7 New Object-Oriented Development Books Defining 2025

Anil Kumar Rangisetti challenges traditional OOP teaching by focusing on applying concepts through real-world scenarios rather than just syntax. You’ll learn to design robust software systems using inheritance, polymorphism, and design patterns, with examples spanning games, applications like online shopping, and system software. The book’s unique approach includes event-driven programming and introduces Python and Solidity for advanced object-oriented constructs, broadening your toolkit beyond C++. If you're aiming to move from theoretical understanding to practical mastery in object-oriented development, this book offers a grounded path without unnecessary jargon.

Ronald Mak's background as a former NASA senior scientist and current computer science professor at San Jose State University deeply informs this book's approach to object-oriented design. You learn to spot flawed software designs and methodically improve them through practical design principles like encapsulation, delegation, and key patterns such as Observer and Factory Method. The book uses C++ 17 examples but focuses on universal concepts to help you build efficient, maintainable applications. If you're new to C++ or seeking to solidify your grasp of design iterations and architecture patterns, this book offers clear guidance, especially through its before-and-after coding examples and chapters on recursion and multithreading.

This tailored book explores the latest developments transforming object-oriented development in 2025. It examines cutting-edge concepts, emerging techniques, and new language features that are reshaping how software developers design modular and reusable systems. The content is tailored to your background and interests, focusing on aspects that matter most to you, whether it’s advanced design patterns, modern language innovations, or evolving best practices in OOP paradigms. By addressing your specific goals, the book offers a focused, personalized journey through the newest discoveries and trends that keep you at the forefront of the object-oriented revolution.

When Maurício Aniche discovered how complexity creeps into object-oriented code, he set out to offer a straightforward way to control it. You’ll learn specific principles for keeping classes small and consistent, managing dependencies, and designing flexible abstractions that don’t become unwieldy as projects evolve. Chapters like "Making code small" and "Achieving modularization" offer concrete techniques to simplify designs without sacrificing flexibility. If you’re comfortable with Java, C#, or Python and want to write maintainable code that adapts gracefully to change, this book gives you a pragmatic toolkit to do just that.

Drawing from his experience in software design, Colin Girling offers a focused exploration of object-oriented programming grounded in core principles like abstraction, encapsulation, inheritance, and polymorphism. You learn how to apply these concepts effectively, along with complementary topics such as generic programming, naming conventions, and managing coupling and cohesion in your code. The book’s concise 58-page format means it’s especially suited if you want a clear, no-frills introduction or refresher on designing maintainable, modular software. If you’re aiming to deepen your practical understanding without wading through extensive theory, this guide provides a direct path to foundational skills in object-oriented development.

After exploring the rapid rise of MOJO in machine learning, Edward R. Deforest created this guide to bridge the gap between object-oriented programming fundamentals and their application in MOJO development. You’ll learn to navigate OOP concepts tailored specifically for MOJO, mastering practical skills through exercises that emphasize writing clean, scalable code. The book walks you through debugging techniques and best practices, helping you maintain efficiency as your projects grow. If you’re aiming to build robust machine learning applications using MOJO, this book offers a focused path without overwhelming jargon or unnecessary complexity.

This tailored book explores future-ready techniques for object-oriented developers aiming to stay ahead in 2025 and beyond. It covers emerging trends, recent discoveries, and evolving best practices specifically matched to your background and goals. By focusing on your interests, it reveals how modern OOP concepts adapt to new programming languages and frameworks, helping you deepen your understanding of modular, scalable software design. This personalized guide examines cutting-edge developments and research in object-oriented programming, emphasizing practical knowledge that aligns with your learning path and professional needs.

What started as a need to simplify learning multiple programming languages became a unique comparative guide by AADI . This book unpacks object-oriented programming principles across C++, C#, Java, and Python, offering side-by-side code and syntax comparisons that clarify their similarities and differences. You’ll gain practical insights into concepts like object creation and program structure while understanding how each language approaches these fundamentals. Ideal for programmers aiming to master OOPs efficiently, it balances beginner-friendly explanations with deeper dives, enabling you to transition smoothly from language to language without juggling separate resources.

Drawing from the latest Python 3.11.4 updates, James L. Reid offers a focused dive into object-oriented programming tailored for developers eager to build scalable, maintainable applications. You’ll explore practical class design, inheritance, and polymorphism alongside modern Python features like dataclasses and type hints, all reinforced by hands-on exercises and real-world examples. The book balances foundational OOP principles with advanced topics such as design patterns and metaprogramming, making it a solid resource whether you’re refreshing your skills or tackling Python’s evolving capabilities. If you want to write cleaner, more efficient code and gain troubleshooting skills, this guide is a pragmatic companion for your development journey.