The Complete Cloud Computing Software Architecture Patterns from Udemy

Are you ready for your next career step?

Do you want to become a Software Architect or Technical Lead and work on impactful projects that help millions of users?

Then you came to the right place.

In this course, you will wear the hat of a Software Architect, solving some of the most challenging and important problems in system design, software architecture, and modern cloud computing.

Throughout the course, you will learn the most useful Software Architecture Patterns that any Cloud Software Architect needs to know, and which have already been successfully applied by the top tech companies.

In each lecture, you will be presented with:

A new design problem
A common solution in the form of a Software Architecture Pattern
A real-life example where that pattern can be used
Important design and architecture considerations that leverage the power of cloud computing

By the end of the course:

You will have a complete Software Architecture toolbox full of patterns that will help you architect a highly scalable, available, reliable, and responsive cloud-based system that can reach millions of users worldwide and help grow your company's business.

In addition, knowing and understanding those Software Architecture Patterns can set you apart in System Design Interviews, especially at FAANG and other top tech companies.

This course is ideal for you if:

You are an experienced Software Engineer who understands that software engineering is more than just coding and you are ready to take your career to the next level.
You are an aspiring or existing Software Architect or Technical Lead and want to ensure you make the right design decisions when architecting new cloud-based systems.
You are seeking or are currently in a role that requires deep knowledge of software architecture and cloud computing. This can be any role, such as a Cloud Architecture or Cloud Consultant, as well as a Technical Product Manager, Solutions Architect, or even an Engineering Manager overseeing large-scale projects.

Why do we need new Software Architecture Patterns?

With the advancements in cloud computing, the problems that software architects are now facing are very different from a few decades ago. When architecting a large-scale system using cloud computing and Microservices Architecture, the design decisions and challenges require a completely new set of software architecture patterns than the traditional OOP Design Patterns, which focus only on code organization within a single application. These new Software Architecture Patterns solve many problems, such as scalability, performance, reliability, and so on.

FAQ:

- I am completely new to Software Architecture, is this the right course for me?

This course can be a great introduction to Software Architecture in general. It will teach you some of the fundamental techniques that top companies use, to solve challenging design and architecture problems. If you are a beginner, I recommend taking my other course, Software Architecture & Design of Large Scale Systems, either before or in conjunction with this course.

- Is this a programming course or a Software Architecture course?

This is 100% a Software Architecture course. As a software engineer, knowing how to program is a given. If you look around, everyone in your team can code, starting from the most junior to the most senior developer. However, Software Architecture is the next level of abstraction and the next level in a software engineer's career. So the focus of this course is Software Architecture, specifically in a cloud computing environment. A topic that is rarely taught in the academy, boot camps, or even at work.

- Is this course specific to any cloud vendor such as AWS, Google Cloud Platform, or Microsoft Azure?

No. The Software Architecture and Cloud Computing Patterns you will learn in the course are completely implementation, platform, and cloud vendor independent. You can successfully implement them on any cloud vendor or programming language.

- I'm already a Software Architect, will I benefit from this course?

Yes. The Software Architecture Patterns in this course are the most up-to-date in the industry. They are a must-skill for any Software Architect that works on system design and architecture of modern systems, both in a public cloud computing and hybrid cloud computing environment. Whether you are just starting your career as a Software Architect or you're already an experienced software architect, you will learn a lot in this course.

What's inside

Learning objectives

Architect modern large scale software systems
Solve challenging system design problems using software architecture patterns

Use cloud computing to serve millions of users around the world
Design, architect, deploy and test real-life production systems

Architect modern large scale software systems
Solve challenging system design problems using software architecture patterns
Use cloud computing to serve millions of users around the world
Design, architect, deploy and test real-life production systems

Syllabus

Introduction

Software Architecture Patterns - Introduction

Download Course Workbook

Scalability Patterns

Load Balancing Software Architecture Pattern and Its Implementation using Cloud Computing Components

Pipes and Filters Software Architecture Pattern - High level description and real life example

Scatter Gather Software Architecture Pattern - General overview and application in the real world.

