AWS Cloud Financial Management for Builders Course Overview

AWS Cloud Financial Management for Builders Course Overview

The AWS Cloud Financial Management for Builders course is designed to equip learners with the knowledge and skills needed to efficiently manage and optimize costs within the AWS Cloud environment. Through this course, participants will explore the principles of cloud financial management, including Resource tagging, Pricing and cost fundamentals, Cost optimization strategies for compute, storage, networking, and databases, and Cost governance.

By diving into the course's comprehensive modules, students will gain insight into AWS's billing, reporting, Monitoring tools, and best practices for Architecting cost-effective solutions. They'll also engage in hands-on labs to apply what they've learned in real-world scenarios. Upon completion, learners will understand how to leverage AWS services and tools to drive cost efficiency and ensure that their cloud architecture is both cost-effective and robust. This course is essential for builders looking to manage their cloud resources prudently and maximize the value of their AWS investment.

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Course Prerequisites

To ensure a successful learning experience in the AWS Cloud Financial Management for Builders course, participants should possess the following minimum prerequisites:


  • Basic understanding of cloud computing concepts, particularly relating to AWS services.
  • Familiarity with AWS core services such as Amazon EC2, Amazon S3, and AWS IAM (Identity and Access Management).
  • Knowledge of general IT financial principles, including the concepts of capital expenditure (CapEx) and operational expenditure (OpEx).
  • Experience with IT infrastructure concepts such as compute, storage, networking, and databases.
  • Ability to navigate the AWS Management Console and perform basic AWS operations.
  • Fundamental understanding of the Cassandra database, including its use cases and architecture, would be beneficial but not mandatory.
  • Basic proficiency with command line interfaces (CLI) and operating systems such as Linux or Windows.
  • Some experience with software development or scripting is recommended to follow along with hands-on labs effectively.

Please note that while these are the minimum prerequisites, having additional experience in cloud architecture and financial management would be advantageous. The course material is designed to be accessible to learners with various backgrounds, and these prerequisites are intended to provide a solid foundation to build upon.


Target Audience for AWS Cloud Financial Management for Builders

The AWS Cloud Financial Management for Builders course is tailored for IT professionals seeking to optimize AWS cloud costs and efficiency.


  • Cloud Financial Analysts
  • Cloud Cost Optimization Specialists
  • AWS Cloud Architects
  • DevOps Engineers
  • IT Finance Managers
  • Cloud Infrastructure Managers
  • Technical Project Managers
  • Systems Administrators with a focus on cloud services
  • Cloud Consultants and Strategists


Learning Objectives - What you will Learn in this AWS Cloud Financial Management for Builders?

Introduction to Course Learning Outcomes

Gain mastery in AWS Cloud Financial Management and Cassandra database technology through comprehensive hands-on labs, theoretical knowledge, and practical applications to optimize costs and enhance system performance.

Learning Objectives and Outcomes

  • Understand the fundamentals of Cassandra, including cluster architecture, CAP theorem, and eventual consistency.
  • Learn the four pillars of Cloud Financial Management and how to apply them within AWS environments.
  • Acquire skills in setting up, configuring, and maintaining a Cassandra database, with an emphasis on system requirements and lab understanding.
  • Master resource tagging and cost control techniques using AWS Config and other AWS tools.
  • Explore AWS pricing models, cost optimization strategies, and utilize tools such as AWS Free Tier, Volume Discounts, Savings Plans, and Reserved Instances.
  • Develop the ability to architect cost-efficient solutions on AWS, focusing on compute, networking, storage, and database services.
  • Create applications using Cassandra as a backend, understanding data modeling, drivers, and connecting a Cassandra cluster to a web application.
  • Manage data effectively in Cassandra by learning to update, delete, and use TTL (Time To Live) alongside understanding the role of Tombstones.
  • Establish proficiency in monitoring and maintaining Cassandra clusters, including node repair, consistency checks, and performance tuning.
  • Implement best practices for backup and restore operations in Cassandra, and perform stress testing and performance tuning for optimization.

Technical Topic Explanation

Monitoring tools

Monitoring tools are software applications used to track the status, performance, and health of various IT infrastructure components. They help detect, diagnose, and resolve issues with hardware, software, networks, and databases. By providing real-time data and analytics, these tools allow IT professionals to ensure systems are operating efficiently and prevent potential problems. Monitoring tools can also alert staff to security breaches, system failures, or underperforming components, thereby minimizing downtime and maximizing productivity in a technology-driven environment. They are essential for maintaining optimal performance and reliability in complex IT environments.

