The book "Mathematical modeling of technological processes" by the authors of D. In. Mendeleva, I. A. Trusova, S. M. Kabishova, P. E. Ratnikova and G. A. Rumyantseva is a unique work that immerses the reader in the world of complex mathematical concepts and their application in various fields of technology. This publication will be a real discovery for students, graduate students, engineers and anyone interested in modern approaches to modeling and optimization of processes in industry. From the first pages of the book, the authors set themselves an ambitious task: to explain how, with the help of mathematical methods, technological processes can be effectively described and analyzed. Each chapter is imbued with practical examples that make complex theoretical concepts accessible and understandable. The reader will be able to see how mathematical modeling helps solve real-world problems, from the design of new technologies to the optimization of existing production processes. This book will be of interest not only to specialists in mathematics and engineering, but also to those who seek to understand how mathematical models can influence managerial decision-making. It addresses key topics such as process dynamics, optimization, system analysis, and many others. The authors emphasize the importance of an interdisciplinary approach that combines mathematics, physics and engineering sciences, which makes the book especially relevant in the context of rapidly developing technologies. The book "Mathematical modeling of technological processes" can be an excellent guide for students of technical universities studying disciplines related to mathematical modeling and engineering . It will also be useful to practicing engineers who want to expand their knowledge and skills in the application of mathematical methods to solve production problems. Readers interested in optimization and systems analysis will find many useful ideas and practical recommendations in this publication. The style of the authors is distinguished by clarity and accessibility of presentation, which allows even those who are not specialists in mathematics to easily assimilate the material. They use many illustrations and graphs, which helps to visualize complex processes and makes reading more fascinating. In addition, the book contains many exercises and tasks that will help readers consolidate their knowledge and put them into practice. If you are looking for books that are similar in subject, then Mathematical Modeling of Technological Processes can be compared with such works as System Modeling and Optimization Methods in Engineering. These books also explore the intersection of mathematics and technology, but each has its own unique focus and approach. In conclusion, “Mathematical modeling of technological processes” is not just a textbook, but a real find for anyone who wants to understand more deeply how mathematics can change the world of technology. This book will be a reliable companion on the way to mastering complex concepts and will help readers confidently step into the future, where mathematical models will play an increasingly important role in various spheres of life. Do not miss the opportunity to get acquainted with this outstanding work and discover new horizons in the world of mathematical modeling!