Execution Orchestration Software Architecture Pattern - Fundamental microservices architecture design pattern and its real life use cases

Choreography Software Architecture Pattern - Event driven architecture design pattern and its real life use cases

Map Reduce Patten and its applications for big data processing using Cloud Computing.

Saga Software Architecture Pattern for data transactions in Microservices Architecture.

Transactional Outbox Software Architecture Pattern for High Performance Data Intensive workloads and its implementation using Cloud Computing.

CQRS - One of the most popular Software Architecture Pattern in Cloud Computing and Microservices. Introduction and a real world example.

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers software architecture patterns applicable to cloud computing and microservices, which are essential for modern system design

Explores patterns like Load Balancing, Pipes and Filters, and Scatter Gather, which are useful for designing scalable systems

Examines patterns such as Saga and Transactional Outbox, which are relevant for managing data transactions in microservices architectures

Teaches deployment patterns like Rolling Deployment and Blue-Green Deployment, which are crucial for continuous delivery

Requires a solid understanding of software engineering principles, suggesting it is aimed at experienced professionals rather than beginners

Includes patterns like CQRS and Event Sourcing, which are often applied in complex, event-driven systems

Reviews summary

Architecture patterns for cloud systems

According to learners, this course offers a practical and comprehensive overview of modern software architecture patterns tailored for cloud computing environments. Many students found the content highly relevant to real-world system design challenges and valuable for preparing for system design interviews, particularly at top tech companies. Reviewers frequently praised the course for providing a strong foundation in tackling issues like scalability, performance, and reliability in large-scale systems. While some found the pace challenging, the overall consensus highlights the course's effectiveness in building a solid understanding of essential architecture concepts. The course is seen as especially beneficial for experienced engineers and aspiring architects looking to deepen their knowledge beyond traditional programming paradigms.

Challenging but rewarding content.

"The course moves at a good pace, packed with information."

"Some concepts require careful study and review due to their complexity."

"While dense, the information is presented logically."

"It demands focus, but the payoff in understanding is significant."

Best for experienced engineers/architects.

"Ideal for experienced software engineers transitioning to architect roles."

"As an aspiring architect, I found this course invaluable for the next step in my career."

"Requires some prior technical background to fully grasp the concepts."

"Might be too advanced for absolute beginners in software architecture."

Covers a wide range of essential patterns.

"A comprehensive collection of architecture patterns crucial for modern cloud applications."

"The course covers scalability, performance, reliability, and more – a broad scope."

"Each pattern is explained clearly with relevant examples."

"Explores diverse patterns like CQRS, Event Sourcing, Saga, etc."

Excellent resource for system design interviews.

"This course is a must-have for anyone preparing for system design interviews, especially for architect roles."

"The patterns and examples significantly improved my confidence for interviews."

"Understanding these patterns gives you a clear edge in system design rounds."

"Provided specific frameworks useful in tackling complex design questions."

Patterns are practical for industry use.

"The course provides a solid foundation in practical software architecture patterns applicable to modern cloud systems."

"I found the patterns discussed highly relevant to real-world problems I face at work."

"This course bridges the gap between theoretical knowledge and practical application in designing large-scale systems."

"The patterns covered are essential for anyone working on cloud-based solutions."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in The Complete Cloud Computing Software Architecture Patterns with these activities:

Review Core Distributed Systems Concepts

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Solidify your understanding of distributed systems principles to better grasp the rationale behind cloud architecture patterns.

Browse courses on Distributed Systems

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Review notes from previous distributed systems coursework.
Read articles on CAP theorem and consistency models.
Practice explaining distributed systems concepts to a friend.

Read 'Designing Data-Intensive Applications'

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Deepen your understanding of data-intensive patterns and their practical applications in cloud environments.

View Secret Colors on Amazon

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Read a chapter each week, focusing on relevant patterns.
Summarize key concepts and compare them to course materials.
Identify real-world examples of the patterns in use.

Implement a Load Balancing System

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Gain hands-on experience with load balancing by building a simple system using cloud computing components.

