"Differential Equations in Mathcad: A Tutorial" edited by P. A. Velmisova is an indispensable resource for students, graduate students and teachers who seek a deeper understanding of the theory and practice of differential equations using modern Mathcad software. This tutorial not only illuminates the basic concepts and methods of solving differential equations, but also demonstrates how to effectively use Mathcad to perform calculations and visualize results. The book focuses on differential equations, one of the key topics in mathematics and engineering that finds application in a wide variety of fields, from physics to economics. The authors offer the reader not only theoretical calculations, but also practical examples that will help to consolidate the knowledge gained. Each section of the book is illustrated with clear examples, which makes the material available even to those who are just beginning to get acquainted with this complex topic. The book will be especially useful for students of technical and natural science specialties, as well as for anyone interested in mathematical modeling and solving applied problems. If you study at the Faculty of Mathematics, Physics, Engineering or Information Technology, this manual will be your faithful companion in the study of differential equations. In addition, it may be of interest to teachers who are looking for new approaches to learning and want to introduce modern technologies into the learning process. One of the main topics that are raised in the book is the integration of theoretical knowledge and practical skills. The authors focus on how Mathcad can facilitate the process of solving differential equations, allowing you to focus on understanding the essence of the problems, rather than on mechanical calculations. This makes the book especially relevant in light of current trends in the digitalization of education and the use of software in scientific research. The style of the authors is distinguished by clarity and accessibility of the presentation, which makes it easy to assimilate even the most complex concepts. They use many illustrations and graphs that help to visualize solutions and make the material more visual. The reader will be able not only to get acquainted with the theory, but also to see how it is applied in practice, which significantly increases the level of assimilation of information. In addition to differential equations, the book also deals with related topics, such as numerical methods of solution, stability analysis and modeling of dynamical systems. This makes the manual a universal tool for studying not only differential equations, but also a wider range of mathematical problems. If you are looking for literature that will help you master differential equations with Mathcad, “Differential Equations in Mathcad: A Tutorial” will be an excellent choice. This book will not only expand your knowledge, but also help you become more confident in the use of mathematical methods in your professional activities. Do not miss the opportunity to deepen your knowledge and skills that will be useful in your future career!