Software architecture is a crucial aspect of software engineering that involves the design and organization of a software system. With the increasing demand for skilled software architects, online courses have become a popular choice for individuals seeking to enhance their knowledge and expertise in the field. In this article, we will explore some of the best software architecture courses available online, covering a range of topics such as design patterns, software modeling, and system scalability. We will evaluate each course based on its content quality, delivery format, and learner engagement to help you make an informed decision on which course to take.
Here’s a look at the Best Software Architecture Courses and Certifications Online and what they have to offer for you!
10 Best Software Architecture Courses and Certifications Online
- 10 Best Software Architecture Courses and Certifications Online
- 1. SOLID Principles: Introducing Software Architecture & Design by Sujith George (Udemy) (Our Best Pick)
- 2. The Complete Guide to Becoming a Software Architect by Memi Lavi (Udemy)
- 3. How To Become An Outstanding Solution Architect by Mark Farragher (Udemy)
- 4. Software Architecture & Technology of Large-Scale Systems by NewTechWays – Anurag Yadav (Udemy)
- 5. Software Architecture for the Enterprise Architect by Binary Brain (Udemy)
- 6. Software Architecture (SOLID) & Design Patterns in Java by Holczer Balazs (Udemy)
- 7. Software Architecture Case Studies by Memi Lavi (Udemy)
- 8. SOLID Principles of Object-Oriented Design and Architecture by Vasiliy Zukanov (Udemy)
- 9. Software Architecture Security – The Complete Guide by Memi Lavi (Udemy)
- 10. Using SOLID Principles to Write Better Code – A Crash Course by Riaan Nel (Udemy)
1. SOLID Principles: Introducing Software Architecture & Design by Sujith George (Udemy) (Our Best Pick)
This course is titled SOLID Principles: Introducing Software Architecture & Design and is instructed by Sujith George. The course aims to teach individuals how to write clean and well-designed code in Object Oriented Languages such as Java by mastering SOLID Principles. The course is intended for both budding coders and established programmers who want to learn better design and write quality code.
The course stresses the importance of grasping the core concepts of SOLID Principles thoroughly in order to write quality code. The course provides a holistic picture of SOLID Principles, which is not found in free YouTube videos that teach in bits and pieces. The content for this course was meticulously chosen to ensure that the design principles stick to the mind of the learner. Graphical illustrations and real world analogies were used wherever possible to drive home the point.
The course’s subtitles are hand-scripted and accurate, ensuring that the timings are precise. Unlike auto-generated subtitles, which are frequently inaccurate, the instructor took the time to script the course to perfection and include the subtitles as well. Learners can mute the instructor but still read the subtitles, which are available in Udemy.
The course consists of seven sections: Introduction, Single Responsibility Principle, Open Closed Principle, Liskov Substitution Principle, Interface Segregation Principle, Dependency Inversion Principle, and Course Summary.
The course entitled “The Complete Guide to Becoming a Software Architect” is designed to teach individuals how to become a successful Software Architect – one of the most coveted positions in the software industry. The course is comprehensive, featuring 115 lectures covering topics such as the steps in the Architecture Process, System Requirements, Design Patterns, Soft Skills, and more. The course instructor, Memi Lavi, has over 17 years of experience as a Software Architect, having worked with clients ranging from Fortune 100 enterprises to startups.
Becoming a Software Architect requires a unique mix of skills, including technical abilities, the ability to take a high-level look, and great interpersonal skills. This comprehensive course aims to provide individuals with all the necessary skills to become a successful Software Architect. The course also provides valuable information regarding the creation of an architecture document, which contains all the information pertaining to the architecture designed by an architect, such as requirements, technology stack, component’s architecture, system architecture, and more.
One of the unique features of this course is the real-world case study that students work on. After discussing the case study and designing its architecture, individuals have the opportunity to download an industry-grade architecture document that can be modified to fit their project’s specific needs. This document covers all the bases and makes a great impression when presented to clients. Students who have taken the course speak highly of its practicality, excellent explanation of topics, and the value of the “Soft Skills” section.
This course is suitable for any person involved in software development or system analysis. However, individuals with at least 2 years of experience in development are the best candidates, as this experience helps in understanding the course’s terminology. The course instructor, Memi Lavi, has trained thousands of students in various courses in the past and is passionate about designing modern, practical, and reliable systems for his clients.
The “How To Become An Outstanding Solution Architect” course is designed to teach the skills needed to become a successful solution architect. The solution architect is responsible for creating the high-level abstract technical design of the entire solution, making it an extremely important role that comes with a nice pay and a lot of responsibility. The course covers all aspects of the architect’s role, including soft skills, common architecture design patterns, quality attributes, caching, exception management, and deployment scenarios.
