – Introduction
02 Module introduction
03 Learning objectives
04 1.1 Exam Logistics
05 1.2 Exam Guide
06 1.3 Well-Architected Framework
07 1.4 Exam Question Domains
08 Module introduction
09 Learning objectives
10 2.1 Resilient VPC Architectures
11 2.2 Resilient Application Architectures
12 2.3 Resilient Serverless Architectures
13 2.4 Question Breakdown
14 Learning objectives
15 3.1 Definitions
16 3.2 AWS Global Infrastructure
17 3.3 Question Breakdown
18 Learning objectives
19 4.1 Decoupling with ELB
20 4.2 Decoupling with AWS Lambda and S3
21 4.3 Decoupling with SNS, SQS, and Auto Scaling
22 4.4 Question Breakdown
23 Learning objectives
24 5.1 EBS Resilience
25 5.2 EFS Resilience
26 5.3 S3 Resilience
27 5.4 Question Breakdown
28 Module introduction
29 Learning objectives
30 6.1 Elasticity with Unified Auto Scaling
31 6.2 Elasticity with Managed Services
32 6.3 Question Breakdown
33 Learning objectives
34 7.1 Block-based Storage Performance
35 7.2 File-based Storage Performance
36 7.3 Object-based Storage Performance
37 7.4 Caching Performance in CloudFront
38 7.5 Caching Performance in Elasticache
39 7.6 Question Breakdown
40 Learning objectives
41 8.1 VPC Performance
42 8.2 Single-node Performance
43 8.3 Hybrid Network Performance
44 8.4 Question Breakdown
45 Learning objectives
46 9.1 RDS Performance
47 9.2 DynamoDB Performance
48 9.3 Question Breakdown
49 Module introduction
50 Learning objectives
51 10.1 Account-based Access Control
52 10.2 User-based Access Control
53 10.3 Resource-based Access Control
54 10.4 Question Breakdown
55 Learning objectives
56 11.1 Designing Secure VPC Internal Networks
57 11.2 Designing Secure VPC Egress
58 11.3 Securing Application Access
59 11.4 Monitoring Application Activity
60 11.5 Question Breakdown
61 Learning objectives
62 12.1 Securing Data At-rest
63 12.2 Securing Data In-transit with SSL
64 12.3 Securing Data In-transit with Network Features
65 12.4 Key Management Solutions
66 12.5 Question Breakdown
67 Module introduction
68 Learning objectives
69 13.1 Block and File Storage Costs
70 13.2 Object Storage Costs
71 13.3 Question Breakdown
72 Learning objectives
73 14.1 EC2 Cost Optimization
74 14.2 ECS and Lambda Cost Optimization
75 14.3 Database Cost Optimization
76 14.4 Question Breakdown
77 Learning objectives
78 15.1 VPC Network Cost Optimization
79 15.2 Regional and Internet Network Transfer Costs
80 15.3 Question Breakdown
81 AWS Certified DevOps Engineer – Professional – Summary