Theory of computational processes and structures: educational method . Student's Guide. Special. "Software for Information Technology" by E. G. Alekseeva is an important resource for students studying software and information technology. This manual not only covers key aspects of computing processes, but also offers an in-depth understanding of the structures needed to successfully master this dynamic and ever-evolving field. In his tutorial, Alexev focuses on the theoretical foundations that underlie computational processes. The reader will be able to immerse himself in the world of algorithms, data structures and their application in real-world problems. The book offers readers not only theoretical knowledge, but also practical tasks that will help to consolidate the acquired knowledge and develop the skills necessary for work in the field of information technology. The manual will become an indispensable assistant for students seeking a deep understanding of the principles of software operation, as well as for those who want to develop analytical thinking and skills in solving complex problems. Who will benefit from this manual? First of all, it is addressed to students of technical specialties studying software and information technology . However, interest in the book can also be shown by practitioners who want to update their knowledge or deepen their understanding of computational processes. The manual will also be useful to teachers who are looking for quality materials for training courses and seminars . It is important to note that the book is suitable for readers of different ages from first-year students to masters and graduate students. The topics raised in the book cover a wide range of issues related to computational processes and structures. Alexev considers not only theoretical aspects, but also practical applications, which makes the material more accessible and understandable. The book covers such important topics as algorithm optimization, working with large amounts of data and designing effective software solutions. These issues are becoming particularly relevant in light of current trends in information technology, such as artificial intelligence and machine learning. Writing style and . G. Alekseeva is distinguished by clarity and accessibility. The author skillfully combines theory with practice, which allows readers to easily assimilate complex concepts. His previous works, such as Programming Fundamentals and Algorithms and Data Structures, have also received positive reviews for their structure and practical focus. In this book, Alexev continues his tradition, offering readers not only theoretical knowledge, but also practical tools for their application. The book “The Theory of Computational Processes and Structures” will be an excellent addition to the library of each student and specialist in the field of information technology. It will not only enrich the reader’s knowledge, but also inspire further study and practical application of the knowledge gained. In a rapidly changing world of technology, understanding computing processes and structures becomes not just useful, but necessary for a successful career in the IT field. If you are looking for a tutorial that will help you understand the basics of software and computational processes, "Theory of computational processes and structures" and G. Alekseeva is exactly what you need. Immerse yourself in the fascinating world of computing and discover new horizons in the field of information technology!