The course is suitable for developers, lead developers, and solution architects in IT project teams who want to take their skills to the next level. The course contains over 7 hours of video content and includes a 30-day money-back guarantee. Enrolling now will provide free lifelong access to all of the course content.
The course is divided into eight sections, covering the introduction, the architect and the team, what makes a great architect, designing a software architecture, architecture design patterns, designing layers, components, and services, architecture considerations, and the conclusion. The instructor, Mark Farragher, will teach all the skills needed to become an outstanding solution architect, including creating an awesome architecture design, common architecture design patterns, and UML design.
The course will also cover soft skills required to excel in the role and make an impression on peers. The high-level and important nature of the role means the architect will interact with everyone in the organization, including executives and the CEO. The course is perfect for those preparing for job interviews, currently in a large IT project, or wanting to transition from lead developer to solution architect.
This course, titled “Software Architecture & Technology of Large-Scale Systems,” is taught by NewTechWays’ Anurag Yadav. It is designed to teach the skill of architecting software systems with a focus on high performance, scalability, availability, and security using modern technologies.
Architecting software systems is a rare and valuable skill. It involves deciding what elements are important, recognizing potential problems, and making upfront decisions on trade-offs. It takes years to learn enough to become an architect, and the learning depends on the opportunities available in one’s career.
The “Developer To Architect” course assumes that the student has great development skills and builds from there. It extensively covers architecting non-functional properties of a system, large-scale deployment and operations using Docker containers and Kubernetes, and internal working of popular open-source products.
The course specifically covers architecting non-functional properties like performance, scalability, reliability, and security. It also covers the technology stack, including internal workings of popular open-source products such as Node.js, Redis, Kafka, Cassandra, ELK stack, Hadoop, etc.
The course is divided into several sections, including an introduction, performance, scalability, reliability, security, deployment, and technology stack. Overall, it aims to teach participants everything they need to become a “true” architect in a short period of time.
The course “Software Architecture for the Enterprise Architect” aims to develop software architecture skills required by enterprise architects, including UML modelling and architecture patterns. The course consists of video tutorials and practical demonstration sessions, both of which help learners apply what they have learned. The instructor also provides feedback on course assignments to enhance learners’ practical experience. The course covers various core skills such as identifying business requirements, non-functional requirements, team dynamics, and more.
The course consists of several sections, including Introduction, UML, Architecture Patterns, and more. The course also includes clear and concise examples to help learners understand the concepts. The instructor is available to answer any queries that learners may have regarding the course material.
The course has received positive reviews from learners, citing its comprehensiveness, clear and concise lectures, and the instructor’s expertise in the field of software architecture. The course is highly recommended for software developers looking to improve their architectural and programming skills, both beginners and advanced programmers.
The “Software Architecture for the Enterprise Architect” course aims to equip learners with the necessary skills required by enterprise architects. The course covers a wide range of topics, including architecture patterns, UML modelling, identifying business and non-functional requirements, and team dynamics. The course is structured to provide learners with practical experience through course assignments and feedback. The course has received positive reviews from learners, and the instructor is available to answer any queries learners may have.
The course “Software Architecture (SOLID) & Design Patterns in Java” with instructor Holczer Balazs is aimed at guiding participants in creating smart and reusable software using SOLID principles and design patterns. The course is divided into four sections. The first section focuses on SOLID principles, which include the single responsibility principle, open closed principle, Liskov’s substitution principle, interface segregation principle, and dependency inversion principle. Dependency injection is also covered in this section.
The second section deals with behavioral design patterns, which consist of the strategy pattern, observer pattern, command pattern, iterator pattern, template pattern, and null object pattern. The third section covers structural design patterns, which include the decorator pattern, facade pattern, flyweight pattern, and adapter pattern. The fourth section is dedicated to the model-view-controller (MVC) pattern, which is discussed together with an application using Java Swing.
In the course, participants will learn both the theory and implementation of the SOLID principles and design patterns. The aim is to gain a deep understanding of these concepts to be able to write reusable software components, which is becoming increasingly important in today’s world of complex applications. The course includes downloadable materials, and participants are encouraged to practice implementation on their own.
The Software Architecture Case Studies course provides real-world case studies that help software architects learn and improve their skills. The course covers four case studies of production-based systems, each presenting unique challenges. The course takes students through the entire architecture process, including mapping components, understanding requirements, selecting the technology stack, designing the architecture, and adding redundancy. The technology stack discussed in the course includes .NET Core, SQL Server, Java, MongoDB, MySQL, and more.
