"Laws of Software Engineering" is a practical and deeply applied guide by Dr. Milan Milanovich, based on over 20 years of experience in the software development industry. The book systematizes key laws, principles, and effects that shape the work of engineering teams: from architecture and distributed systems to processes, communications, and managing technical debt.
About this book
The author explains in detail the origin of each law, provides real cases from the industry, reveals typical mistakes, and demonstrates how to apply theory in the daily work of developers and engineering managers.
Key Topics and Laws
- Gall's Law and the evolution of architectures
- Brooks' Law and the limits of team scaling
- Conway's Law and the impact of organizational structure on the system
- CAP theorem and the operation of distributed systems
- Principles of DRY, KISS, YAGNI
- Technical debt: causes, consequences, management strategies
- Pareto principle and optimization of engineering processes
- Dunning-Kruger effect in team dynamics
Book Structure
The material is divided into seven independent sections covering key aspects of software development. Each chapter can be read independently and is suitable for focused study of individual topics.
Main Directions
- Architecture and complexity management
- Teams, processes, and organizational models
- Project planning and time estimation
- Code quality, maintainability, and technical debt
- Scaling systems and teams
- Design principles and engineering thinking
- Decision-making under uncertainty
Who is the book for
This guide will be useful to developers, team leads, architects, product and engineering managers, as well as anyone who aims to gain a deeper understanding of the fundamental patterns of software development.
What makes the book unique
This is not a textbook on programming languages or specific technologies. It is a practical exploration of universal principles that work in any team and on any project, regardless of the stack or scale.