Resource tagging

Resource tagging in cloud computing is a practical method to label and organize the cloud resources, such as storage units, networks, and virtual machines, with metadata tags. These tags consist of key-value pairs that make it easier to manage, locate, and handle resources within vast cloud environments. Effective tagging helps in tracking usage and costs, improving financial management, ensuring compliance with policies, and simplifying the automation of resource setup and maintenance. Proper resource tagging is essential for optimizing operational efficiency and managing resources in cost-effective ways within cloud infrastructures.

Pricing and cost fundamentals

Pricing and cost fundamentals refer to the essential strategies and calculations used to determine the financial aspects of products and services in a business. These fundamentals enable a company to set prices that are competitive yet profitable. They involve understanding the direct and indirect costs associated with production, including materials, labor, overheads, and marketing. The ultimate goal is to optimize spending and revenue, ensuring the sustainability and growth of the business. Effective pricing strategy also considers market demand, competition, customer value perception, and economic conditions.

Cost optimization strategies for compute, storage, networking, and databases

Cost optimization strategies in technology focus on reducing expenses while maintaining performance across four key areas: compute, storage, networking, and databases. For compute, use scalable servers to adjust capacity based on demand. In storage, utilize tiered solutions to balance cost and access speed. Optimize networking by selecting efficient data transfer methods and managing bandwidth. For databases, employ automated scaling and choose the right database service types to avoid overspending. Each strategy involves understanding and aligning your usage and costs, ensuring you get the best performance for the lowest price using resources efficiently.

Cost governance

Cost governance in technology involves monitoring and managing an organization's spending on IT resources to optimize costs while maintaining efficiency. It includes setting budgeting policies, tracking costs, and ensuring expenditures align with business goals. Effective cost governance helps companies avoid overspending and strategically allocate their budget to areas that offer the best return on investment. This is particularly crucial in environments like AWS Cloud, where managing resources efficiently can significantly impact financial performance.

Architecting cost-effective solutions

Architecting cost-effective solutions involves designing systems or projects in a way that reduces costs while maintaining efficiency and meeting project requirements. This process requires thorough planning, understanding of available technologies, and strategic resource management. Key techniques include using scalable cloud services, automating tasks to reduce labor costs, and selecting technologies that offer the best performance-to-price ratio. It's essential to regularly review and adjust these solutions to ensure they remain efficient and economically viable as needs and technologies evolve. In essence, it's about getting the best value for your investment without compromising on quality or functionality.

Target Audience for AWS Cloud Financial Management for Builders

The AWS Cloud Financial Management for Builders course is tailored for IT professionals seeking to optimize AWS cloud costs and efficiency.


  • Cloud Financial Analysts
  • Cloud Cost Optimization Specialists
  • AWS Cloud Architects
  • DevOps Engineers
  • IT Finance Managers
  • Cloud Infrastructure Managers
  • Technical Project Managers
  • Systems Administrators with a focus on cloud services
  • Cloud Consultants and Strategists


Learning Objectives - What you will Learn in this AWS Cloud Financial Management for Builders?

Introduction to Course Learning Outcomes

Gain mastery in AWS Cloud Financial Management and Cassandra database technology through comprehensive hands-on labs, theoretical knowledge, and practical applications to optimize costs and enhance system performance.

Learning Objectives and Outcomes

  • Understand the fundamentals of Cassandra, including cluster architecture, CAP theorem, and eventual consistency.
  • Learn the four pillars of Cloud Financial Management and how to apply them within AWS environments.
  • Acquire skills in setting up, configuring, and maintaining a Cassandra database, with an emphasis on system requirements and lab understanding.
  • Master resource tagging and cost control techniques using AWS Config and other AWS tools.
  • Explore AWS pricing models, cost optimization strategies, and utilize tools such as AWS Free Tier, Volume Discounts, Savings Plans, and Reserved Instances.
  • Develop the ability to architect cost-efficient solutions on AWS, focusing on compute, networking, storage, and database services.
  • Create applications using Cassandra as a backend, understanding data modeling, drivers, and connecting a Cassandra cluster to a web application.
  • Manage data effectively in Cassandra by learning to update, delete, and use TTL (Time To Live) alongside understanding the role of Tombstones.
  • Establish proficiency in monitoring and maintaining Cassandra clusters, including node repair, consistency checks, and performance tuning.
  • Implement best practices for backup and restore operations in Cassandra, and perform stress testing and performance tuning for optimization.