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Choose a cloud provider and set up a basic infrastructure.
Implement a load balancer using available services.
Deploy multiple instances of a simple application behind the load balancer.
Test the system for scalability and fault tolerance.

Four other activities

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Design a Microservices Architecture Diagram

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Practice applying microservices architecture principles by designing a diagram for a specific application.

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Choose a real-world application to model.
Identify the key services and their responsibilities.
Create a diagram showing the relationships between the services.
Document the design decisions and trade-offs.

Create a Presentation on CQRS

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Solidify your understanding of CQRS by creating a presentation explaining its benefits, drawbacks, and use cases.

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Research CQRS and gather relevant information.
Create a slide deck with clear explanations and diagrams.
Practice presenting the material to a friend or colleague.

Read 'Cloud Native Patterns'

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Explore cloud-native design principles and patterns to enhance your understanding of modern cloud architectures.

View Putting Knowledge to Work on Amazon

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Read a chapter each week, focusing on relevant patterns.
Compare and contrast the patterns with those discussed in the course.
Consider how these patterns could be applied to your own projects.

Contribute to an Open Source Cloud Project

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Apply your knowledge of cloud architecture patterns by contributing to a real-world open-source project.

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Identify an open-source cloud project that interests you.
Explore the project's codebase and documentation.
Find an issue to work on or propose a new feature.
Submit a pull request with your changes.

Career center

Learners who complete The Complete Cloud Computing Software Architecture Patterns will develop knowledge and skills that may be useful to these careers:

Software Architect

A Software Architect designs the structure of software systems. This individual makes high-level design choices and dictates technical standards, including the selection of architecture patterns. This course helps to advance the understanding of patterns used in cloud computing environments. The course’s focus on modern cloud computing, including scalability, reliability, and performance, directly supports the work of a Software Architect who must ensure that a system meets the needs of millions of users. The course will also help a Software Architect make better decisions when architecting new cloud-based systems.

See salaries and explore the career path for Software Architect

Technical Lead

A Technical Lead guides a team of software developers, providing technical direction on projects. This often involves making decisions about architecture and ensuring that the system meets performance and scalability requirements. This course can help a Technical Lead make better technical decisions as they will learn about various cloud computing architecture patterns directly applicable to their role. The course’s emphasis on real-life examples and design considerations provides a Technical Lead with the knowledge needed to tackle challenging system design problems. A technical lead should also be versed in the patterns taught in this course.

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Cloud Architect

A Cloud Architect is responsible for designing the cloud computing strategy for an organization. This involves selecting the appropriate cloud services and designing the system architecture to meet scalability, performance, and reliability requirements. This course provides a Cloud Architect with a toolbox of cloud software architecture patterns. Given that it is explicitly mentioned in the course description as an ideal role for those with this knowledge, this course is highly relevant to a Cloud Architect. The Cloud Architect will learn how to leverage the power of cloud computing in their system designs.

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System Designer

A System Designer focuses on the overall structure and behavior of a system, including hardware, software, and integration components, and requires understanding of architecture patterns used in cloud computing environments. This course directly supports the work of a System Designer in the cloud space. The course's lessons in design problems, common solutions using software architecture patterns, and real-life examples equip the System Designer with an architecture toolbox to build scalable systems. This course in particular offers specific architecture patterns relevant to cloud computing.

See salaries and explore the career path for System Designer

Cloud Consultant

A Cloud Consultant advises organizations on how to best use cloud computing technologies. This role requires deep knowledge of cloud computing patterns and system design, and this course helps to build such a skill set. This course provides a Cloud Consultant with patterns that are vital for the design and architecture of modern systems in a cloud computing environment. A Cloud Consultant benefits directly from the practical knowledge of this course, which will help solve challenging design and architecture problems when working with clients.

See salaries and explore the career path for Cloud Consultant

Solutions Architect

A Solutions Architect designs specific solutions to business problems, often using cloud-based technologies. Understanding various software architecture patterns related to cloud computing is crucial for this role. This course teaches a variety of Software Architecture Patterns that are used by top tech companies. The course introduces modern cloud computing architecture patterns, which are necessary to solve the challenges faced by a Solutions Architect when working on modern systems. Consequently, this course may be useful for a person interested in this role.

