Gain insights into implementing practical software architectures, mastering key development methodologies, and distinguishing core principles, ensuring your skills remain relevant in the ever-evolving industry.

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Non-readable code? Non-practical architectures? Unclear requirements? Are you pulling your hair at this point?

These are exactly the sort of pitfalls this course serves to provide in-depth remediation for. Over your years of working in the software industry, numerous day-to-day challenges like these come and go. While the industry has been constantly transforming, some core principles and values remain amidst the advancing technologies. 

Through tried and tested approaches, you will learn how to practically implement 'Effective Software'. With a comprehensive compilation of key concepts in software development methodology, you will be left with essential techniques for becoming a better software craftsman. It is time to distinguish between the core and the noise, making your skills timeless!

Effective Software Development for Enterprise Applications

While the pillars express the intent, they can also create confusion, disagreement, and resistance. This split in opinions happens because each of us is unique, and we look at things differently. Some will say that the problems the course tries to fix do not exist at all. Others will say that there is no solution to them or that the issues themselves are not right.

To align our vision, let's dive into what each pillar means.

# 1. Meet users’ expectations

This pillar tries to solve any of the following problems:
* Developers closely follow requirements that the domain experts write, but customer satisfaction still keeps dropping with every release.
* Developers write software by using all the modern tools and technologies, but the program is impractical to use by the end-users.
* Developers do not fully understand what domain experts want, and there is a constant challenge in collecting knowledge.

# 2. No defects

For a start, let us agree that defect-free software is a reality. It is often the case that engineers treat defects as a regular thing. At times, this is due to not knowing how to avoid bugs. But in other cases, they consider finding and fixing mistakes to be the most optimal way of producing an application.

Fundamentals

Part I: Introduction

Part II: Crosscutting Concerns

Part III: From Customer Insights to Internal Requirements

Part IV: Design and Architecture

Part V: Implementation and Coding

Part VI: Testing and Quality Assurance

Part VII: Deployment

Part VIII: Maintenance and Support

Wrap-Up

Six Pillars Of Effective Software

1. Meet users’ expectations

2. No defects