Paul Serban | Software Engineer

TypeScript Explained: What It Is, Why It Matters, and When to Use It in Real ProjectsA practical, no-fluff guide to understanding TypeScript fundamentals and real-world use cases

Master TypeScript from scratch - learn setup, core concepts, tooling, and battle-tested patterns for shipping production-ready applications

Understanding Lack of Cohesion in Methods (LCOM 96B): A Deep Dive into Better Code QualityHow LCOM 96B Shapes Maintainable, Robust Software

Explore Lack of Cohesion in Methods (LCOM 96B), why it matters in software engineering, how to calculate it, and actionable strategies to improve your code's cohesion. Discover practical JS, TS, and Python examples with visual guidance for a more maintainable codebase.

Understanding LCOM (Lack of Cohesion in Methods) Metric Version 1: Measuring Code Cohesion for Better SoftwareA Deep Dive into LCOM1 and Its Impact on Class Design and Maintainability

Explore the LCOM (Lack of Cohesion in Methods) metric version 1, why it matters in object-oriented programming, how it is calculated, and how to use it to improve your code's cohesion. Includes code examples in JavaScript and practical advice for developers.

Conditional Logic Pitfalls: Common Mistakes and How to Avoid ThemDebugging and Refactoring Your Way to More Robust Software

Conditional logic seems straightforward, but pitfalls are common. Learn about the frequent mistakes engineers make in conditional logic and how to debug and refactor for better software.

Observability-Driven Refactoring: Data-Informed Granularity ChoicesLetting Runtime Insights Shape Your Service Decomposition

See how observability-driven refactoring uses real-world runtime data to guide service decomposition and integration, leading to more effective and healthy granularity in distributed systems.

Split Smart: Why Modularizing Monoliths Beats Rushing to MicroservicesBest Practices for Evolving Your Architecture-One Cohesive Module at a Time

Discover proven best practices for splitting monoliths into robust modules before attempting microservices, ensuring stability, clarity, and long-term scalability in your software architecture.

The Role of Feedback Loops in Software TestingEnsuring Continual Improvement

Understand the pivotal role of feedback loops in software testing and their impact on software quality.

Why Test-Driven Development is the Key to Scalable and Maintainable ApplicationsHow Test-Driven Development Improves Software Quality, Reduces Bugs, and Accelerates Development Cycles

Discover the benefits, best practices, and step-by-step approach to Test-Driven Development (TDD). Learn how TDD improves code quality, reduces bugs, and fosters a robust development process.

Ensuring AI-Generated Code Stays Efficient and Clean in an AI-Driven Software Engineering EnvironmentA Practical Framework for Maintaining Code Quality When Collaborating with AI Coding Assistants

Learn proven strategies to keep AI-generated code efficient, maintainable, and production-ready through testing, review processes, and quality gates

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