Finest Electronics Engineering Books to Read in 2023

Electronics engineering isn't for the faint of heart. You can't learn it without practice, but the same is true for the theory that drives knowledge. You must always focus on additional education in addition to the materials distributed by professors and online courses. Do not fret! No other degree is required. Take the time to read some useful books on Electronics engineering.

Also, you do not need to search the entire web to look for the best books on electronics engineering. We have covered it for you in this informative blog. This guide features some of the finest electronics books that will help you expand your knowledge. The list we have provided are those books preferred by AICTE for PG students. You can use these books as a guide for your research works and academic coursework.

Best Books on Electronics You Can Read This Year

• Introduction to Embedded Systems, Shibu K V, McGraw Hill

The book gives full coverage of the design and development of embedded firmware, hardware, its integration, and management of the development process of embedded systems. This new version has been extensively updated to include all of the most recent advancements in rapidly changing sectors. The book explains ideas in easy language from beginner to higher levels, and it is supplemented with self-assessment questions and lab tasks.

The book puts forward a fair overview of all the subjects and assists in delivering a practical-focused approach to the subject. Simple explanations for the Micro Keil development environment, tools like ORCAD, and design and development ideas illustrated using an illustrative example of a Nokia 3310 are unique to this book and provide an advantage over competitors. 

This book is primarily intended for undergraduate students studying CSE (Computer Science Engineering, EEE (Electrical Engineering), ECE (Electronics and Communication Engineering), IT (Information Technology), as well as Instrumentation and Control Engineering.

• Expert Data Structures with C, R.B. Patel, Khanna Publishing House

The book by R.B. Patel starts with the basics of data structures and eventually leads to a very detailed discussion of the subject. The first chapter introduces the reader to basic C concepts such as casts, pointers, structures, flowcharts, dynamic memory management, algorithms, functions, and the basics of data structures.

This book covers the syllabus of a university course on data structures. It offers both a strong theoretical foundation for data structures and a high-level approach to expressing them in C. The text is useful not only for C professionals and programmers but also for students of all engineering disciplines in postgraduate and graduate courses.

This book has three goals: developing a consistent programming methodology, developing techniques for accessing data structures, and introducing algorithms. Most texts are designed to capture data structures. Programming styles and development methodologies are presented, and their applications are provided. It has the advantage of allowing you to focus on the data structures but also shows how good practices can make programming easier.

• Data Structures Using C++, R.S. Salaria, Khanna Publishing House

This book by R.S. Salaria has been specially developed as a textbook for BCA students at the Punjab Institute of Technology in Jalandhar as it covers all the subjects required in the curriculum. Data structure topics are of paramount importance to computer science and IT students. It is practical in nature and requires a thorough understanding of the subject's foundations and concepts before it can be put into practice. This book helps students meet all the basic requirements.

The book provides comprehensive coverage of the topic. It contains real-world examples and demonstrates the development and implementation of algorithms in a clear manner and good programming style. It also offers challenging programming exercises to test your knowledge of the topic. You will also find a glossary for quick reference.

• Digital System Design Using VHDL, Rishabh Anand, Khanna Book Publishing, New Delhi

This book by Rishabh Anand covers the whole topic course as recommended by the majority of Indian institutions. Throughout the book, generic VHDL code is generally taught and utilised so that diverse firms may benefit. VHDL tools may be utilised if required. Moving logically away from the unknown. Each chapter's subject matter evolves methodically from its start. A large number of properly selected working examples in adequate depth. There is no need for any other references. It is ideal for self-study.

What distinguishes this book from other Digital Systems using VHDL books is the depth and breadth of its relevant practical examples and problems. The book includes chapters on design flow, interface, modelling, and timing, along with appendices on description styles and logic synthesis in order to bring the guide completely updated with new VHDL standards.

• Parallel Algorithms and Computation, Virendra Kumar, BPB

This book by Virendra Kumar covers everything from parallel algorithm principles and techniques to parallel processing systems for B.E Students in computer science and information technology. This book contains the syllabus for all Indian universities, as well as the fundamental principles of parallel algorithms and calculations.

This book may be a good study material or a source of information for graduate students and scholars interested in parallel distributed memory structures. It includes several schemes, diagrams, and illustrations to aid comprehension, as well as numerous practical examples, exercises, and case studies. Those who work their way through the material will be rewarded with a good foundation for studying parallel algorithms.

• Internet of Things, Jeeva Jose, Khanna Book Publishing Co, New Delhi

If you want to get started with constructing your own IoT projects, this book is a wonderful source for you. Jeeva Jose shows how to create tiny, amusing gadgets that can do fundamental IoT tasks using basic programming abilities and inexpensive sensors. He explains how to design programmes with inputs and outputs to gather data, client programmes to transfer data to the cloud, as well as server programmes to process that data and operate the device through the internet in this book.

To provide you with the skills you need to design and create your own projects, the book prioritises engineering concepts over a "recipe" approach. If you like to work with your hands, here is the resource for you.

• Internet of Things: A Hands-on Approach, Vijay Madisetti and Arshdeep Bahga, VPT

This book was designed as a textbook for college and university educational programmes. It may also be used to teach programme developers by IoT (Internet of Things) vendors and service providers. To assist readers to build competence in writing workable code for real-world IoT applications, the authors developed an immersive, hands-on method. The book is divided into three sections. Part I discusses the components and features of the Internet of Things (IoT). Domain-specific IoT and their real-world applications are discussed, as well as a general design process and an approach to IoT system administration utilising NETCONF-YANG.

The second part of the book exposes the reader to IoT programming in order to create quick prototypes of complicated IoT applications. A primer on Python, used in this book, is offered to get readers up to speed. Frameworks, packages, and cloud services for developing IoT systems are covered, including Xively cloud, WAMP-AutoBahn, as well as Amazon Web Services. For the examples in this book, the Raspberry Pi device was used.

Also, case studies for diverse IoT domains like home automation, smart cities, smart environment, smart energy, retail, logistics, industrial control, smart agriculture, as well as smart health are detailed, along with the entire source code.

The third part of the book introduces readers to more advanced IoT subjects, such as IoT tools and IoT data analytics. There are case studies on amassing and analysing data generated by the Internet of Things in the cloud.

• Internet of Things: Architecture and Design Principles, Raj Kamal, McGraw Hill India

This book by Raj Kamal focuses on the effective use of the internet and wireless networks for linking things in everyday life. It provides a step-by-step explanation of the hardware-software interaction. This classic work is essential study material for students who want to perfect their IoT abilities.

The author, Raj Kamal, examines the present status of smart technology and speculates on how it can evolve in the near future. Since technologies are already altering our lives and transforming our connections with technology, and helping us become smarter, this book serves as a prominent guide for experienced electronics engineering as well as budding engineers.

The Bottom Line

This engineering domain arose as a result of technological improvement. Numerous principles of physics are involved in the theories involved in electronics. 

It is always good to follow standard authors rather than following some local authors. Local authors can provide a simplified version, but to get a full idea of the actual experiment, it is wise to choose standard author’s books for self-study.

If you are interested in self-study and willing to equip yourself with new-age technologies, you can enrol in Skill-Lync courses. The courses here are curated by leading industry experts with years of experience in relevant domains. We have a total of 250+ courses in different domains, including electronics and telecommunications.