See salaries and explore the career path for Solutions Architect

Engineering Manager

An Engineering Manager oversees teams of software engineers and ensures that technical projects are delivered successfully. This position often requires an understanding of system design and software architecture, especially when overseeing large-scale projects that involve cloud computing. This course helps an Engineering Manager oversee projects by providing a comprehensive understanding of cloud software architecture and patterns. Understanding the concepts taught by this course is necessary to provide oversight on a team of engineers working on cloud architecture.

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Technical Product Manager

A Technical Product Manager merges business strategy and technology, working with engineers to plan and execute a technical roadmap. Understanding software architecture patterns, particularly in cloud computing, is valuable for the success of a Technical Product Manager. This course provides insights into fundamental techniques that top companies use to solve challenging design and architecture problems, which is useful for people in this role. The course also covers cloud computing practices, which are essential in today's technology landscape. Therefore, this course may be useful to a Technical Product Manager.

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Cloud Engineer

A Cloud Engineer implements, manages, and monitors an organization’s cloud infrastructure. Understanding software architecture patterns will help a Cloud Engineer's day-to-day work. This course can help a Cloud Engineer work well with cloud computing architecture, as it emphasizes design and architecture considerations specific to cloud platforms. It offers practical insights into various cloud patterns, so it may be useful to a Cloud Engineer.

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Data Architect

A Data Architect designs and manages the data storage and management infrastructure for an organization, so understanding efficient methods for data processing in cloud environments is important. This course will help a Data Architect by teaching about patterns for data intensive systems. The course covers patterns such as Map Reduce and the Saga pattern, which are used to manage data. The material related to data, as it pertains to large-scale cloud computing, makes it a course that may be useful to a Data Architect. This helps them with their role in processing and managing large amounts of information.

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Software Development Manager

A Software Development Manager is responsible for overseeing software development projects and ensuring that projects are delivered on time, within budget, and to the required quality. While not directly involved in hands on designing, a manager must know about cloud architecture to oversee their team. This course teaches about essential software architecture patterns for cloud computing. A Software Development Manager should have a general overview of architectural concepts, and this course may be useful to their role in managing a team that executes cloud computing projects.

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System Integration Engineer

A System Integration Engineer is responsible for combining different components to form a complete system, which often involves working with cloud-based services that operate according to architectural patterns. This course teaches about cloud computing architecture patterns, which can help the System Integration Engineer. By learning these patterns, the individual is better prepared to integrate different parts of a cloud system. This course may be useful to a System Integration Engineer to help facilitate their work.

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Site Reliability Engineer

A Site Reliability Engineer ensures that systems are reliable and performant. This requires an understanding of architecture and design, especially regarding cloud architecture patterns. This course can help a Site Reliability Engineer by delving into reliability, error handling, and recovery architecture patterns. The material about load balancing, the retry pattern, and the circuit breaker pattern are relevant to a Site Reliability Engineer, making this course potentially useful to their role.

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DevOps Engineer

A DevOps Engineer focuses on enhancing the development and operations of a software system. This means a person in this role should learn about architectural patterns that can improve their work. This course covers many software architecture patterns relevant to cloud computing. The material in this course on deployment patterns, like rolling and blue-green deployments, can be very helpful to a DevOps Engineer. Consequently, this course has the potential to aid in a career as a DevOps Engineer.

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Backend Developer

A Backend Developer focuses on the server-side logic, databases, and overall functionality of a system, and while a Backend Developer engages in coding, architectural awareness is key at the higher levels. This course may help a Backend Developer make architectural decisions. Although the focus of the course is not on coding, the architectural patterns taught are still highly relevant. The course would help a Backend Developer become aware of cloud computing patterns, allowing him or her to design more robust and scalable systems. It may be useful to a Backend Developer to take this course.

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The Complete Cloud Computing Software Architecture Patterns

What's inside

Learning objectives

Syllabus

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Reviews summary

Architecture patterns for cloud systems

Activities

Career center

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