The course builds on the foundations laid by The Complete Guide to Becoming a Software Architect course, using some of the concepts taught in it. The course is recommended for software architects who want to expand their knowledge or developers with at least two years of experience to understand the terminology used in the course. In addition, the course is suitable for anyone involved in software development, including system analysts.
The course provides three architecture diagrams for each case study, including Logic Diagram, Technical Diagram, and Physical Diagram. Students can download these diagrams for their own use, as they are a great starter for architecture diagrams. The course is suitable for anyone who wants to learn from real-world, production-based architectures designed by real architects and developed by real developers.
The course instructor, Memi Lavi, has been a Software Architect for more than 18 years and has worked with a variety of clients, including Fortune 100 enterprises, start-ups, government entities, defense, telco, banking, and more. Lavi is also an avid speaker and trainer, having trained thousands of students in various courses in the past.
The course includes sections on the Architecture Process, Case Study #1, Case Study #2, Case Study #3, Case Study #4, and Conclusion. Students who have taken the course have offered positive feedback, including comments that the course is very practical, has given them the confidence to advertise themselves as architects, and has been life changing.
The SOLID Principles of Object-Oriented Design and Architecture course is designed to help learners understand the guidelines for designing clean and maintainable software systems. By mastering SOLID principles, developers can gain a deeper understanding of software architecture. SOLID principles are derived from more than 40 years of academic research and industry experience, making them universal and time-proven tools for delivering high-quality software.
The course covers five SOLID principles: Single Responsibility, Open Closed, Liskov Substitution, Interface Segregation, and Dependency Inversion. Learners will gain an in-depth understanding of each principle and learn how they make code flexible, extensible, and readable. The course also discusses how SOLID code is a joy to work with.
In addition to the technical content, the course includes a historical perspective on the people behind the SOLID principles. The course is intended for professional developers who are serious about writing clean and maintainable code. Understanding SOLID principles can give developers new insights into software architecture and object-oriented programming.
The course is divided into eight sections: Introduction, Single Responsibility Principle, Abstractions, Open Closed Principle, Liskov Substitution Principle, Interface Segregation Principle, Dependency Inversion Principle, and Summary. The topics covered in this course are complex but important for developers to learn.
The course “Software Architecture Security – The Complete Guide” is designed to educate and inform software architects on the importance of secure systems. The course provides a comprehensive overview of software security, covering topics such as authentication, encryption, secure communication, and common attacks. It also includes a Secure Architecture Checklist that guides the user through the process of designing secure systems. Students who complete the course will have the necessary knowledge to design secure software architecture.
The course is suitable for anyone involved in software development, including junior and senior developers, architects, and system analysts. Prior knowledge of software security is not required; the course starts from the basics and gradually progresses to more advanced topics. The instructor, Memi Lavi, has over 20 years of experience in the software industry and has worked with a variety of clients.
Students who have taken the course have provided positive feedback, describing it as practical, informative, and life-changing. The course’s content is organized into sections such as Introduction to Software Security, Secure Architecture Process, Threat Modeling, Application and Data Security, SDLC, Testing, Production, Case Study, and Conclusion.
The course covers all the necessary aspects of software security, providing students with a holistic view of the subject. The instructor’s experience and expertise ensure that the course is comprehensive and thorough. Upon completion of the course, students will have a better understanding of software security and the ability to design secure software architecture.
The course titled “Using SOLID Principles to Write Better Code – A Crash Course” is a rapid introduction to designing great object-oriented code in languages like Java and C#. The course is focused on helping learners understand and apply SOLID principles to improve the architecture of their code. It covers topics like code readability, maintainability, testability, and changeability. The course includes a quiz focused on refactoring code to conform to SOLID principles.
The course is structured, step-by-step, and laid out clearly and concisely. The code examples provided are valuable, as they illustrate how the principles can be applied in real-world situations. The course is ideal for beginners as well as experienced programmers who need a refresher on good software architecture principles.
The course content is divided into three sections: Introduction, SOLID Principles, and Summary. In the SOLID Principles section, learners will explore each of the SOLID principles in detail and learn how to apply them to their code. The course emphasizes the benefits of applying SOLID principles and provides clear examples to support each principle.
Overall, the course is well thought through, and its examples explain how code can be improved for readability, testing, and to ensure the code is easy to change later on. The course covers the most salient points, and the code examples are clear enough to illustrate and support each SOLID principle discussed.
The course includes a 30-day, no-questions-asked refund if learners are not satisfied with it. Despite being a short course that can be completed in an hour, the content is intended to equip learners with skills that they can apply throughout their lifetime of programming.